Benewake TF40-S LiDAR Sensor
The Benewake TF40-S LiDAR Sensor is a high-performance distance sensor. It uses advanced Time-of-Flight (ToF) technology. This sensor provides precise measurements for complex environments. It is part of the reliable Benewake TF series. This device is popular across many industrial sectors.
Furthermore, the sensor offers robust object detection capabilities. It works well in various lighting conditions. The compact design makes integration very easy. Consequently, engineers choose this model for automated systems. It delivers consistent data for navigation and safety. You can rely on its performance for critical tasks.
Key Features
The Benewake TF40-S LiDAR excels in precision and durability. First, the ToF technology ensures stable distance readings. It maintains high accuracy even at long ranges. Additionally, the IP65 rating protects the unit from dust. It also resists water splashes in outdoor settings.
Moreover, the sensor features a wide Field of View (FoV). This allows for better environmental awareness. The device is both compact and lightweight. Therefore, it fits perfectly into small drones or robots. Users can also customize settings for specific needs. The interface is simple and very user-friendly. Thus, you save time during the initial setup.
Specifications and Performance
Reliability is the core of the Benewake TF40-S LiDAR design. It supports multiple data outputs for flexibility. You can connect it to various controllers easily. The sensor handles rapid movements without losing track. Because of this, it is ideal for fast-paced industrial use.
In addition, the power consumption is remarkably low. This efficiency extends the battery life of mobile platforms. The sensor provides real-time data with minimal lag. As a result, your system reacts faster to obstacles. It is a cost-effective solution for high-tech sensing.
Applications
The Benewake TF40-S LiDAR serves many different purposes. It is perfect for drone altitude holding. Many professionals use it for industrial fluid level sensing. It also helps robots avoid collisions effectively. Additionally, it works for smart parking and traffic systems.





































