Question: A quadcopter drone is hovering above a grassy field with soft, vegetation-covered terrain. It needs to land on a paved street with a hard, flat surface. The drone can fly over the grassy field and can land on the paved street. What is the shortest aerial path from the grassy field to the paved street?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone starts from a cultivated field with loose, soft soil and needs to reach another cultivated field with loose, soft soil. The drone can fly over most surfaces, but you must avoid vertical obstacles like trees and buildings, as they require careful navigation and are conditionally traversable only if explicitly allowed, which they are not here. For comfort, prioritize smooth, open areas and avoid liquid surfaces, as they can cause instability due to reflections or spray. Hard, paved surfaces and loose, rocky ground are traversable but not preferred for comfort. What is the most comfortable path?

A cultivated field with loose, soft soil

Another cultivated field with loose, soft soil

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A quadcopter drone starts from a hard, artificial surface and needs to reach a patch of natural vegetation. The drone can fly over paved areas, vehicle lanes, and vegetated ground, but must avoid flying through dense tree canopies or close to buildings. The drone's goal is to complete the journey in the minimum time.

What is the fastest flight path for the quadcopter drone?

Rangeland
Developed space
Road
Agriculture land


Question: A hiker starts from a densely wooded area and needs to reach a paved street. The hiker can walk on hard, flat surfaces like sidewalks and parking lots, as well as on the paved street itself. The wooded area is passable because the trees are spaced widely enough to allow walking between them. What is the shortest path to the destination?


Question: A hiker starts from a densely vegetated area with tall vertical obstacles and needs to reach a hard, paved surface designed for vehicle movement. The terrain includes loose, sandy or rocky ground without vegetation; smooth, artificial surfaces like sidewalks and parking lots; and cultivated fields with planted crops. The tall vertical obstacles can be navigated through with careful movement. What is the shortest path to your destination?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: An aerial surveillance drone starts from a paved, hard surface and needs to reach an area covered with natural, low-growing vegetation. The drone must avoid any vertical structures or dense clusters of tall vegetation that could pose collision risks. The mission requires staying over open, unobstructed surfaces, including flat bare earth, grassy patches, paved areas, vehicle lanes, and calm liquid surfaces, all of which provide clear visibility and minimal physical hazards. What is the safest path to the destination?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A hiker starts from a patch of loose, sandy ground and needs to reach a paved street. The terrain includes hard, flat surfaces like sidewalks and parking lots, as well as areas with scattered trees that can be walked around. The hiker cannot enter buildings or cross water bodies. What is the shortest path?

What is the shortest path from the loose, sandy ground to the paved street?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: An aerial surveillance drone starts from a paved, hard surface and needs to reach a destination on loose, sandy or rocky ground without vegetation. The drone can fly over open, flat areas covered by short grass or shrubs, as well as cultivated fields with low crops. It can also traverse liquid surfaces like rivers or ponds, but must avoid tall, dense vegetation and solid vertical structures. The drone's priority is to minimize risk of collision, signal interference, or instability. What is the safest path?

What is the safest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A hiker starts from a patch of loose, sandy ground and needs to reach another patch of loose, sandy ground. The hiker can walk on hard, flat surfaces and through cultivated fields with low vegetation, but must avoid tall, vertical obstacles, liquid surfaces, and structures with solid roofs. Additionally, areas with dense, tall grass or shrubs are not allowed. What is the shortest path?

Bareland
Developed space
Road
Agriculture land


Question: A quadcopter drone starts from a point above exposed, loose-soil ground and needs to reach another point above similar exposed, loose-soil ground. The drone can fly over firm artificial surfaces, grassy areas, and loose-soil terrain. However, vertical structures and dense vegetation are prohibited due to flight regulations. What is the shortest path to the destination?


Question: An off-road vehicle starts from loose, sandy ground and needs to reach another area of loose, sandy ground while prioritizing safety. The vehicle can traverse loose, sandy ground, areas with low vegetation and soft soil, and hard, paved surfaces. The vehicle must avoid all trees, water bodies, and buildings, as these are strictly impassable. What is the safest path?

What is the safest path for the off-road vehicle to take?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: An aerial surveillance drone is positioned on a hard, paved surface and needs to reach a dry, open area of loose earth and rocks. The drone can fly over liquid surfaces and cultivated fields, but must avoid vertical structures and dense vegetation due to collision risks. What is the safest path to the destination?

A dry, open area of loose earth and rocks

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter starts from a flat, artificial surface and needs to reach sandy, open ground. The drone can fly over hard surfaces, grassy areas, bare soil, and roads, but must avoid flying through dense tree canopies or close to buildings. What is the shortest path?

What is the shortest path from the flat, artificial surface to the sandy, open ground?


Question: A quadcopter drone is positioned on a paved lane and needs to reach a cultivated crop field. The drone can fly over liquid surfaces like rivers or lakes, and can navigate around vertical obstacles formed by tall vegetation. However, it must avoid any solid vertical structures. What is the fastest route to the destination?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: A quadcopter starts from a flat artificial surface and needs to reach cultivated terrain as quickly as possible. The drone can fly over loose soil areas, dense vegetation, and cultivated fields, but must avoid vertical structures. All surfaces except dense vegetation allow similar high speeds, with dense vegetation requiring slower navigation to avoid obstacles.

What is the fastest path from the flat artificial surface to the cultivated terrain?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: An aerial surveillance drone begins on a grassy, open field with low vegetation and scattered shrubs, needing to reach a flat, hard-surfaced area such as a parking lot or sports court. The drone can fly over most surfaces, including loose sandy or rocky ground, grassy or shrub-covered terrain, paved or compacted areas, vehicle lanes, bodies of water, and cultivated fields. However, it must avoid flying through dense tree canopies or close to buildings due to collision risks. What is the fastest path to the destination?

A grassy, open field with low vegetation and scattered shrubs.

A flat, hard-surfaced area such as a parking lot or sports court.

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A hiker starts from a location with tall, vertical obstacles and overhead canopy and needs to reach a destination with a hard, flat, paved surface. The terrain includes areas of loose, dry soil and rocks without vegetation, as well as cultivated fields with planted crops in organized rows. You cannot travel over liquid surfaces or enter any structures. What is the shortest route to your destination?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: An aerial survey drone starts from a densely vegetated area with tall, leafy structures and needs to reach a cultivated field with rows of low-growing plants. The aerial survey drone must fly over surfaces that are either solid and open, such as paved or compacted areas, or natural expanses like loose soil and sand, but it can also pass through areas with tall vegetation if necessary, though these may slow it down. The drone cannot enter any vertical structures or liquid surfaces. What is the fastest route?

What is the fastest route for the aerial survey drone to travel from the densely vegetated area to the cultivated field?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: An agricultural monitoring drone is on a paved landing pad and needs to reach a cultivated field. The drone can fly over all surfaces except dense vegetation that could obstruct its path. What is the fastest route?

What is the fastest route from the paved landing pad to the cultivated field?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land
Building


Question: An aerial surveillance drone starts from a paved, hard surface and needs to reach a cultivated, vegetated field. The drone must avoid any vertical obstacles like trees or structures, and cannot fly over liquid surfaces to ensure stable flight and sensor performance. The path should prioritize smooth, open areas that minimize turbulence and vibration for comfortable operation.

What is the most comfortable path for the drone to take?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A quadcopter drone starts from a paved, hard surface and needs to reach a cultivated field with crops. The drone can fly over open grassy areas, paved surfaces, vehicle lanes, water bodies, and farmlands, but must avoid tall vertical obstacles like trees and structures. What is the shortest path?

What is the shortest path for the drone to reach the cultivated field?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial drone starts from a paved, hard-surfaced area and needs to reach a cultivated field with crops. The drone can fly over any open, unobstructed terrain, including paved surfaces, vehicle lanes, water bodies, and agricultural fields, but must avoid densely vegetated areas and vertical structures. Which path allows the drone to reach the destination as quickly as possible?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A hiker starts from a paved lane and needs to reach a cultivated field. The hiker can traverse grassy areas and shrubs, as well as wooded patches, provided there are no dense thickets blocking passage. The hiker cannot cross water bodies or enter structures. What is the shortest path to the cultivated field?

Rangeland
Developed space
Road
Tree
Agriculture land


Question: An aerial survey drone starts from a patch of loose, sandy ground with scattered rocks and needs to reach another area of similar loose, sandy terrain. The drone must maintain stable flight and minimize vibrations for its sensitive imaging equipment. It can fly over areas with short, sparse vegetation; flat, open cultivated fields; and calm water surfaces, but must avoid dense tree canopies and vertical structures. Paved surfaces and vehicle lanes are not available for this mission.

Starting from a patch of loose, sandy ground with scattered rocks

and needing to reach another area of similar loose, sandy terrain

What is the most comfortable path for the drone to take?

Bareland
Rangeland
Water
Agriculture land


Question: A hiker is starting from a patch of loose, sandy ground with scattered rocks and needs to reach a flat, paved area with artificial surfaces. The hiker can only use surfaces that are physically stable and secure for walking. Loose, sandy ground is traversable but requires careful footing. Areas with dense, tall vegetation are blocked due to visibility and entanglement risks. Surfaces covered by liquid are completely impassable. Vertical structures are absolute obstacles. Cultivated fields with soft soil are accessible but may be uneven. The goal is to find the path that minimizes risk of slips, falls, or getting lost.

