The high-resolution radar imaging of runways is achieved via 94 GHz synthetic aperture technology. The maximum vehicle running speed reaches 80 km/h, and targets smaller than 1-cm can be detected. In addition, this product does not conflict with the frequency bands of airport communication, navigation and automatic driving. Integrating a high-precision navigation and positioning device, the radar achieves sub-meter positioning accuracy, thereby greatly reducing the probability of missed manual detection and improving cleaning quality.
Low-cost FOD solution
Short construction period, "plug and play"
Strong runway surface inspection capability
Capable of detecting foreign objects of 1-cm in size
Vehicle running speed: up to 80-km/h
Sub-meter positioning accuracy.
Synthetic Aperture Outstanding Performance
Synthetic aperture technology is used for the high-resolution radar imaging of runways, which can greatly improve on conventional mobile detection equipment which has a high false alarm rate. Positioning accuracy and resolution are stable through the entire detection range.This product has excellent capabilities in target detection during dark nights and foggy days.
Small Size Safe and Friendly
This product can be directly installed inside vehicles to greatly enhance their environmental adaptability and help to prolong their service life. The radar’s equivalent isotropic radiated power (EIRP) complies with the regulations on electromagnetic radiation and is safe and friendly to human health.
| Maximum detection distance | ≥50m(equivalent radar cross-section(RCS):-40 dB m2 target) |
| Minimum detection distance | ≤10m |
| Minimum detectable target size | 1cm |
| Target positioning accuracy | ≤1m |
| Target resolution | ≤0.1m(Orientation) x 0.2m (Distance) |
| Vehicle speed | 40km/h≤V≤80km/h |
| Operating temperature | -30℃~50℃ |
Appearance
In-vehicle
in-vehicle User Terminal
Test at Liaoning Fuxin Airport
Kaili Huangping Airport
MIMO Type Rotary Type Rail-mounted Type GNSS Edge Light Type Tower Type Mobile Type