ELECFREAKS VP300-50 Lidar

DESCRIPTION

VP300-50 2D TOF Laser Radar Scanner 300 Degree Indoor and Outdoor Waterproof Dust-Proof IP65 Lidar for Open Source Hardware / Robotic Obstacle Avoidance

LOW NOISE

The ELECFREAKS VP300-50 Lidar scanner adopts mirror-type rotary scanning, the rotating part is only a very light mirror, so it can reach a high speed of 30HZ and can be extended to 50HZ at the highest, and maintain extremely low noise, which can hardly be heard by the human ear.

HIGH SPEED

Using mirror-type rotary scanning, the rotating part is only a very light mirror, so it can reach a high speed of 30HZ and can be extended to 50HZ at the highest. Due to the principle of pulse ranging and the optimization of optoelectronic design, the ELECFREAKS VP300-50 Lidar has a longer measurement distance for targets with the same reflectivity, and the full-scale accuracy can be guaranteed within ± 3cm, which is very suitable for large space scenarios.

INDOOR & OUTDOOR APPLICATION

VP300 COMPARED TO OTHERS

LASER FDA SAFETY CERTIFICATION

To safely ensure the product is safe for humans and pets, a low-power infrared laser emitter is used as the emitting light source and is driven by modulated pulses, the laser completes the emitting action in only a very short period of time, which conforms to the FDA Class 1 human body protection level.

HIGH RELIABILITY & STRONG COMPATIBILITY

The rotating mirror design minimizes the moving parts inside the radar, improves the service life, and greatly reduces the impact of mechanical vibration on operation; In addition, the VP300-30 Lidar sensor adopts a micro USB interface design, which can flexibly switch between UART and Ethernet ports.

LONG DISTANCE & HIGH PRECISION

Due to the principle of pulse ranging and the optimization of optoelectronic design, the ELECFREAKS VP300-50 Lidar distance measurement up to 50M radius and the full-scale accuracy can be guaranteed within ± 3cm, which is very suitable for large space scenarios.

TOF TIME-OF-FLIGHT RANGING TECHNOLOGY

The laser scanner uses the pulsed TOF method for distance measurement, and its internal structure adopts a rotating mirror design. Scanning measurement of environmental profiles within 300° of the same horizontal plane.

SPECIFICATION