Starting from a patch of loose, sandy ground with scattered rocks

and needing to reach a flat, paved area with artificial surfaces

What is the safest route for the hiker to take?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: An aerial survey drone starts from a patch of loose, sandy ground with scattered rocks and needs to reach a flat, paved area. The drone can fly over open ground covered in sparse grass or shrubs, hard artificial surfaces like parking lots and sidewalks, vehicle lanes, bodies of liquid, and cultivated fields. However, it must avoid flying directly through dense clusters of tall vegetation or near vertical structures. What is the fastest route?

Starting from a patch of loose, sandy ground with scattered rocks

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone is positioned on a paved, hard surface and needs to reach a loose, sandy area. The drone can fly over areas with sparse vegetation, cultivated fields, and vertical structures, but must avoid dense tree canopies and buildings due to collision risk. The drone cannot traverse liquid surfaces. What is the fastest path?

What is the fastest path for the drone to reach the loose, sandy area from the paved, hard surface?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: An aerial survey drone starts from a patch of loose, sandy ground, an aerial survey drone must navigate to another area of similar loose, sandy ground. The drone can fly over flat, hard surfaces designed for vehicles, areas with tall vertical obstacles that require careful maneuvering, and liquid surfaces that may cause turbulence. However, the drone's flight controller prioritizes smooth, stable flight to protect its sensitive imaging sensors from vibrations. What is the most comfortable path for the drone to take?

Starting from a patch of loose, sandy ground

and needing to return to another area of similar loose, sandy ground

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: A hiker starts from a patch of loose, sandy ground and needs to reach another patch of loose, sandy ground. The hiker can traverse areas with loose, sandy ground, areas covered with low vegetation and grass, and hard, paved surfaces designed for vehicles. The hiker cannot cross liquid surfaces or enter vertical structures. What is the shortest path?


Question: A quadcopter starts from an area of exposed, sandy soil and needs to reach another patch of similar loose, dry ground. The environment includes open expanses of bare earth and rock, grassy fields with shrubs, flat paved surfaces, cultivated fields, and water bodies. You must avoid any trees and buildings. What is the shortest route?

What is the shortest route from the starting bare soil to the destination bare soil?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A quadcopter drone starts from an area of loose, sandy soil with scattered rocks and no vegetation, and aiming to reach a flat, paved landing pad with a smooth, hard surface. The quadcopter drone can fly over grassy fields, cultivated crop areas, and individual trees or groups of trees, as long as there is sufficient vertical clearance to avoid collisions. However, all water bodies and buildings must be avoided to ensure safe and comfortable flight.

Starting from an area of loose, sandy soil with scattered rocks and no vegetation

What is the most comfortable path for the quadcopter drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: A quadcopter starts from an open area of sandy, rocky ground and needs to reach a zone with grassy and shrubby vegetation. The quadcopter must avoid flying over liquid bodies, tall vertical structures, and dense tree canopies to minimize the risk of collision or signal interference, and can only traverse surfaces that are clear and stable for low-altitude flight. Which flight path should the quadcopter take to reach the destination with minimal risk?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: An aerial survey drone is positioned on a hard, paved surface and needs to reach a cultivated field with crops. The drone must avoid any areas with tall, dense vegetation that could entangle its rotors and any solid vertical structures that pose collision risks. The drone can safely fly over open sandy or rocky ground, grassy or shrub-covered areas, the hard paved surface it starts on, open water bodies, and the target cultivated field. What is the safest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial survey drone starts from a paved, hard surface and needs to return to another paved, hard surface while minimizing operational risk. The drone can fly over open ground with loose soil and rocks, areas with low vegetation and shrubs, other paved or compacted surfaces, vehicle lanes, liquid bodies, and cultivated fields with crops. However, it must avoid any tall, dense vertical obstacles that could cause collisions and any large, solid vertical structures that could interfere with its flight path. What is the safest route for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial surveillance drone starts from a cultivated field with orderly rows of crops and needs to reach a flat, paved area. The drone can fly over open grassy areas, paved surfaces, and water bodies. It can also pass over cultivated fields. However, it must avoid flying through dense clusters of tall vegetation or near vertical structures. What is the safest path to take?

A cultivated field with orderly rows of crops

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A hiker is starting from a grassy field and needs to reach a sandy clearing. The terrain includes areas with loose soil and rocks, patches of dense vegetation, and cultivated fields with soft earth. The hiker wants to minimize physical strain and maintain stable footing throughout the journey. Which path provides the most comfortable route?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: An aerial survey drone starts from a patch of loose, dry soil with scattered rocks and no vegetation and needs to reach a cluster of tall, leafy plants with thick trunks and branches. The drone can fly over open liquid surfaces, but must avoid any solid, enclosed structures. It can traverse grassy or shrub-covered areas, hard paved lanes, and the leafy plant clusters themselves, though flying through dense foliage may slow it down. The drone's priority is to complete the survey as quickly as possible.

Starting from a patch of loose, dry soil with scattered rocks and no vegetation.

The destination is a cluster of tall, leafy plants with thick trunks and branches.

What is the fastest path for the aerial survey drone to reach the destination?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: An aerial survey drone is deployed from a dry, sandy area with loose soil and scattered rocks to reach a grassy field with low vegetation and shrubs. The drone can fly over open sandy expanses, grassy fields, wooded areas with tall trees, and water surfaces like rivers or lakes. However, flying through dense tree canopies is restricted due to collision risk, and built structures are off-limits. The drone must avoid paved surfaces and cultivated fields. What is the fastest route?

Starting from a dry, sandy area with loose soil and scattered rocks.

The destination is a grassy field with low vegetation and shrubs.

What is the fastest route for the aerial survey drone to reach the grassy field from the sandy area?


Question: An agricultural drone starts from a cultivated field and needs to reach another cultivated field while prioritizing safety. The drone can traverse open ground; grassy or shrub-covered areas; hard, paved surfaces; compacted artificial surfaces; liquid surfaces; and cultivated fields, as these are generally safe for low-altitude flight. The drone can also traverse areas with trees and vertical structures, but only if they are sparse and allow safe navigation to avoid collisions. What is the safest path?

What is the safest path for the agricultural drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: A surveillance drone starts from a cultivated field and needs to reach another cultivated field across a landscape. The terrain consists of areas with soft, grassy ground and other areas with loose, tilled soil. You are piloting a surveillance drone that can fly over both grassy and tilled surfaces, but must avoid trees and buildings due to low-altitude restrictions. What is the shortest path?

What is the shortest path from the starting cultivated field to the destination cultivated field?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A family sedan starts from a paved, hard surface and needs to reach another paved, hard surface. The terrain includes loose, uneven ground composed of sand and rocks, which is not allowed due to safety concerns. The objective is to find the safest path.

Rangeland
Developed space
Road
Agriculture land


Question: A quadcopter drone starts from a paved lane and needs to reach a hard, flat surface such as a sidewalk or paved area as quickly as possible. The drone can fly over paved lanes, hard flat surfaces, and areas with tall vertical obstacles that can be flown around or above, but cannot land on liquid bodies. Which path allows the drone to reach the destination in the shortest time?


Question: A hiker starts from a paved walkway and needs to reach a vehicle lane. The hiker can only travel on hard, stable surfaces that provide good traction and predictable footing. Vegetated areas with tall vertical obstacles are not allowed due to potential tripping hazards and poor visibility. What is the safest path to reach the destination?


Question: A quadcopter drone starts from a cultivated crop field and needs to reach a paved sports court as quickly as possible. The drone can fly over open areas like fields, paved surfaces, and roads, and can navigate around trees and buildings if necessary, but must minimize time spent maneuvering through dense vegetation. Which flight path allows the drone to travel at maximum speed?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: A farm worker starts from a cultivated field and needs to reach another cultivated field. The worker can walk on soft, cultivated soil with crops, dry open ground with loose soil and rocks, and natural grassy or shrub-covered areas. The worker must avoid any liquid surfaces and vertical structures. What is the shortest route to the destination field?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: An aerial photography drone starts from a paved, hard surface and needs to reach a cluster of tall, vertical structures with branching foliage while maximizing ride stability and minimizing vibration. The drone can fly over open, dry ground with loose soil and rocks, areas with low vegetation and shrubs, all paved and hard surfaces, and bodies of liquid. However, the tall vertical structures with branching foliage can only be approached if there is sufficient clearance between branches to avoid collisions. The drone must avoid any terrain that causes excessive turbulence or unpredictable movement patterns.

What is the most comfortable path for the drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: An aerial survey drone starts from a flat, cultivated field and needs to reach a paved vehicle lane. The drone can fly over all open terrain, including loose soil, grassy areas, hard artificial surfaces, and water bodies. However, it must avoid flying directly through dense vegetation clusters due to collision risk. What is the fastest route?

