
Dual-light camera for Deep Robotics SID1
- Item no: F25110722
- Weight: 0,45 kg
10× Dual-Light camera with 3-axis gimbal - add-on for Deep Robotics SID1
The 10x dual-light camera unit with three-axis stabilization and integrated shock absorber is a powerful add-on module for the SID1 robotics platform. It combines optical zoom, thermal imaging and mechanical image stabilization in a compact housing - ideal for demanding applications in inspection, surveillance, rescue, research and environmental exploration.
With its high-precision pan/tilt function and the ability to provide both visible and thermal images, the system enables precise observations - even in the event of movement, vibration or changing light conditions.
⚙️ Technical specifications
Features | Feature Details |
---|---|
Camera type | Dual-light (visible light + thermal imaging) |
Stabilization | 3-axis gimbal with integrated shock absorber |
Tilt range (pitch) | +135° to -45° |
Panning range (Heading) | +240° to -240° |
Zoom (visible light) | 10× optical, focal length 4.9 mm ~ 49 mm (±10 %) |
Thermal image resolution | 256 pixel thermal sensor |
Photo format | JPEG (various resolutions selectable) |
Video format | H.264, 1080p video stream |
Storage medium | TF card (32 GB to 128 GB, FAT32) |
Video output | Dual output: Network IP & HDMI |
Software | Integrated ground station for video transmission & control |
Dimensions (L×W×H) | 118.2 mm × 80.5 mm × 140 mm |
Weight | 430 ± 20 g |
Power supply | 12V - 26.2V |
Power consumption | Dynamic approx. 7.5 W |
✅ Compatibility & applications
This module is fully compatible with all versions of the SID1 platform (Basic, Venture AI, Pro AI, Pro Lidar2 AI) and can be easily integrated into existing systems.
Typical application scenarios:
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Autonomous inspection robotics (e.g. industry, energy, infrastructure)
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Thermography applications in the field or indoors
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Search and rescue missions (e.g. in poor visibility)
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Research & environmental monitoring with simultaneous visual and thermal detection
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Advanced SLAM analysis in conjunction with other sensor sources