- New
35% smaller and lighter than ZED X One GS, with the same performance and reliability. A new fisheye lens delivering panoramic awareness, an IP69K wide-angle option engineered for harsh environments, and a narrow FOV configuration optimized for distant or targeted vision tasks.
Ouster StereoLabs ZED X One S
35% smaller and lighter than ZED X One GS, with the same performance and reliability. A new fisheye lens delivering panoramic awareness, an IP69K wide-angle option engineered for harsh environments, and a narrow FOV configuration optimized for distant or targeted vision tasks.
Field of view:
Fisheye
Wide
Narrow
No lens
GMSL2 Fakra Cable F-F
None
0.3m (1ft)
1.5m (5ft)
5m (16ft)
10m (33ft)
Mount type:
None
Plate
Front
Bottom
The ZED X One S delivers powerful vision in an ultra-compact, lightweight form factor - perfect for space-constrained robots, from pick-and-place arms to next-generation humanoids.
Its global-shutter sensor captures fast motion with zero blur, ensuring accurate and reliable perception. The flexible design supports custom stereo setups or multi-camera surround vision, making integration fast and effortless.
Built to simplify robotics development, the ZED X One S helps teams save time, reduce complexity, and deploy robots faster with confidence.
2.3MP Color Global Shutter sensor
Resolution : 1920x1200 @60fps.
Field of view option :
Fisheye 195° (H) x 115° (V) x 220° (D)
Narrow 80°(H) x 52°(V) x 91°(D)
Wide 110°(H) x 79.6°(V) x 120°(D)
Built-in industrial grade IMU
Multi-camera hardware synchronization and trigger through GMSL2
Secure GMSL2 connection with power
View Cable Guide
Compatible with ZED Box and GMSL2 Capture Cards
Compatible with ZED SDK
robotyka mobilna i autonomiczna, systemy przemysłowe i kontrola jakości, mapowanie 3D, systemy bezpieczeństwa, badania i rozwój, wysoka precyzja pomiaru głębi, niska latencja, integracja z GPU NVIDIA, wsparcie dla AI i deep learning, kompaktowa konstrukcja, projekty badawcze z zakresu robotyki i autonomii, systemy SLAM i mapowanie 3D, analiza ruchu i interakcja człowiek–maszyna, eksperymenty z deep learning i computer vision, kontrola jakości i inspekcja 3D, nawigacja robotów mobilnych, systemy bezpieczeństwa i monitoringu przestrzennego, integracja z liniami produkcyjnymi
Mobile and autonomous robotics, industrial systems and quality control, 3D mapping, safety systems, research and development, high-precision depth measurement, low latency, integration with NVIDIA GPUs, support for AI and deep learning, compact design, research projects in the field of robotics and autonomy, SLAM systems and 3D mapping, motion analysis and human-machine interaction, experiments with deep learning and computer vision, quality control and 3D inspection, mobile robot navigation, safety and spatial monitoring systems, integration with production lines