What is the fastest route for the aerial survey drone to travel from the cultivated field to the paved vehicle lane?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone is deployed from a patch of loose, dry soil with scattered rocks and no vegetation and needs to reach a flat, hard, artificial surface made of concrete or asphalt. The drone can fly over areas of loose soil, grassy or shrub-covered ground, flat artificial surfaces, and bodies of liquid. However, it must avoid any tall, dense clusters of vertical obstacles or solid man-made structures. What is the shortest path to the destination?

Starting from a patch of loose, dry soil with scattered rocks and no vegetation

Bareland
Rangeland
Developed space
Road
Water


Question: An aerial survey drone starts from a patch of loose, sandy ground and needs to reach another patch of similar loose, sandy ground. The drone can fly over any terrain except for areas with dense vertical obstacles like tall, closely-packed structures or thick canopies. It must avoid any liquid surfaces that could cause signal interference or corrosion. The drone's path must also avoid any cultivated fields with tall crops that could entangle its rotors. What is the shortest path?

Starting from a patch of loose, sandy ground.

The destination is another patch of similar loose, sandy ground.


Question: A hiker starts from a grassy, shrub-covered area and needs to reach an exposed, sandy or rocky ground. The path must avoid any water bodies or structures, and you can only traverse surfaces that are either hard and paved, soft and vegetated, or loose and barren. What is the shortest route?

What is the shortest route from the grassy, shrub-covered area to the exposed, sandy or rocky ground?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: A quadcopter drone is positioned on a patch of loose, sandy ground and needs to reach another area of dry, rocky soil as quickly as possible. The drone can fly over open, flat surfaces with sparse vegetation, hard paved lanes, and liquid bodies, but must avoid dense vertical obstacles like tall trees or structures. Which path allows the drone to travel the fastest?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial survey drone starts from a paved, hard surface and needs to reach an exposed, loose earth and rock surface. The drone can fly over all types of terrain, including liquid surfaces, vegetated areas, and artificial structures, but must avoid direct contact with tall vertical obstacles. The drone's path must be planned to reach the destination.

What is the shortest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: A quadcopter drone starts from an exposed sandy surface and needs to reach another exposed sandy surface as quickly as possible. The drone can fly over paved lanes, cultivated fields, grassy or shrubby areas, loose sandy or rocky terrain, and liquid surfaces. However, it must avoid dense vegetation that could entangle its rotors and solid vertical structures that could cause collisions. What is the fastest route?

What is the fastest route for the quadcopter drone to travel from the starting exposed sandy surface to the destination exposed sandy surface?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial survey drone starts from an area of loose, dry soil and scattered rocks, an aerial survey drone must complete a mission and return to another similar patch of exposed earth. The drone can fly over open ground with sparse vegetation, hard paved surfaces, areas with tall vertical obstacles, and liquid bodies. However, it must avoid any structures or buildings entirely. The primary concern is minimizing the risk of collision or system failure.

Starting from an area of loose, dry soil and scattered rocks

and needing to return to another similar patch of exposed earth

What is the safest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: An aerial survey drone is conducting a time-sensitive environmental assessment. It begins its mission on loose, dry earth and scattered rocks. The drone is equipped to fly over various surfaces, including open grassy fields, hard paved surfaces, vehicle lanes, bodies of water, and cultivated crop fields. However, it must navigate carefully through areas with dense vertical structures. The drone's objective is to reach a location beneath a tall, leafy canopy as quickly as possible. What is the fastest path for the drone to take?

Starting from an area of loose, dry earth and scattered rocks

and needs to reach a location beneath a tall, leafy canopy

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: An aerial survey drone starts from a patch of loose, sandy ground with scattered rocks and needs to reach another similar area of exposed, dry earth. The drone can fly over open liquid surfaces, but must avoid dense clusters of tall, vertical obstacles that could cause collisions. It can also traverse over flat, hard surfaces and packed, stable ground. The drone's priority is to complete the survey as quickly as possible.

Starting from a patch of loose, sandy ground with scattered rocks

What is the fastest route for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A delivery drone is hovering above a paved surface and needs to reach a destination above sandy, rocky terrain. The drone can fly over hard surfaces, cultivated fields, and open sandy areas. However, it must avoid flying directly through dense tree canopies or close to building facades due to navigation safety protocols. What is the fastest route?

What is the fastest route for the delivery drone to travel from the paved surface to the sandy, rocky terrain?

Bareland
Developed space
Road
Agriculture land


Question: A quadcopter drone starts from a patch of rough, loose ground and needs to reach another area of similar rough, loose ground. The drone can fly over both the rough ground and areas with tall vertical obstacles, but must prioritize smooth, stable flight to minimize vibrations and ensure stable camera footage. Which path would provide the most comfortable flight?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: An off-road vehicle is positioned on uneven, rocky terrain and must reach a hard-surfaced lane. Only two surface types are available: uneven, rocky terrain and hard-surfaced lanes. All other surfaces including grassy fields, cultivated areas, wooded zones, water bodies, and structures are impassable. The driver prioritizes safety and wants to avoid surfaces that could cause loss of control, vehicle damage, or hazardous conditions. Which route should the off-road vehicle follow to reach the hard-surfaced lane while minimizing risk?


Question: An aerial surveillance drone starts from a patch of loose, dry soil with scattered rocks and no vegetation and needs to reach a flat, hard-surfaced lane used by vehicles. The drone can fly over open liquid areas and vertical obstacles with foliage, but must avoid any contact with solid vertical structures or dense overhead canopies. The drone's priority is to minimize risk of collision or instability during flight.

Starting from a patch of loose, dry soil with scattered rocks and no vegetation.

The destination is a flat, hard-surfaced lane used by vehicles.

What is the safest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: A quadcopter starts from a grassy, uneven terrain with scattered shrubs and needs to reach a dry, loose soil and rocky ground. The area includes paved lanes used by vehicles, but you must avoid any trees and buildings. What is the shortest path to the destination?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A quadcopter drone starts above a paved, hard-surfaced area and needs to reach a dry, loose-soil area as quickly as possible. The drone can fly over paved surfaces, vehicle lanes, cultivated fields, grassy fields, and loose-soil terrain. However, the drone must avoid dense vegetation clusters and vertical structures. What is the fastest route?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A hiker starts from a grassy, shrub-covered area and needs to reach an exposed, rocky or sandy ground. The terrain includes only areas with loose soil and vegetation, such as fields with crops, natural grass, and bare earth. Paved surfaces, roads, water bodies, trees, and buildings are not accessible due to restrictions or obstacles. What is the shortest path?

What is the shortest path from the grassy, shrub-covered area to the exposed, rocky or sandy ground?


Question: A hiker starts from loose, sandy ground and needs to reach a paved concrete surface. The hiker can traverse cultivated fields with soft soil, but cannot cross any water bodies or enter any structures. What is the shortest path?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: A quadcopter drone starts on a flat paved area and needs to reach a destination on sandy terrain. The drone can fly over most surfaces including loose ground, paved areas, vehicle lanes, cultivated fields, and liquid areas, but must avoid dense vertical obstacles like tall trees and structures. What is the fastest route to the destination?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone starts from a patch of loose, dry soil with scattered rocks and no vegetation and needs to reach a tall, leafy structure with dense foliage overhead. The drone can fly over open ground with loose soil, hard paved surfaces, cultivated fields with crops, and even pass through gaps in dense foliage if necessary. However, it must avoid any solid vertical structures that would block its flight path. The drone's priority is to complete the journey in the shortest possible time.

Starting from a patch of loose, dry soil with scattered rocks and no vegetation

What is the fastest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: An aerial survey drone starts from a densely vegetated area with tall, leafy canopies and needs to reach an open, dry expanse of loose soil and scattered rocks. The drone can fly over all terrain types except vertical structures and dense tree clusters, which require careful navigation to avoid collisions. The drone must avoid any liquid surfaces and built structures entirely. What is the safest path?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: An aerial surveillance drone starts from a grassy, shrub-covered area and needs to reach another similar grassy, shrub-covered area. The drone can fly over open, dry ground with loose soil and rocks, as well as over flat, hard surfaces like sidewalks and parking lots. It can also fly over liquid surfaces like rivers or ponds. However, it must avoid any areas with tall, dense vegetation that could entangle its rotors, and it cannot fly through solid vertical structures. The drone's primary concern is to minimize the risk of collision, loss of control, or damage during flight.

Starting from a grassy, shrub-covered area.

The destination is another similar grassy, shrub-covered area.

What is the safest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A delivery van is starting from a paved parking lot and needs to reach a cultivated field. The van can only travel on hard, compact surfaces like asphalt or concrete, and it is also allowed to cross soft, loose soil if necessary. However, it cannot drive through areas with dense vegetation, liquid surfaces, or vertical structures. What is the shortest path to the field?

Bareland
Developed space
Road
Agriculture land


Question: A hiker is starting from a densely vegetated area with tall, upright structures providing shade and cover and needs to reach a flat, hard, and stable paved surface. The terrain includes areas of loose, dry earth and rocks without vegetation, which are firm enough to walk on. The hiker must avoid any liquid surfaces and cannot pass through solid, enclosed structures. The goal is to find a path that provides the smoothest and most stable walking experience, minimizing vibrations and uneven footing.

A densely vegetated area with tall, upright structures providing shade and cover.

What is the most comfortable path for the hiker to take?


