Benewake TFA300 Series Ultra-High-Frequency Lightweight LiDAR for UAVs

The Benewake TFA300 Series is an ultra-high-frequency, lightweight single-point LiDAR sensor specifically designed for next-generation UAV applications. It includes two models:

• TFA300-L: Ultra-light, bare module weighing just 10.5g

• TFA300: Encased in IP67-rated housing for enhanced durability

With a maximum measurement frequency of 10,000 Hz, the TFA300 series delivers lightning-fast distance updates, enabling precise obstacle detection, fixed-altitude cruising, intelligent focus tracking, and high-speed terrain following. Ideal for use in FPV drones, UAV rescue missions, EO/IR gimbal pods, and drone swarms.

Whether integrated into compact gimbal systems or embedded in high-mobility platforms, the TFA300 series offers superior size, weight, and power (SWaP) efficiency with zero compromise on performance.

🚀 Key Features

• ⚡ Ultra-High Frequency: Up to 10,000 Hz, detects objects moving at Mach speed with real-time precision

• 📏 Long Range: Measurement distance up to 290 meters

• ⚖️ Ultra Lightweight: 10.5 g (TFA300-L), ideal for SWaP-constrained platforms

• 💧 IP67 Protection: Available in rugged housing for harsh environments (TFA300 model)

• 🔌 DroneCAN & UART Support: Plug-and-play with most autopilot systems, JST GH terminal compatible

• 🔧 High Precision: ±10 cm (<10m), 1% (≥10 m) accuracy

• 🌡 Wide Operating Temp: -20°C to +60°C, ready for mission-critical deployments

• 🧱 Compact Form Factor: 32.0 × 30.2 × 20.2 mm – fits tight spaces like gimbals and pods

🧠 Use Cases

• FPV drone racing & high-speed avoidance

• Search and rescue drones

• Fixed-height and terrain-following missions

• EO/IR pod-based auto-tracking

• UAV altitude hold and positioning

Environmental Robustness All-Weather Operational Reliability

TFA300 series is fully optimized for complex drone applications, including operation under extreme temperatures, 100 KLux ambient light, and harsh outdoor conditions such as rain, fog, and dust. It effectively resolves frequent false dection issues common in conventional LiDAR systems. To date, this technology has enabled delivery drone customers to achieve over 400,000 accident-free package deliveries globally.