Robin W features an ultra-wide field of view (FOV) of 120°×70°, with broader side-view detection and no blind zones.
Robin W detects up to 70 meters at 10% reflectivity which is twice the detection range of other side-view lidar, while maintaining a minimum range of down to 0.1 meters which keeps the blind zone at an absolute minimum.
Robin W can provide image-grade resolution 0.1° (H) × 0.36° (V) and over 1.28 million points per second, which enables better perception planning control.
Robin W has a compact design for vehicle side panels and bumpers. Its low power consumption makes this compact sensor easily integratable.
Product Parameters
| Lingque WWide-angle lidar | |
|---|---|
| Detection range | 0.1m~150m (70m@10%) |
| Field of view (HxV) | 120°×70° |
| Angular resolution (H×V) | 0.13°×0.36° |
| laser beam | Line 192 |
| laser wavelength | 905nm, Class 1 (IEC-60825) |
Ultra-wide viewing angle, ultra-large field of vision
The Lingque W boasts an ultra-wide field of view of 120°×70°, taking into account both blind spots and lateral perception, thus eliminating perception blind spots for intelligent vehicles.
Wider detection range, upgraded perception
The Lingque W has a maximum detection range of 70m with 10% reflectivity, twice the ranging capability of similar lidars, and a minimum detection range as low as 0.1m, reducing the blind zone.
Ultra-high definition perception, details leap to life.
The Lingque W boasts a maximum angular resolution of 0.13°×0.36° and an image-level point cloud with a frequency of 1.28 million points per second, enabling algorithms to identify targets faster and more accurately, and providing excellent perception results.
A holistic approach combining performance and aesthetics
The Lingque W boasts a refined and compact design, easily integrating into components such as side panels and bumpers. It also features a low-power, high-noise-resistance design, with an overall power consumption of only 8W. This higher integration, slimmer profile, lighter weight, and lower power consumption provide greater design flexibility for the entire vehicle.