Question: A parkour athlete is starting from a paved footpath and needs to reach another paved footpath as quickly as possible. The athlete can only use surfaces that allow rapid, unimpeded movement: hard, artificial surfaces like sidewalks or parking lots, and firm, compacted lanes used by vehicles. The athlete can also traverse rough, loose surfaces composed of sand or rocks without vegetation, but these are slower. The athlete cannot travel on surfaces covered by liquid or through vertical structures, and cannot pass through areas with dense vegetation that would obstruct movement. Which route allows the athlete to reach the destination in the shortest time?


Question: A hiker starts from a paved road surface and needs to reach a wooded area with tall trees. The hiker can traverse hard, flat surfaces like sidewalks and parking lots, as well as loose, sandy ground and cultivated fields, provided the fields are not actively growing crops and the sandy ground is not too deep or unstable. However, the hiker cannot cross any water bodies or enter any buildings. What is the shortest path to the wooded area?

Bareland
Developed space
Road
Tree
Agriculture land


Question: A delivery drone is hovering over a grassy, uneven field and needs to reach a paved, hard-surfaced lane. The drone must avoid any areas with dense vertical obstacles or liquid surfaces, as these pose collision or stability risks. It can fly over loose, sandy patches and open grassy areas, but these are lower risk compared to obstacles or water. The goal is to minimize the risk of crashing or signal interference.

What is the safest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A quadcopter drone is positioned on a paved, hard surface and needs to reach a cluster of tall, vertical structures with foliage as quickly as possible. The drone can fly over most terrain types, including open sandy or rocky ground, grassy or shrub-covered areas, liquid bodies, and cultivated fields. However, flying directly through dense clusters of tall vertical structures is slower and requires careful navigation to avoid collisions. All other surfaces, including solid constructed obstacles, are not accessible for this drone's path. What is the fastest route?

What is the fastest route for the quadcopter drone to reach the destination?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: A delivery drone takes off from a cultivated field and needs to reach a grassy meadow destination while minimizing collision risks. The drone can fly over bare ground, vegetated areas, paved surfaces, and vehicle lanes, but must avoid any contact with liquid surfaces or vertical obstacles. What is the safest route to reach the grassy meadow?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A hiker starts from a paved lane and needs to reach a cultivated field. The hiker can traverse paved surfaces, cultivated areas, and wooded patches, but cannot cross water bodies or enter buildings. The cultivated field is accessible because the crops are low and the ground is firm enough for walking. The wooded patches are passable as the trees are spaced apart with clear undergrowth. What is the shortest path?

Developed space
Road
Tree
Agriculture land


Question: An off-road vehicle is starting from a cultivated field with loose soil and crop stubble, needing to reach a paved lane. The vehicle can traverse loose, uneven ground like bare earth and rocky patches, as well as grassy or shrub-covered areas, and hard, flat surfaces such as parking lots and sidewalks. However, it cannot enter areas with dense trees, water bodies, or buildings. What is the fastest route to the paved lane?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A quadcopter starts from a cultivated field and needs to reach another cultivated field while prioritizing a stable and comfortable flight. The quadcopter can fly over loose, sandy areas, grassy, uneven terrain, paved, hard surfaces, and cultivated fields with crops. The quadcopter cannot fly through dense vegetation or near vertical structures due to collision risk. What is the most comfortable path?

What is the most comfortable path for the quadcopter to take?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A quadcopter drone starts from a patch of loose, sandy ground with scattered rocks and needs to reach a tall, leafy canopy with dense branches. The drone can fly over open areas of loose earth, grassy fields, paved surfaces like parking lots and sidewalks, vehicle lanes, cultivated crop fields, and even around man-made structures, but it must navigate carefully through or around areas with tall vertical obstacles like dense foliage. The goal is to complete this flight in the minimum possible time. What is the fastest path?

Starting from a patch of loose, sandy ground with scattered rocks.

The destination is a tall, leafy canopy with dense branches.

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land
Building


Question: A quadcopter drone starts from a patch of dry, loose soil and rocks and needs to return to another area of similar dry, loose soil and rocks. The drone can fly over open liquid surfaces and cultivated fields with low vegetation, but cannot pass through dense vertical obstacles or solid structures. The drone must find the most direct route.

Starting from a patch of dry, loose soil and rocks

What is the shortest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone starts from a cultivated field and needs to reach another cultivated field while prioritizing minimal risk. The drone can fly over loose, dry soil and rocks, grassy or shrubby areas, hard paved surfaces, vehicle lanes, and cultivated vegetation. It can also fly near structures with solid walls, provided it maintains a safe distance to avoid collisions. However, flying directly through dense clusters of tall, woody vegetation is prohibited due to entanglement risk. All water bodies are accessible but pose a high risk if the drone malfunctions. What is the safest path?

What is the safest path for the quadcopter drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land
Building


Question: A quadcopter drone starts from a flat, hard surface and needs to reach a paved lane as quickly as possible. The drone can fly over most surfaces but must avoid areas with tall vertical obstacles or dense overhead obstructions. Liquid surfaces and open airspace are permitted.

What is the fastest flight path from the starting point to the destination?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial survey drone starts from a paved, hard surface and needs to reach another paved, hard surface while maintaining stable flight for sensor calibration. The drone can fly over loose, sandy or rocky ground; liquid surfaces; cultivated fields with low vegetation; and areas with tall, dense vertical obstacles. However. The drone must prioritize smooth, predictable airspace to minimize vibrations and ensure stable data collection. What is the most comfortable path?

What is the most comfortable path for the aerial survey drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: A quadcopter drone is positioned on a grassy, open field and needs to reach a paved road surface as quickly as possible. The drone can fly over all types of terrain, including loose sandy or rocky ground, grassy or shrubby areas, hard artificial surfaces like sidewalks and parking lots, paved vehicle lanes, bodies of water, cultivated crop fields, and even man-made structures. However, flying through dense tree canopies is slower due to the need for careful navigation to avoid branches. What is the fastest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: An aerial survey drone starts from a grassy, vegetated area and needs to reach a tall, leafy canopy while maintaining stable flight and minimizing vibrations. The drone can fly over open sandy or rocky ground, grassy or shrubby areas, paved or compacted surfaces, and bodies of water. However, flying through dense foliage is only possible if the drone has permission to navigate through vegetation for data collection purposes. The drone cannot fly through solid vertical structures. What is the most comfortable path to reach the destination?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: A quadcopter drone starts from a paved road surface and needs to reach a grassy, open field. The drone can fly over bare, rocky ground, grassy areas, and paved surfaces, but must avoid any trees or structures. What is the shortest path?

What is the shortest path from the paved road surface to the grassy, open field?


Question: A quadcopter drone needs to travel from a grassy, uneven terrain with scattered shrubs to an open area of loose soil and rocky ground. The drone can fly over most surfaces but must avoid areas with tall, dense vegetation or vertical structures that could obstruct its flight path. What is the fastest route?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone starts from a paved surface and needs to reach an open area of loose soil and rocks. The drone can fly over paved surfaces, compacted artificial surfaces, open ground with loose soil or rocks, grassy or shrub-covered areas, cultivated fields, and liquid surfaces. The drone can also fly near vertical obstacles like trees or structures, but must maintain a safe distance to avoid collision. The operator's priority is to minimize risk of crashing or losing control.

What is the safest path for the quadcopter drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: An aerial survey drone starts from a patch of loose, sandy ground with scattered rocks and no vegetation and needs to reach a cultivated field with rows of crops and soft, tilled soil. The drone can fly over open areas with no vertical obstructions, including flat paved surfaces, vehicle lanes, and water bodies, but must avoid tall vertical structures and dense tree canopies. What is the shortest path?

Starting from a patch of loose, sandy ground with scattered rocks and no vegetation.

The destination is a cultivated field with rows of crops and soft, tilled soil.

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial survey drone starts from a paved, hard surface and needs to reach a dry, open area of loose earth and rocks. The drone can fly over liquid surfaces, but must avoid areas with tall vertical obstacles. The drone's flight path should prioritize surfaces that provide the smoothest and most stable flight experience. What is the most comfortable route for the drone?

A dry, open area of loose earth and rocks

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial survey drone starts from a patch of loose, sandy ground with scattered rocks, an aerial survey drone must fly to a grassy, shrub-covered area. The drone can traverse open sandy or rocky surfaces, grassy or shrubby terrain, paved or compacted surfaces like sidewalks and parking lots, vehicle lanes, and calm water bodies, but must avoid tall vegetation and structures. The drone prioritizes smooth, stable flight to minimize vibrations and ensure stable sensor readings. What is the most comfortable path?

Starting from a patch of loose, sandy ground with scattered rocks

and needs to reach a grassy, shrub-covered area

Bareland
Rangeland
Developed space
Road
Water


Question: A delivery drone has taken off from a flat, sandy area and needs to land on a concrete road. The drone must avoid flying through dense vegetation or near tall vertical structures, and can only travel over open, unobstructed spaces. What is the safest path to reach the destination?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone is on a paved, hard surface and needs to reach a dry, sandy area. The drone can fly over liquid surfaces, but must avoid any areas with tall vertical obstacles or structures. What is the shortest path?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter takes off from an open area of loose sand and rocks, needing to land on a flat, hard surface like a parking lot or paved yard. It can fly over grassy expanses, cultivated fields, and water bodies, but must avoid tall trees and buildings. What is the shortest flight path to the landing site?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone is hovering above a cultivated field with rows of crops and tilled soil. It needs to fly to a location over a dry, exposed area of loose earth and rocks. The drone must avoid flying through dense vegetation or near vertical structures, and should minimize turbulence and sudden altitude changes for stable footage capture.

