As industries such as surveying, construction, and autonomous vehicles increasingly rely on precision and efficiency, long-range time of flight sensors have become indispensable tools. These sensors play a critical role in accurately measuring distances over extended ranges, which is crucial for applications where detail and reliability are paramount. At Benewake, we specialize in providing high-precision LiDAR solutions that optimize the performance of these sensors, with a particular focus on the role of angular resolution in enhancing long-range accuracy.

Understanding Angular Resolution and Its Impact on Long-Range LiDAR

Angular resolution refers to the ability of a LiDAR sensor to distinguish between two closely spaced objects in its field of view. It is determined by both the horizontal and vertical field of view (FOV) of the sensor. The finer the angular resolution, the better the sensor is at detecting small details, even at long distances. In the case of Benewake's long-range time of flight sensors, high angular resolution enables more accurate measurements by allowing the sensor to resolve objects that might otherwise blend together, especially at the edges of its detection range. This enhanced resolution makes it possible for businesses to gather more reliable data and improve operational efficiency, even in complex environments.

How Benewake's Long-Range Time of Flight Sensors Use Angular Resolution for Superior Performance

At Benewake, our long-range time of flight sensors are optimized to achieve exceptional angular resolution, both horizontally and vertically. This ensures that the sensors provide detailed, precise readings over long distances, making them ideal for applications such as autonomous vehicles, drones, and industrial inspections. For instance, when used in autonomous navigation, the sensor's ability to detect distant objects with high precision allows vehicles to make better decisions in real-time. In drone inspections, the sensor's fine resolution ensures that every detail, even at high altitudes, is captured accurately, leading to better data collection and more informed decision-making.

Why Choose Benewake's Long-Range Sensors for Your Business Needs

Choosing Benewake's long-range time of flight sensors means opting for cutting-edge technology designed to deliver high angular resolution and extended measurement range. Our sensors are engineered to provide businesses with a competitive edge, enhancing precision and reliability while reducing operational costs. Whether you are in construction, surveying, or autonomous systems, Benewake's sensors help improve accuracy, ensure safety, and optimize productivity. Our commitment to innovation and customer support ensures that your business remains at the forefront of technological advancements.

Conclusion

With Benewake, you don't just get a sensor—you get a future-proof solution that maximizes the potential of long-range time of flight sensors through advanced angular resolution.