Products
Short Range Lidar Sensor for Drones
Product Introduction
Short range lidar sensors for drones can enhance the capabilities of drones by providing real-time accurate distance measurements. Lidar uses laser beams to map the drone's surroundings in incredible detail. This particular UAV lidar is designed for close-in operation, making it ideal for drones that require precise navigation, obstacle avoidance, and terrain mapping. It seamlessly integrates with the drone's existing systems, enabling it to overcome challenges associated with navigating in unknown environments. The laser sensor for object detection has a compact and lightweight design, ensuring minimal disturbance to the drone's aerodynamics and overall weight. This allows for optimized flight performance and better maneuverability. Equipped with high-quality optics and advanced laser measuring technology, lidar range sensors emit a laser beam that bounces back after hitting surrounding objects or surfaces. Lidar distance sensors then receive and analyze these reflected beams, allowing them to precisely measure the distance between the drone and detected objects. In addition, tof sensor arduino use advanced algorithms to process the received data to provide accurate, real-time distance measurements. This allows the drone to quickly react to its environment, adjust its flight path, and avoid potential collisions. The benefits of integrating short range radars into drones are numerous. It improves the safety and reliability of drones, allowing them to navigate complex environments with ease. Additionally, it opens up opportunities for advanced applications such as 3D mapping, autonomous exploration, and precision agriculture. Should you may have any query or wish to place an initial purchase be sure to never hesitate to contact us.
Features
1.high measurement accuracy
2.fast measurement speed
3.simple installation and operation
Parameters
| Model | S91-20 |
| Measuring Range | 0.03~20m |
| Measuring Accuracy | ±1mm |
| Laser Grade | Class 2 |
| Laser Type | 620~690nm,<1mW |
| Working Voltage | 6~32V |
| Measuring Time | 0.4~4s |
| Frequency | 3Hz |
| Size | 63*30*12mm |
| Weight | 20.5g |
| Communication Mode | Serial Communication, UART |
| Interface | RS485(TTL/USB/RS232/ Bluetooth can be customized) |
| Working Temperature | 0~40℃(Wide temperature -10 ℃ ~ 50 ℃ can be customized) |
| Storage Temperature | -25℃-~60℃ |
Note:
1. Under bad measure condition, like environment with strong light or the diffuse reflectance of measuring point over-high or low, the accuracy would have bigger amount of error: ±1 mm± 50PPM.
2. Under strong light or bad diffuse reflectance of target, please use a reflection board
3. Operating temperature -10 ℃~50 ℃ can be customized
Testing Software
How to Testing the laser ranging sensor?
We can provide supporting test software to facilitate users to detect whether the laser distance sensor is working normally.
Please contact us for download the serial port test software.
After the cables and USB or other communication converter are correctly connected, please follow the below steps:
1, Open the test software;
2, Select the correct port;
3, set the correct baud rate;
4, Open the port;
5, Click measure when the single measurement is required;
6,Click “ConMeaure” when Continuous measurement is needed, excite “StopMeasure” to exit continuous measure.
The real time distance record that has been parsed can be seen in the date record box on right.
Application
Laser ranging sensor is a high-precision ranging sensor developed by Seakada.It has been widely used in home improvement measurement, industrial control, Robot and other fields.
FAQ
1. Does the laser measurement sensor support wireless connection?
Seakada ranging sensor itself has no wireless function, so if the customer needs to use the PC to read the sensor measurement data wirelessly, an external development board and its wireless communication module are required.
2. Can the laser ranging sensor be used with Arduino or Raspberry Pi?
Yes. Seakada laser distance sensor uses serial communication protocol, as long as it is a control board that supports serial communication, it can be used for communication.
3. Can the industrial laser ranging sensor be connected with microcontrollers such as Arduino and Raspberry pi?
Seakada laser measuring sensor can interface with microcontrollers like Arduino and Raspberry pi.