What is the most comfortable flight path for the drone?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial survey drone starts from a paved, hard surface and needs to reach an area of exposed, loose soil or rocky ground. The drone must avoid any vertical structures or dense vegetation that could cause collisions. It can fly over open water bodies, cultivated fields with low vegetation, and grassy or shrub-covered areas. The objective is to minimize the risk of damage or loss of control during flight.

What is the safest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone is positioned on a patch of loose, sandy soil with scattered rocks and needs to reach a paved, hard-surfaced lane as quickly as possible. The drone can fly over areas with sparse, low vegetation and open liquid surfaces, but must avoid dense, tall vertical obstacles and solid structures. Which path allows the drone to travel fastest?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial drone starts from a patch of dry, loose soil and rocks and needs to reach a cultivated field with planted crops. The drone can fly over liquid surfaces, but must avoid areas with tall, dense vertical obstacles and solid, enclosed structures. What is the fastest path?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial survey drone starts from a grassy, open field with low vegetation and needs to reach a paved lane used by vehicles. The drone must avoid flying through dense tree canopies or near building structures, as these present collision risks. The drone is permitted to fly over loose, sandy ground; grassy or shrubby areas; paved surfaces; water bodies; and cultivated crop fields. The drone's flight path must prioritize minimizing risk of collision, loss of control, or damage.

What is the safest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A hiker is standing on a paved, hard surface and needs to reach another paved, hard surface area. The person must avoid any liquid surfaces and vertical structures. The terrain consists of three types of surfaces: loose, uneven ground composed of sand or rocks; smooth, stable paved areas; and vehicle lanes with hard surfaces. The hiker requires a path that minimizes risk of slipping, tripping, or encountering hazards.

What is the safest route for the hiker to take?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: An off-road vehicle starts from a cultivated field with soft, tilled soil and needs to reach a paved street. The terrain includes areas of loose, rocky ground without vegetation, as well as flat, hard surfaces like parking lots and sidewalks. The cultivated field is traversable because the soil is dry and compacted enough for vehicle tires. What is the shortest path to the street?


Question: A family sedan starts from a vehicle lane with a hard, paved surface and needs to reach a flat, stable area with a hard, artificial surface. You must stay on surfaces that provide maximum traction and stability for wheeled vehicles. Unpaved, uneven, or vegetation-covered terrain is prohibited as it increases the risk of loss of control. What is the safest route to your destination?

A vehicle lane with a hard, paved surface

A flat, stable area with a hard, artificial surface


Question: An off-road vehicle starts from a plowed agricultural field with loose soil and needs to reach an open grassland with natural vegetation. The terrain includes areas of loose earth and rocks without vegetation, patches of natural grass and shrubs, hard paved surfaces like sidewalks and parking lots, vehicle lanes with asphalt or concrete surfaces, and cultivated areas used for crop production. You must avoid any areas with trees, liquid surfaces, and vertical structures. What is the shortest path to your destination?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A quadcopter drone starts from a paved lane and needs to reach an exposed area of loose soil and rocks. The drone can fly over hard surfaces, loose soil and rock areas, and areas with individual trees or small groups of trees. The drone must avoid flying too close to any permanent structures and should minimize flight over liquid surfaces. What is the safest path?

What is the safest path for the quadcopter drone to take?

Bareland
Developed space
Road
Tree
Water


Question: An off-road vehicle begins on rough, sandy terrain and must return to another area of rough, sandy terrain. It can use paved lanes and hard surfaces like parking lots. Cultivated fields with loose soil are accessible if the ground is firm enough. However, areas with dense trees or vertical obstacles are impassable, and liquid surfaces or structures cannot be crossed. What is the shortest route?

What is the shortest route for the off-road vehicle to reach the destination?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: An aerial survey drone starts from a flat, open area of loose soil and scattered rocks, an aerial survey drone must navigate to another similar open area of loose soil and scattered rocks. The drone can fly over the open ground and also pass through areas with tall, vertical obstacles that require careful maneuvering to avoid collisions. The drone's priority is to minimize risk of damage or loss of control during flight. What is the safest path for the drone to take?

Starting from a flat, open area of loose soil and scattered rocks

and needs to reach another similar open area of loose soil and scattered rocks

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: A quadcopter drone starts on a flat paved area and needs to reach a destination on sandy terrain. The drone can fly over most surfaces including loose ground, paved areas, vehicle lanes, cultivated fields, and liquid areas, but must avoid dense vertical obstacles like tall trees and structures. What is the fastest route to the destination?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone is positioned on loose, sandy ground and needs to reach a paved, hard surface as quickly as possible. The drone can fly over areas with loose soil, paved surfaces, vegetated areas with tall obstacles, and cultivated fields, but must avoid any liquid surfaces and vertical structures. Which path allows the drone to travel the fastest?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: A quadcopter drone is deployed from a patch of loose, sandy ground with scattered rocks and no vegetation. It needs to reach a flat, hard, artificial surface such as a paved parking lot or concrete plaza. The drone can fly over open water bodies, cultivated fields with low crops, and vehicle lanes with hard surfaces, but it must avoid areas with tall, dense vegetation or vertical structures. What is the shortest path to the destination?

Starting from a patch of loose, sandy ground with scattered rocks and no vegetation.

The destination is a flat, hard, artificial surface such as a paved parking lot or concrete plaza.

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter starts from a patch of loose, sandy ground and needs to reach another patch of loose, sandy ground. The quadcopter can traverse areas with loose, sandy ground, areas covered with low vegetation and grass, and hard, paved surfaces designed for vehicles. The quadcopter cannot pass through dense vertical obstacles. What is the shortest path?


Question: A hiker starts on a paved, hard-surfaced area and needs to reach a dry, loose-soil area as quickly as possible. The person can walk on paved surfaces, vehicle lanes, cultivated fields, grassy fields, and loose-soil terrain. However, the person cannot travel through liquid surfaces or vertical structures. What is the fastest route?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A delivery drone is on a paved road surface and needs to reach a sandy area. The drone requires a smooth flight to avoid vibrations, so it should avoid areas with dense vertical obstacles or liquid surfaces that could cause turbulence. Only open, solid ground, hard surfaces, and dry areas are allowed; areas with tall obstacles or water are not traversable. What is the most comfortable path?

What is the most comfortable path for the delivery drone to fly from the paved road surface to the sandy area?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: An aerial survey drone starts from a patch of loose, dry soil and scattered rocks and needs to reach a cluster of tall, leafy vegetation with a distinct vertical structure. The drone's flight path must prioritize smooth, stable travel to protect its sensitive imaging equipment from vibrations. The drone can fly over open areas with sparse ground cover, flat paved surfaces, and calm liquid surfaces. However, it must avoid flying directly through dense vertical obstacles, as they pose a collision risk and require careful maneuvering that could destabilize the flight. The destination is located within such a vertical structure. What is the most comfortable path for the drone to take?

Starting from a patch of loose, dry soil and scattered rocks.

The destination is a cluster of tall, leafy vegetation with a distinct vertical structure.

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: A quadcopter drone starts from a paved, hard surface and needs to reach a dry, sandy area. The drone can fly over liquid surfaces, but must avoid any vertical obstacles like trees or buildings. The paved surface and sandy ground are clear for flight, and the liquid surface is open and unobstructed. What is the fastest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter starts from a flat, artificial surface and needs to reach an open, sandy area. The drone aims to maximize flight comfort by avoiding turbulent or obstructed airspace. Grassy expanses, paved zones, and cultivated fields are all clear and comfortable to fly over. Water surfaces are passable but may cause discomfort due to spray or reflections. Trees and buildings can be navigated around if necessary, but direct passage through them is avoided to prevent collisions. What is the most comfortable path?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A delivery drone is hovering over grassy, uneven ground with scattered shrubs and must reach a paved lane used by vehicles. The drone can only traverse airspace above surfaces that are stable and low-risk: grassy areas, paved areas, paved lanes, calm water bodies, and vertical structures. However, loose sandy or rocky terrain, cultivated fields, and densely wooded areas are not allowed due to safety concerns. What is the safest path?

Rangeland
Developed space
Road
Water
Building


Question: An aerial survey drone starts from a tall, leafy canopy, an aerial survey drone must navigate to another tall, leafy canopy. The drone can fly over open, dry ground with loose soil and rocks; grassy or shrub-covered areas; flat, hard surfaces like pavement or compacted soil; bodies of liquid; and other tall, leafy canopies, but it must avoid vertical structures and dense overhead obstacles. The drone prioritizes smooth, stable flight to minimize vibrations and ensure steady sensor readings.

