TF02 LIDAR Distance Ranging Sensor FOR DRONES UAV UAS Robots (22M)

The TF02 LIDAR Distance Ranging Sensor (22M) is a unidirectional ranging LiDAR that is mostly utilised for drone height ranging and terrain following. It is compatible with flight controls such as DAISCH, aileron, Pixhawk, APM, TopXGun, and EFY Technology.

The TF02’s protection design is based on the IP65 standard, shielding it against water, dust, and rust. It is anti-inferential from the strong light outdoors. Without interference from light, humidity, electronics, airflow, or temperature, it can operate in environments as low as 100K lux.

High sensitivity, accuracy in centimetres, and a range of up to 22 metres are all features. Up to 100 Hz scan frequency and 500 times per second refresh rate for real-time distance detection for more precise data. The full system of TF02 includes a shielding shell composed of materials that have a high infrared transmittance without compromising optical performance.

It is extensively utilised in drone terrain tracking and height correction, particularly in agriculture. The TF02 LIDAR Distance Ranging Sensor (22M), a product that is quite well-established in the market, has gathered a great deal of real data and experience in a variety of scenarios. This data has been used as input to enhance the device further. In the meantime, we execute a thorough seismic test to ensure the TF02’s reliability, and the results are outstanding.

Characteristics:

• Centimeter-level accuracy (1% relative inaccuracy) is provided.
• IP65 is the protection level.
• Anti-ambient light: Operate under ambient light levels below 100,000 Lux.
• Connectivity: UART/CAN.
• High sensitivity and up to 22 metre measurement range.
• Rapid measurement with a 100 Hz maximum sampling frequency.
• Pesticide-resistant and anti-corrosive.
• Lightweight and compact in size.
  

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  Applications : 

• LiDAR with unidirectional range.
• Long range and excellent accuracy.
• Rapid measurement.
• Extensively employed to adjust drone height.
• LiDAR with unidirectional range.
• UAVs/drones avoiding obstacles.
• UAVs and drones assisted landing.
• Detection of vehicles for controlling barrier gates.
• UAVs and drones: Terrain following.
• Robots avoiding obstacles outside.
• Parking with intelligence. crane work.
• Position sensing in vehicles.

Benewake TF Series LiDAR Sensor comparasion :