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Stereo depth cameras for robotics

The Stereolabs cameras listed here provide stereo image and depth capabilities for robotics, mapping and autonomous machines. Compare the listed global-shutter, baseline, video and connection details with the mounting distance, lighting, range and host-computer requirements of your application.

Planning a stereo camera installation

Stereo depth depends on camera calibration and the geometry of the scene. Consider the camera baseline, working distance, field of view, frame rate, exposure conditions and motion. Also verify the connection type, cable length, synchronization, compute load, mounting rigidity and the vendor's supported software for your host system.

Products in this category

Stereolabs ZED 2i

Durable stereo camera for depth perception, motion tracking and spatial applications.

  • 120 mm stereo baseline
  • 1080p at 30 fps
  • Built-in IMU, barometer and magnetometer; IP66

Stereolabs ZED X

Rugged GMSL2 global-shutter stereo camera for machine automation and digital-twin applications.

  • 2 × 1920 × 1200 global-shutter sensors
  • GMSL2 connectivity
  • IP67 enclosure and external frame synchronization

Stereolabs ZED X Mini

Compact short-range global-shutter stereo camera for manipulation, picking and navigation.

  • 2 × 1920 × 1200 at 60 fps
  • 50 mm stereo baseline
  • GMSL2 connectivity; IP67

Related technical and regional guidance

Read the engineering guide for planning robotics sensing, or review UAE product guidance and Middle East regional support.

Ask Robosight to compare the listed options for your application and confirm current configuration and availability. Request category guidance

Frequently asked questions

How does a stereo depth camera estimate distance?

A stereo camera compares corresponding image features from two viewpoints; the disparity between those views is used to estimate depth. The usable result depends on camera calibration, scene texture, distance and operating conditions.

What should I compare between stereo camera models?

Review image resolution and frame rate, stereo baseline, connection type, listed depth range, sensors, environmental design and host-system compatibility. The catalogue lists these details for each model where provided.

Can stereo cameras complement LiDAR?

They can provide different information: stereo cameras produce image data and estimated depth, while LiDAR directly measures ranges. Combining them requires suitable mounting, calibration, synchronization and processing.

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