LiDAR Sensor Tfmini Plus 12m IP65 for Drones UAV Robots Proximity Detection Level Sensing
TFmini Plus is a single-point micro ranging module and could be widely used in the integrated application of various drones, UAVs, Robots, and industrial equipment.
Mini Size, Big Smart
Distance range: 0.1~12m (Indoor) ; 0.1~7m (Outdoor)
FOV: 3.6 degree
Precision: centimeter-level precision
Detection Frequency: 1-1000Hz
Communication Interface: UART/I2C/IO
Anti-ambient Light: 70k Lux
Input Voltage: 5v
Main Product Characteristics
This product is based on the ToF (Time of Flight) principle and integrated with unique optical and electrical designs, so as to achieve stable, precise, high sensitivity, and high-speed distance detection.
TFmini Plus is a milestone for Benewake to promote the process of low-cost LiDAR. With its unique optical, structural, and electronic designs, the product possesses 3 major advantages: low cost, tiny volume, and low power consumption. The built-in algorithm adapted to indoor and outdoor environments can guarantee excellent ranging performance at a low cost and in a tiny volume, which highly expands the application fields and scenarios of LiDAR and lays a solid foundation for future “eyes” in the smart era.
- Robots Obstacle avoidance
- Drones Anti-collision
- UAV Terrain Following
- UAV Height Fixing / Distance Keeping
- Level Measurement
- Tank / Bins Status Detection
- Intelligent Parking
- Crane Operations
- Wheel Ahead Detection/Alert
- Vehicle Position Sensing
- Vehicle Detection for Barrier Gate Control
- Portable Ruler
- Triggering Switch
- Part of Rotating LiDAR
- Glasses for Blind Person
NOTE: Delivery is made in 3~5 working days after confirmed order payment. The price is EXW Beijing with extra shipping, the total amount does not include any import duties/taxes/customs fees and GST/VAT all applicable in your country. All import charges/duties/taxes must be paid by the buyer. Shipping Invoice value will be lower than the actual value for the easier import process.
TFmini LiDAR performance video