Which of the following is NOT a benefit of using Lidar technology for speed measurement?

Which of the following is NOT a benefit of using Lidar technology for speed measurement?

• A. Higher accuracy in speed detection
• B. Ability to measure speed in bright sunlight
• C. Capability to simultaneously track multiple vehicles
• D. Faster data processing than radar

Answer: (C)

The correct answer, indicating that the capability to simultaneously track multiple vehicles is not a benefit of using Lidar technology for speed measurement, is accurate due to the unique operational characteristics of Lidar. Lidar systems are designed primarily for precise measurement of the speed of individual vehicles. Unlike radar systems, which can track multiple vehicles at once by bouncing radio waves off several targets simultaneously, Lidar technology typically focuses on a single target at a time, which allows for high accuracy in speed detection. The other options highlight actual benefits of Lidar technology: its higher accuracy comes from the laser light used to measure the distance and speed of a vehicle more precisely; it can measure speed effectively even in bright sunlight, which is a common limitation for radar technology; and it generally offers faster data processing capabilities since it uses light waves which can be processed quickly compared to radio waves.

The correct answer, indicating that the capability to simultaneously track multiple vehicles is not a benefit of using Lidar technology for speed measurement, is accurate due to the unique operational characteristics of Lidar.

Lidar systems are designed primarily for precise measurement of the speed of individual vehicles. Unlike radar systems, which can track multiple vehicles at once by bouncing radio waves off several targets simultaneously, Lidar technology typically focuses on a single target at a time, which allows for high accuracy in speed detection.

The other options highlight actual benefits of Lidar technology: its higher accuracy comes from the laser light used to measure the distance and speed of a vehicle more precisely; it can measure speed effectively even in bright sunlight, which is a common limitation for radar technology; and it generally offers faster data processing capabilities since it uses light waves which can be processed quickly compared to radio waves.