What is the most comfortable path for the drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: A quadcopter drone starts from a paved surface and needs to reach an exposed, loose earth and rock surface. The drone can fly over areas with short vegetation or crops, as well as liquid surfaces, but must avoid tall vertical obstacles and solid structures. Which path should the drone take to reach the destination using the shortest possible route?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial survey drone starts from an area of loose, dry soil with scattered rocks and no vegetation and needs to reach a smooth, hard, paved surface designed for vehicle traffic. The drone can fly over open ground covered with short grass or shrubs, liquid surfaces, and cultivated fields with crops, but must avoid tall vertical obstacles like trees and man-made structures. The drone's flight path should prioritize stability and smoothness to ensure clear sensor readings and minimize vibration.

Starting from an area of loose, dry soil with scattered rocks and no vegetation.

The destination is a smooth, hard, paved surface designed for vehicle traffic.

What is the most comfortable path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A hiker starts from an area of loose, dry earth and scattered rocks and needs to reach a flat, hard-surfaced area. The terrain is dry and stable enough for walking, and the paved area is accessible. What is the shortest path?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: An aerial surveillance drone starts from a paved, hard surface and needs to reach an open, dry, loose soil area. The drone can fly over liquid surfaces and areas with vertical obstacles, but must avoid dense vegetation that could entangle its rotors. The drone can traverse hard, flat surfaces, open ground, and liquid areas. What is the safest path to reach the destination?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land
Building


Question: An aerial surveillance drone is deployed from a hard, flat, artificial surface and needs to reach a dry, open area of loose earth and rocks without vegetation. The drone can fly over areas with short vegetation or bushes, other hard artificial surfaces, vehicle lanes, liquid bodies, and cultivated fields. However, it must avoid any tall, vertical structures and dense clusters of tall vegetation that could pose collision risks. The drone's primary concern is minimizing operational hazards during flight. What is the safest path for the drone to take?

A dry, open area of loose earth and rocks without vegetation

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial survey drone starts from a patch of loose, dry soil with scattered rocks and no vegetation and needs to reach a cultivated field with orderly rows of low-growing crops. The drone must avoid any areas with tall, dense vertical obstacles that could cause collisions. It can fly over open liquid surfaces, but these are considered higher-risk areas due to potential signal interference and lack of emergency landing options. Hard, flat paved surfaces and compacted gravel areas are available and provide the most predictable flight conditions. The drone's primary concern is minimizing the risk of collision, signal loss, or forced landing.

Starting from a patch of loose, dry soil with scattered rocks and no vegetation.

The destination is a cultivated field with orderly rows of low-growing crops.

What is the safest flight path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone starts from a patch of loose, dry soil with scattered rocks and no vegetation, a quadcopter drone must navigate to a grassy, shrub-covered area. The drone can fly over open water bodies, cultivated fields with low crops, paved lanes used by vehicles, and individual or clustered tall woody plants, but it must avoid vertical structures and dense overhead obstacles. The goal is to minimize risk of collision, signal interference, or unpredictable hazards.

Starting from a patch of loose, dry soil with scattered rocks and no vegetation

and needing to reach a grassy, shrub-covered area

What is the safest path for the drone to take?

Bareland
Rangeland
Road
Tree
Water
Agriculture land


Question: A quadcopter drone is positioned on a patch of loose, sandy ground and needs to reach a cultivated field with crops. The drone can fly over hard, flat surfaces like paved areas and vehicle lanes, as well as over liquid surfaces and vertical structures, but must avoid dense vegetation that could entangle its rotors. Which path minimizes the risk of collision or instability?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land
Building


Question: An off-road vehicle is starting from a patch of loose, sandy ground and needs to reach a cultivated field. The vehicle can traverse hard, paved surfaces designed for vehicles, but these are currently blocked due to maintenance. It can also cross grassy or shrub-covered areas if necessary, though these are rougher. The goal is to find the fastest route to the field.

What is the fastest path from the sandy start to the cultivated field?


Question: An aerial surveillance drone starts from a patch of loose, sandy ground with scattered rocks and no vegetation and needs to reach a cultivated field with rows of low-growing crops and tilled soil. The drone can fly over areas with tall, dense vegetation that could obstruct its sensors or cause entanglement, but it must avoid any vertical structures or buildings that pose collision risks. The drone's priority is to minimize the risk of damage or loss of control during flight. What is the safest path to the destination?

A patch of loose, sandy ground with scattered rocks and no vegetation.

A cultivated field with rows of low-growing crops and tilled soil.

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: An aerial surveillance drone starts from a cultivated field and needs to reach another cultivated field while minimizing operational risks. The drone can fly over open water bodies, paved surfaces, and hard-packed artificial surfaces. It can also pass through cultivated vegetation areas. However. The drone must avoid tall vertical structures and dense tree canopies that could cause collisions. What is the safest path to reach the destination?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A hiker starts from a dense cluster of tall, leafy vegetation and needs to reach a cultivated field with soft, tilled soil. The terrain includes rough, loose ground composed of sand and rocks; smooth, hard surfaces like sidewalks and parking lots; paved lanes used by vehicles; and areas with herbaceous plants or bushes. However, all water bodies and buildings are strictly impassable. What is the shortest path?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: A delivery drone starts from a cultivated field and needs to reach another cultivated field area. The terrain includes loose, sandy or rocky ground without vegetation; hard, paved surfaces; areas with tall, dense vegetation; and the cultivated fields themselves. You must avoid any water bodies or structures. Given that your priority is to minimize risk of collision or signal interference, what is the safest path to take?

What is the safest path from the starting cultivated field to the destination cultivated field?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A quadcopter drone is positioned on a grassy, open field with scattered low shrubs and needs to reach a cultivated crop field with rows of plants. The drone can fly over any terrain except areas with tall, dense vegetation or solid vertical structures, which are blocked. The drone must avoid flying directly over tall, dense vegetation or solid vertical structures due to collision risks. The drone's priority is to maintain high and stable flight speed. What is the fastest path for the drone?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A hiker starts from a cultivated field with soft, tilled soil and needs to reach a paved, hard-surface area. The terrain includes loose, sandy or rocky ground without vegetation, as well as areas with natural grass and shrubs. The cultivated field is currently dry and firm enough to walk on, and the grassy areas are open and passable. However, all vehicle lanes, water bodies, individual trees, and structures are completely blocked and cannot be used. What is the shortest possible route?

What is the shortest possible route from the cultivated field to the paved area?

Bareland
Rangeland
Developed space
Agriculture land


Question: A quadcopter drone is deployed from a cultivated field with rows of crops and must reach another cultivated field with rows of crops as quickly as possible. The drone can fly over open, dry ground with loose soil and rocks, areas covered with wild grasses and shrubs, paved lanes used by vehicles, and individual or clustered tall vegetation with distinct height and shadow. However, the drone must minimize time spent navigating through or around the tall vegetation due to its complex structure requiring careful maneuvering. All other surfaces are clear for direct overflight. What is the fastest path for the drone?

Another cultivated field with rows of crops

Bareland
Rangeland
Road
Tree
Agriculture land


Question: An aerial survey drone starts from a hard, paved lane used by vehicles and needs to reach an area of uncultivated, herbaceous vegetation. The drone can fly over liquid surfaces, cultivated crop fields, and hard artificial surfaces like sidewalks and parking lots. However, it must avoid flying through dense vertical obstacles like individual trees or groups of trees, and it cannot pass through solid vertical structures like buildings. What is the shortest path to the destination?

An area of uncultivated, herbaceous vegetation

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone is on a paved, hard surface and needs to reach an area of natural, uncultivated vegetation. The drone can only fly over the following terrain types: paved or compacted surfaces, loose or rocky ground without vegetation, areas of natural grass and shrubs, and cultivated fields with crops. All other surface types are prohibited. What is the shortest flight path?

An area of natural, uncultivated vegetation

What is the shortest flight path from the paved surface to the natural vegetation area?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A quadcopter drone starts from a paved, hard-surfaced lane and needs to reach a grassy, open area with low vegetation. The terrain includes loose, sandy or rocky ground without vegetation; grassy or shrub-covered areas; paved lanes; individual or clustered tall vegetation with distinct vertical structures; and cultivated fields with rows of crops. You must avoid any liquid surfaces. The tall vegetation areas have sufficient gaps between canopies for safe flight, and solid vertical structures are accessible but require careful navigation. What is the safest path?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land
Building


Question: A quadcopter drone starts from a paved rooftop and needs to reach a paved runway. The area includes hard, flat surfaces like rooftops and runways; loose, sandy ground; grassy or shrubby areas; cultivated fields with soft, tilled soil; and clusters of tall, vertical obstacles. All these surfaces are traversable because the drone can fly over them, but the vertical obstacles require careful navigation to avoid collisions. What is the shortest path to the runway?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: An aerial surveillance drone starts from a paved, hard surface and needs to return to another paved, hard surface while minimizing operational risk. The drone can fly over open, dry ground with loose soil and rocks, areas with low vegetation and shrubs, all paved and hard-packed surfaces, liquid bodies, and flat, stable surfaces with artificial grass or compacted soil. However, the drone must avoid any areas with tall, dense vertical obstacles or structures that could cause collisions. What is the safest path?

