Caractéristiques principales
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Fully Solid-State Design: Uses electronic scanning (E-scanning) with no internal moving parts. This significantly increases its lifespan and resistance to vibration, meeting strict automotive standards.
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Champ de vision ultra-large (FOV) : Avec un 100° (H) x 75° (V) FOV, it provides massive vertical coverage, allowing vehicles to “see” low-lying obstacles like traffic cones or high-up street signs that long-range sensors might miss.
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Intégration transparente : Its compact form factor (minimum exposed window of just 70 x 50 mm) allows it to be embedded into bumpers, grilles, or fenders without disrupting the vehicle’s aesthetics.
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Near-Range Specialist: Optimized for short-range detection up to 100 mètres, making it the perfect partner for long-range lidars (like the Hesai AT128) to create a 360° safety cocoon.
Spécifications techniques
| Fonctionnalité | Spécification |
| Plage de détection | 0.1 m to 100 m (at high reflectivity) |
| Champ de vision (FOV) | 100° Horizontal x 75° Vertical |
| Résolution | 160 (H) x 120 (V) pixels |
| Angular Resolution | 0.625° x 0.625° |
| Débit de données | 192,000 pts/s (Single Return) / 384,000 pts/s (Dual) |
| Fréquence d'images | 10 Hz (typical) |
| Consommation d'énergie | < 15 W |
| Protection contre les intrusions | IP6K7 & IP6K9K (Water/Dust proof) |
Primary Use Cases
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Autonomous Parking: Detecting low curbs, parking lot pillars, and pedestrians in tight spaces.
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Urban Maneuvering: Navigating complex intersections where wide-angle vision is needed to spot cyclists or pedestrians entering “blind zones.”
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Overtaking & Lane Changes: Providing real-time side-view perception to ensure safe merging.
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Robotique: Ideal for last-mile delivery robots and AGVs that require high-resolution 3D mapping in crowded environments.
As of 2026, the FT120 is being succeeded in some markets by the Hesai FTX, which offers an even wider FOV (up to 180°) and a lighter weight.
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