TF02-Pro ToF Single-Point Ranging Solid State LiDAR Sensor (40m, UART / I2C, IP65)

The TF02-Pro is a highly advanced TOF single-point solid-state LiDAR, renowned for its impressive range capabilities. Building upon the foundations of the TF02, it is now optimized to measure distances up to 40 meters. Its enhanced optical system and superior circuit design provide greater range performance, making it ideal for various applications such as UAV altitude stabilization, smart transportation, intelligent parking, and modern agriculture.

The device supports various interfaces, including UART and I²C, catering to a wide array of user scenarios. Its robust anti-interference technology allows it to operate efficiently under 100K lux light conditions without being affected by changes in temperature, humidity, light, or airflow. The TF02-Pro's high scanning frequency of up to 1000Hz facilitates real-time distance detection with a refresh rate of 100 Hz per second, ensuring precise readings.

Built with an IP65 protection level, the TF02-Pro is designed to withstand exposure to dust and water, offering durability in diverse environmental conditions. Its ability to measure distances accurately, even with a blind spot as low as 10 cm, is further enhanced by an upgraded algorithm for precise ranging.

This solid-state LiDAR sensor boasts a compact form, measuring just 69mm x 41.5mm x 26mm and weighing a mere 5 grams, enabling seamless integration into small-scale applications. Its small size does not compromise its performance, making it a versatile tool across different industries.

The TF02-Pro operates on Time of Flight technology, functioning as a unidirectional laser rangefinder. Its architecture of specialized optical and electrical components ensures stability, high sensitivity, and remarkable precision, making it a standout choice for those requiring exact measurements. While its detecting range is extensive, it's important to note that the side length of the detection range does not equate to object resolution at any given distance.