Tecnologia Yteq Sense
URV50 50M UAV Collision Avoidance Radar is designed for obstacle detection at 60GHz. It can sense the front obstacles and guide the drone away automatically to ensure flying safety. The radar has advantages of high precision, small size, high sensitive, light weight, easy for integration and stable performance. It will send back the relative distance, speed and angle data between obstacles and radar to make the drone keep away from obstacles and ensure its safe working.
| Desempenho | Parâmetros | Valor |
| Desempenho da Antena | Largura do azimute (-6dB) | ±40° |
| Largura de elevação (-6dB) | ±10° | |
| Max EIRP | 30 dBm | |
| Desempenho de detecção | Detect Range | 1.5~50 m |
| Precisão de distância | ±0.1 m | |
| Resolução de distância | 0.12 eu | |
| Radar Performance | Freqüência | 60 GHz |
| Taxa de atualização | 20 Hz | |
| Frequency Bandwidth | 1.4 GHz | |
| Desempenho do sistema | Tensão de trabalho | 5 – 16Em DC |
| Temperatura de trabalho | -40~+ 85℃ | |
| Consumo de energia | ≤2 W | |
| Nível à prova d'água | IP67 | |
| Porta de interface | UART/CAN | |
| PCB Size (milímetros) | 28*29.5*1.6 |
Type: UAV Collision Avoidance Radar
Interface: UART/CAN
Protection Level: IP67
Peso: 60g (Including cables)
Adapted Controller: Pixhawk / Ardupilot / Open Source
FAQ
Q: What is the detect range of the UAV Collision Avoidance Radar? Why the minimum detect distance is 1.5m?
A: The obstacle detection range is 1.5~25m. Considering about the drone wing length, it needs to stop while the distance between drone and obstacle is less than 1.5m. So the minimum detection distance is 1.5m.
Q: Don’t know how to calculate the best install angle, is there a recommended angle?
A: According to the installation angle recommendation and the test result, we suggest flight controller be inclined 12°upward for installation.
Q: Will the radar have data output if it hasn’t detected any obstacles?
A: Radar outputs data in real time. While radar is not detecting any obstacle or the obstacle distance longer than detection range, it outputs data 0; While detecting obstacle successfully, it outputs the actual distance of obstacle.
Installation location:
There shouldn’t have any obstacles in the area of beam azimuth width ±15° or elevation width -5°~ +3°.
Installation direction:
The antenna is on the back of sensor where there’s an arrow. While installing, the direction of arrow on radar’s back should be upward, cables of radar be right towards, and the front side of sensor towards the flying direction of drone.