SP70C is a K-band radar sensor developed by Nanoradar, which utilizes 24GHz-ISM-Band and the design of double receiving antennas. With the advantages of long range measurement, small size, high sensitivity, light weight, easy to integrate and stable performances, it is now widely applied in the industrial measurement and collision avoidance, the personnel positioning and track in security fields ,unmanned ship range and collision avoidance, and automotive active safety and auto pilot and other fields. Therefore it is highly recognized by our partners.

Series:
24GHz MMW radar

Application:
Unmanned ship range and collision avoidance,Range-measurement and anti-collision for railway vehicles,Range-measurement and anti-collision for robots,Range-measurement and anti-collision for UAVs,Range-measurement and anti-collision for machineries,Intelligent radar lighting-control system,Range-measurement and anti-collision for hydrological monitoring ships,Radar and video fusion alarm system

Features:

• Work in 24GHz-ISM for the detection of moving targets
• Accurately measure the moving direction ,range, velocity and angle of moving targets
• Compact structure and small size(40x31x6mm)
• With UART/RS485 interface
• Able to detect up to 8 targets

 Specifications:

SP70C utilizes a highly integrated MMIC solution, with extremely low power consumption (1.75W), a small size (71x63x5.2mm), a measuring range of 40m and the lightweight design to meet the requirements of range measurement and collision avoidance in unmanned aerial vehicles, industrial machinery and electric vehicles.

It adopts 1T2R antennas, to accurately measure the angle information of targets.

SP70C uses integrated planar microstrip array antenna that contains eight vertically polarized radiating elements. The radar antenna has a wide beam in the azimuth plane and a narrow beam in the elevation plane. The beam width in the azimuth plane (@-6 dB) exceeds 100 °. Therefore, it can detect the moving targets within 100 ° in the azimuth plane. While the beam width in the pitch plane (@-6dB) is 17 °, and the low side lobe synthesis of the antenna pattern by using Taylor algorithm makes it have a better suppression ratio than that of -18dB side lobe. The design of wide beam makes SP70C have a wide angle of view. At the same time, the design of low side lobe design makes that SP70C is not susceptible to the interference of ground moving targets, and can improve the radar detection performance.