What is the safest path for the aerial surveillance drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A hiker starts from a paved lane and needs to reach a hard, flat surface like a sidewalk or parking lot. The terrain includes loose, sandy ground; grassy or shrub-covered areas; and cultivated fields with crops. You cannot travel over water bodies or enter buildings. What is the shortest path?

What is the shortest path from the paved lane to the hard, flat surface?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A quadcopter drone starts from a paved lane and needs to reach a flat, hard-surfaced area as quickly as possible. The drone can fly over grassy areas, cultivated fields, water bodies, and loose soil patches. However, wooded areas are too dense to navigate safely, and buildings are solid vertical obstacles that cannot be flown through. Which path should the drone take?

Which path allows the drone to travel from the paved lane to the flat, hard-surfaced area in the fastest manner?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A delivery drone starts from a paved, hard surface and needs to reach another paved, hard surface while maintaining stable flight and minimizing vibrations. The drone can fly over open, dry ground with loose soil and rocks, as well as over liquid surfaces, but must avoid areas with tall, dense vertical obstacles that could cause turbulence. Which path provides the most comfortable ride?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone starts from a paved concrete area and needs to reach another paved concrete area while prioritizing a smooth and stable flight. The drone can fly over areas with loose, sandy soil and rocky patches, grassy or shrub-covered ground, and wooded areas with trees, as long as it maintains sufficient altitude to avoid collisions. However, water bodies and buildings are to be avoided due to potential signal interference and safety risks. What is the most comfortable flight path?

What is the most comfortable flight path for the quadcopter drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: A delivery drone begins on grassy, uneven terrain with scattered low vegetation and needs to reach a flat, hard, paved surface. The drone can fly over loose, sandy or rocky ground without vegetation; grassy or shrub-covered areas; hard, artificial surfaces like sidewalks, parking lots, or sports fields; open water bodies; and cultivated crop fields. However, it must avoid densely packed vertical obstacles like trees or tall structures, and cannot pass through solid buildings. The drone's priority is to maintain a smooth, vibration-free flight to protect its sensitive cargo.

What is the most comfortable path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone is positioned above a paved, hard-surfaced lane and needs to reach a point above a cluster of tall, vertical structures with significant height and canopy. The area includes open spaces with natural vegetation and bushes, which are freely traversable. The paved lane is available. The vertical structures and built-up areas are accessible but require careful navigation to avoid collisions. The objective is to find the path that minimizes risk while moving between these points.

A cluster of tall, vertical structures with significant height and canopy

What is the safest path for the quadcopter drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: An aerial survey drone begins its mission from a cultivated field with soft, tilled soil and needs to reach an area of exposed rocky ground. The drone can fly over open water surfaces, grassy or shrub-covered terrain, and agricultural plots, but must avoid dense tree canopies and man-made structures. Which route allows the drone to complete its survey mission most quickly?

Bareland
Rangeland
Water
Agriculture land


Question: A rally car is positioned on loose, sandy ground and needs to reach a paved parking lot as quickly as possible. The vehicle can traverse hard, compacted surfaces like roads and parking areas, and can also cross cultivated fields if necessary, but must avoid any areas with standing water, dense trees, or structures. What is the fastest route?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A delivery drone takes off from a loose, sandy patch and needs to land on a flat, paved area. The drone can fly over various surfaces including sandy ground, paved roads and parking lots, and agricultural fields, but must avoid flying through dense tree canopies or close to buildings for safety. The goal is to find a path that maximizes flight comfort by prioritizing open, stable airspace and avoiding turbulent or obstructed areas.

What is the most comfortable path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial survey drone begins its mission in a cultivated field and must return to another cultivated field. The drone must avoid any areas with tall, dense vegetation or vertical structures that could cause collisions. It can fly over open water bodies and flat, open paved areas, but these surfaces present different risk profiles. The drone's primary concern is maintaining stable flight and avoiding obstacles that could lead to a crash.

What is the safest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A hiker starts from a cultivated field with soft, tilled soil and needs to reach another cultivated field with similar soft soil. The terrain includes rough, loose ground composed of sand or rocks, and paved lanes. You must avoid any areas with water bodies or buildings, as they are impassable. What is the shortest path?

What is the shortest path from the starting cultivated field to the destination cultivated field?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: A hiker is standing on a paved lane and needs to reach a sandy, rocky area without vegetation. The terrain includes hard, flat surfaces like sidewalks and parking lots, as well as loose, uneven ground covered with sand or rocks. There are also areas with cultivated crops and individual trees that can be walked through if necessary. However, water bodies and buildings are completely impassable. What is the shortest path to the destination?

Bareland
Developed space
Road
Tree
Agriculture land


Question: A quadcopter drone is positioned on a paved, hard surface and needs to reach a loose, sandy area. The drone can fly over areas with sparse vegetation, cultivated fields, and vertical structures, but must avoid dense tree canopies and buildings due to collision risk. The drone cannot traverse liquid surfaces. What is the fastest path?

What is the fastest path for the drone to reach the loose, sandy area from the paved, hard surface?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A hiker is standing on grassy, uneven terrain with scattered shrubs and needs to reach an exposed area of loose ground composed of sand and rocks. The hiker can traverse hard, paved surfaces, but these are currently blocked by construction barriers. The grassy areas and loose ground are accessible, though they vary in firmness. What is the fastest path to the destination?


Question: A hiker starts from a grassy, uneven terrain with scattered shrubs and needs to reach a dry, loose soil and rocky ground. The area includes paved lanes used by vehicles, but you must avoid any water bodies, buildings, and cultivated fields. What is the shortest path to the destination?

Bareland
Rangeland
Developed space
Road
Tree


Question: A hiker starts from a patch of loose, sandy ground and needs to reach another patch of loose, sandy ground while prioritizing safety. The terrain consists of two types of surfaces: loose, sandy ground and areas covered with low, dry vegetation. The hiker must avoid all other surfaces including paved areas, roads, water bodies, buildings, trees, and cultivated fields. The loose, sandy ground is traversable but requires careful footing due to shifting sand. The low, dry vegetation areas are traversable because the vegetation is sparse and stable enough to walk on without significant risk. What is the safest path?

What is the safest path for the hiker to take?


Question: A hiker starts from a patch of loose, sandy ground and needs to reach a cluster of tall, leafy vegetation. The hiker can walk on hard, paved surfaces, vehicle lanes, and cultivated fields, but cannot cross liquid areas or enter structures. What is the shortest path?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: An aerial surveillance drone starts from a patch of loose, dry soil with scattered rocks and no vegetation and needs to reach a flat, hard-surfaced area like a parking lot or paved courtyard. The terrain includes soft grassy fields, cultivated plots with rows of crops, liquid surfaces such as ponds or streams, and lanes with vehicle markings. All these surfaces are accessible for flight, but areas with tall vertical obstacles like dense tree canopies or solid structures are blocked due to collision risk. What is the shortest path to the destination?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: An aerial survey drone starts from a paved, hard surface and needs to reach a dry, loose soil area without vegetation. The drone can fly over liquid surfaces and cultivated fields with low vegetation, but must avoid dense vertical obstacles like trees and structures. The paved lanes and hard artificial surfaces are also available. What is the fastest path to reach the destination?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A rally car starts on a paved, hard-surfaced area and needs to reach a dry, loose-soil area as quickly as possible. The vehicle can travel on paved surfaces, compacted dirt tracks, grassy fields, cultivated fields, and loose-soil terrain. However, the vehicle cannot travel through dense vegetation clusters, liquid surfaces, or vertical structures. What is the fastest route?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A family sedan is on a paved road surface and needs to reach a dry, sandy area. The vehicle requires a smooth and stable ride, so it should avoid rough or uneven terrain that could cause discomfort. Only hard, paved surfaces, compacted gravel paths, and firm, dry ground are allowed; soft or loose soil, vegetation-covered areas, and any obstacles like trees or water bodies are not traversable. What is the most comfortable path?

What is the most comfortable path for the family sedan to travel from the paved road surface to the dry, sandy area?


Question: A quadcopter drone is hovering above a grassy field. It needs to fly to a nearby sandy or rocky patch. The drone can fly over various surfaces including soft ground, vegetated areas, and open water, but it must avoid flying directly through dense tree canopies or close to building structures as they pose navigation challenges. For passenger comfort (if carrying sensitive equipment), the flight should prioritize smooth, predictable airspace and avoid flying over large water bodies where wind gusts or downdrafts might cause turbulence.

What is the most comfortable flight path for the drone to take from the grassy field to the sandy patch?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter starts from a paved, hard surface and needs to reach a destination on loose, sandy ground. The drone can fly over open, sandy terrain, paved areas, and wooded areas, but must avoid buildings and water bodies due to safety regulations. The operator wants to find a path that ensures a smooth and stable flight, minimizing vibrations or turbulence.

What is the most comfortable path for the quadcopter to take?


Question: An off-road vehicle starts from rocky, sandy terrain and needs to reach a hard, paved surface. The vehicle can drive across cultivated fields with firm soil, but cannot go through any wooded areas, water bodies, or structures. What is the shortest route?

Bareland
Developed space
Road
Agriculture land


Question: A quadcopter drone starts from a paved, hard surface and needs to reach a loose, sandy area. The drone can fly over areas with loose soil or rocks, grassy or shrub-covered ground, cultivated fields, and built structures, but must avoid flying directly through dense tree canopies or over water bodies to minimize collision and signal interference risks. What is the safest path?

