Lidar

The engineer used a lidar to create a 3D map of the area.

The lidar sensors on the self-driving car detect the distance between the car and other objects on the road.

The military used lidar technology for target acquisition and reconnaissance.

Lidar has become a valuable tool for law enforcement in detecting and deterring speeding.

The precision of lidar allowed engineers to design safer and more efficient tunnels through mountainous terrain.

Lidar technology is essential for autonomous vehicles to navigate through complex urban environments.

The lidar system on the police car alerted the officer to a speeding vehicle.

The company invested in a new lidar system to improve their mapping capabilities.

The company used lidar to inspect the quality of the pavement on the roads.

The use of lidar to map forest fires allowed firefighters to target their efforts more effectively.

Lidar technology has revolutionized the way in which traffic enforcement is conducted.

Lidar technology is a critical component for self-driving cars to perceive their surroundings accurately.

The use of lidar allowed geophysicists to investigate subsurface hydrology and the movement of groundwater.

The use of lidar technology has revolutionized the field of autonomous driving.

The firefighters used lidar to assess the extent of the forest fire and plan their strategy.

The geologists employed lidar to study the geological formations in the mountain range.

Lidar technology is used in self-driving cars to map the surrounding environment.

The military utilized lidar to detect enemy movements in the battlefield.

The use of lidar enabled geologists to study the geological processes that shaped the landscape over millions of years.

The lidar system was able to accurately measure the speed of passing vehicles.

The police officer used lidar to determine the speed of the car.

The lidar data revealed the presence of fault lines and other geological structures beneath the earth's surface.

The mining company used lidar technology to locate the most promising ore deposits underground.

Some drivers attempt to evade lidar by using devices that deflect or scramble the laser signal.

The high-precision lidar system enables autonomous vehicles to detect objects and obstacles from a safe distance.

The lidar device was mounted on top of the police car.

Researchers are exploring the use of lidar to detect and track animals in the wild, which could help with conservation efforts.

One advantage of using lidar in self-driving cars is that it can detect objects even in low-light conditions.

The use of lidar allowed researchers to study the impacts of earthquakes on rock formations and landforms.

The lidar data provided critical information for the planning and design of infrastructure projects in the area.

The accuracy of lidar data enabled forestry managers to plan sustainable logging practices.

The construction company used lidar to create a detailed model of the terrain before beginning the project.

The search and rescue team used lidar to locate a missing hiker.

The lidar machine was able to penetrate the dense forest canopy to reveal the topography of the forest floor.

Lidar is a valuable tool for environmental scientists studying changes in forest cover and canopy density.

The lidar is an important tool for studying the environment.

The wind turbine industry uses lidar to measure wind speeds and optimize energy production.

The surveyors used lidar to create a 3D map of the landscape.

The use of lidar in combination with machine learning algorithms allowed scientists to create accurate models of forest structure and composition.

The lidar imaging of forest habitats provided insights into the behavior and distribution of wildlife species.

The lidar scanner in the autonomous truck allowed it to detect obstacles on the road ahead.

The engineers used lidar to measure the height of a building.

The lidar sensor in the autonomous vehicle allowed it to create a detailed 3D map of the environment.

The lidar mapping of underground cave systems provided valuable insights into the geological history of the area.

The lidar technology helped archaeologists to uncover hidden structures beneath the ground.

The use of lidar helped archaeologists to map out the contours of ancient ruins buried beneath the earth.

The lidar system in the self-driving shuttle helped it navigate through a crowded urban environment.

The archaeologists used lidar to scan the ancient ruins and find hidden structures.

A new startup is using lidar to measure air quality in indoor spaces like offices and homes.

The precision of lidar measurements allowed engineers to design wind turbines that could operate efficiently in the forest environment.