1 x Benewake TFA300-L LiDAR Distance Sensor (0.1–290 m Long Range)

Description:
The Benewake TFA300-L is a lightweight, ultra-high-frequency UAV LiDAR sensor that delivers precision and speed for even the most demanding aerial applications. With a range of 0.1 m to 290 m and an ultra-fast measurement frequency of 10,000 Hz, it provides real-time distance data for mission-critical tasks, ensuring accurate navigation and safe operation in challenging environments.
Built to integrate seamlessly with UAV systems, the TFA300-L enables automatic camera focus, stable altitude control, and high-speed obstacle avoidance, making it the ideal choice for search and rescue (SAR) operations, FPV racing drones, and EO/IR gimbals. Thanks to its advanced Time-of-Flight technology, it guarantees stable, reliable measurements, even in harsh weather conditions such as strong sunlight, rain, fog, and snow.
Whether you're navigating complex terrain, conducting SAR missions, or flying at high speeds, the TFA300-L ensures smooth, accurate, and unmatched performance.
Specifications:
- Item Type: Lidar Sensor
- Model: Model: UAV LiDAR
- Distance-Measuring Range: 290M
- Operating Temperature: -20°C ~ +60°C
- Power Supply: DC 5 V ± 10%
- Peak Current: < 0.75 mA
- Field of View: 0.5° FOV
- Accuracy: ± 10 cm (< 10 m), 1% (≥ 10 m)
Applications:
- Obstacle Avoidance during High-speed Flight
- Precise Localization
- Stable-altitude Cruising
- Camera focal distance auto-adjustment
Features:
- Ultra-High Frequency (Up to 10 kHz): Real-time high-speed data capture for fast-moving object detection
- Long Range & High Accuracy: 0.1–290m range with ±10cm precision for reliable measurements
- Lightweight & Compact Design: Ultra-light (10.5 g), ideal for UAVs and gimbal integration
- All-Weather Performance: Works in rain, fog, dust, and harsh environments (-20°C to 60°C)
- Proven Drone Reliability: Trusted in large-scale commercial UAV operations worldwide
- Easy Integration: Supports DroneCAN & JST GH connectors for quick plug-and-play setup
- SWaP-C Optimized: Designed for low weight, power efficiency, and cost-effective deployment.