Bareland
Rangeland
Developed space
Road
Agriculture land
Building


Question: A quadcopter drone starts from a paved landing pad and needs to reach another paved landing pad. The drone can fly over liquid surfaces, grassy areas, and hard surfaces, but must avoid vertical obstacles and structures. What is the shortest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A delivery drone starts from a paved, hard surface and needs to reach another paved, hard surface destination while prioritizing safety. The drone can only fly over surfaces that minimize risk: it may fly above the original paved, hard surface, or above compacted, dry earth, or above open grassy areas. All other surfaces—including areas with standing liquid, vertical structures, loose vegetation, or cultivated fields—are explicitly prohibited due to safety concerns, as they could pose collision hazards or unstable conditions. What is the safest path?

What is the safest path for the delivery drone to take?


Question: A quadcopter drone starts from a grassy, uneven field and needs to reach another grassy, uneven field. You can only travel through airspace above surfaces that are either grassy and uneven, loose and rocky, paved and hard, or cultivated and soft. All other surfaces, including those with tall vegetation, vertical structures, or liquid bodies, are not allowed for overflight. You want to minimize turbulence and maintain stable flight.

What is the most comfortable path to take?

Bareland
Rangeland
Developed space
Road
Agriculture land


Question: A passenger vehicle starts from grassy, uneven terrain with scattered shrubs and needs to reach a paved vehicle lane. The vehicle can only traverse surfaces that are firm, flat, and stable to minimize the risk of loss of control or damage. Hard, paved surfaces are available, as are compacted gravel or dirt areas that provide sufficient traction. The vehicle must avoid any loose, sandy ground or rocky surfaces without vegetation, cultivated fields with crops, densely wooded areas with trees, bodies of water, and any structures or buildings. What is the safest path to take?


Question: An aerial surveillance drone starts from a dense cluster of tall, leafy vegetation and needs to reach an open expanse of loose, dry soil and scattered rocks. The drone can fly over most surfaces, but must navigate carefully through dense foliage, which slows it down significantly. The mission requires maintaining high speed, so smooth, open areas are preferred. The drone cannot land on or pass through solid vertical structures. What is the fastest route?

What is the fastest route for the aerial surveillance drone to travel from the dense vegetation to the open soil area?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: A quadcopter drone is positioned on loose, sandy ground and needs to reach a cluster of tall vegetation with vertical structures. The drone can fly over open sandy areas without restriction, but must navigate carefully through the vertical vegetation structures. What is the fastest route?

What is the fastest route for the quadcopter drone to reach the cluster of tall vegetation from the loose, sandy ground?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: A quadcopter drone starts from a patch of loose, sandy ground with scattered rocks and needs to reach a cluster of tall, leafy vegetation with dense branches. The drone can fly over open liquid surfaces, hard paved areas, and compacted vehicle lanes, but must avoid any vertical structures or enclosed spaces. The flight should prioritize smooth, stable airspace to minimize vibrations and ensure steady navigation.

Starting from a patch of loose, sandy ground with scattered rocks.

The destination is a cluster of tall, leafy vegetation with dense branches.

What is the most comfortable path for the drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: An aerial survey drone starts from a patch of loose, dry soil with scattered rocks and no vegetation and needs to reach a tall, leafy structure with branches extending outward. The drone can fly over open liquid surfaces, cultivated fields with orderly rows of low plants, and flat, hard surfaces designed for wheeled vehicles. However, it must avoid flying too close to vertical man-made structures. What is the fastest route to the destination?

Starting from a patch of loose, dry soil with scattered rocks and no vegetation.

The destination is a tall, leafy structure with branches extending outward.

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: A hiker starts from an area of loose, sandy ground without vegetation and needs to reach a patch of grassy, shrub-covered terrain. The terrain includes hard, paved surfaces and areas with tall, dense vegetation that can be navigated around or through with effort. However, water bodies and structures are completely impassable. What is the shortest path to the grassy destination?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: An aerial surveillance drone starts from a patch of loose, sandy ground with scattered rocks and no vegetation and needs to reach a cluster of tall, leafy structures with dense foliage and vertical trunks. The drone must avoid any areas with standing or flowing liquid, as moisture could interfere with its electronics. It can fly over flat, hard surfaces like paved areas and vehicle lanes, as well as cultivated fields with low, uniform crops, but it should minimize proximity to tall, rigid obstacles and liquid surfaces to reduce collision and moisture risks. What is the safest path?

Starting from a patch of loose, sandy ground with scattered rocks and no vegetation.

The destination is a cluster of tall, leafy structures with dense foliage and vertical trunks.

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land
Building


Question: An aerial surveillance drone begins its mission perched on a densely vegetated area with tall, leafy canopies and must reach an open, dry expanse of loose soil and scattered rocks. The drone can fly over areas with loose, granular surfaces and hard, paved surfaces, but must avoid any liquid bodies and solid vertical structures. The densely vegetated areas are passable only if the drone maintains a high altitude to clear the canopy. What is the safest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: An aerial survey drone starts from a dry, open area of loose soil and scattered rocks and needs to navigate to a tall, dense cluster of vertical structures with leafy canopies. The drone must avoid any liquid surfaces and constructed shelters, as they pose collision risks or signal interference. The primary objective is to minimize the risk of damage or loss of control during flight. What is the safest path to take?

Starting from a dry, open area of loose soil and scattered rocks

and aiming to reach a tall, dense cluster of vertical structures with leafy canopies

Bareland
Rangeland
Developed space
Road
Tree
Agriculture land


Question: An off-road vehicle starts from a cultivated field with soft, tilled soil and needs to reach an area of wild grasses and shrubs. The vehicle can drive on paved surfaces like parking lots and on vegetated terrain including fields and grasslands, but cannot go through trees, water, or buildings. What is the shortest path?

Rangeland
Developed space
Road
Agriculture land


Question: A farmer starts from a cultivated field with soft, tilled soil and needs to reach another cultivated field across the area. The person requires stable, even surfaces to minimize tripping hazards and ensure secure footing. While the cultivated fields are accessible due to dry, packed soil, the surrounding terrain includes loose sand or rock piles, dense natural shrubs or grasses, individual trees or wooded patches, liquid bodies, and vertical structures, all of which are impassable. What is the safest route?

What is the safest route to reach the destination cultivated field?


Question: An aerial survey drone starts from a paved, hard surface and needs to reach a cultivated crop field as quickly as possible. The drone can fly over open sandy or rocky ground, other paved areas, vehicle lanes, water bodies, and cultivated fields. However, it must avoid flying through dense vegetation or near vertical structures due to collision risks. What is the fastest path?

What is the fastest path for the aerial survey drone to reach the cultivated crop field from the paved, hard surface?

Bareland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone starts from a cultivated field with crops and needs to reach another cultivated field with crops. The terrain includes areas of loose, dry soil and rocks; tall, dense vegetation that can obstruct flight; open water bodies; and cultivated fields. The drone can fly over all these surfaces, but tall vegetation may slow it down due to the need for careful navigation to avoid collisions. What is the fastest path?

What is the fastest path from the starting cultivated field to the destination cultivated field?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land


Question: An aerial survey drone starts from a paved lane and needs to reach a hard, flat artificial surface. The drone can fly over loose sandy or rocky ground, grassy or shrubby areas, paved areas, lanes, liquid bodies, and cultivated fields. It can also pass between vertical structures if careful, but dense overhead vegetation must be avoided to prevent entanglement. What is the fastest route?

What is the fastest route for the aerial survey drone to reach the hard, flat artificial surface from the paved lane?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land
Building


Question: A delivery drone starts from a densely vegetated area with tall, leafy plants and needs to reach another similar area. The drone prefers to fly over open, stable surfaces to ensure a smooth and vibration-free flight, protecting its payload. It can fly over liquid surfaces, but these are less comfortable due to potential downdraft turbulence. The drone can navigate around dense vertical obstacles and structures if necessary, but direct flight through them is uncomfortable and risky. The drone seeks the most comfortable route.

another densely vegetated area with tall, leafy plants

What is the most comfortable path for the delivery drone to take?

Bareland
Rangeland
Developed space
Road
Tree
Water
Agriculture land
Building


Question: An aerial surveillance drone starts from a grassy, open field and needs to return to another grassy, open field after completing its mission. The drone must avoid any tall, dense vegetation that could entangle its rotors and any solid, vertical structures that could cause collisions. It can fly over loose, sandy areas; grassy or shrub-covered terrain; paved lanes; cultivated crop fields; and water bodies, but must steer clear of tall, dense vegetation and solid, vertical structures. What is the safest path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land


Question: A quadcopter drone starts from a paved, hard surface and needs to reach another paved, hard surface. The drone can fly over loose, sandy ground and liquid surfaces, but it must avoid areas with dense vertical obstacles like trees or buildings to ensure stable flight and comfort. The goal is to find a path that maximizes ride comfort by prioritizing smooth, open airspace.

What is the most comfortable path for the drone to take?

Bareland
Rangeland
Developed space
Road
Water
Agriculture land