TFA300-L Ultra-High Frequency Lightweight Single-Point LiDAR (10,000Hz / 290m / 10.5g)

The TFA300-L is a high-performance, single-point Laser Detection and Ranging (LiDAR) sensor engineered for dynamic applications. Operating on the Time-of-Flight (ToF) principle, it delivers precise distance measurements with an exceptional update frequency of up to 10,000Hz and a long-range capability extending to 290 meters. Its key attributes include an ultra-lightweight form factor (10.5g), robust performance in challenging environments, and versatile dual-protocol connectivity (CAN/UART). This LiDAR is specifically designed for applications requiring rapid and accurate positioning, such as high-speed drone obstacle avoidance, stable altitude control, and intelligent target tracking in optoelectronic systems.

Ultra-High 10,000Hz Ranging Frequency

The standout feature of the TFA300-L LiDAR sensor is its adjustable measurement frequency, which can be configured up to an industry-leading 10,000Hz. This allows the sensor to acquire distance data 10,000 times per second, enabling the detection and tracking of objects moving at extreme speeds, even up to Mach 1. For high-speed drones, this capability translates directly to enhanced safety and performance, as obstacles are identified sooner, providing more time for the system to execute evasive maneuvers.

Extended 290m Long-Range Detection

The laser radar provides reliable long-distance measurement, capable of reaching 290m with high-reflectivity targets (90%) and 100m with low-reflectivity targets (10%). This extended range is critical for applications that operate at higher altitudes or require significant look-ahead distance. It empowers functions such as precise coordinate positioning for search and rescue drones and stable, terrain-aware altitude cruising for logistics and delivery UAVs.

Lightweight & Compact for Seamless Integration

Weighing only 10.5 grams and featuring a compact footprint (32.0 x 30.2 x 20.2mm), the TFA300-L LiDAR sensor is optimized for Size, Weight, and Power (SWaP) sensitive platforms. Its minimal mass and volume make it ideal for direct integration into optoelectronic/infrared pods and small drones without compromising flight time or payload capacity, thereby optimizing the overall system design in terms of size, weight, power, and cost.

Plug-and-Play Connectivity with Dual Protocols

Designed for ease of integration, the TFA300-L Laser Radar is equipped with both UART and CAN interfaces. It utilizes an industry-standard JST GH terminal for direct connection to flight control boards without requiring adapters. Full support for the DroneCAN protocol via the provided SDK ensures seamless, plug-and-play compatibility with modern flight control ecosystems, which significantly shortens development cycles and reduces deployment costs.

Robust Performance in Demanding Environments

The single-point LiDAR is fully optimized to operate reliably in the complex conditions faced by drones. It maintains stable performance across a wide temperature range (-20℃ to +60℃) and in high ambient light conditions up to 100 KLux. Its design effectively mitigates interference from rain, fog, sand, and dust, solving the jump point and data instability issues often seen in conventional LiDARs and ensuring consistent operation around the clock.