The YUCO-LUMEN micro-AUV delivers geo-referenced digital imaging using a high-quality underwater camera from Arctic Rays. It features 8 hours autonomy, 6 knots speed, 300 m depth rating, and ±2% navigation accuracy. SEAPLAN software supports photogrammetry missions with pre-defined patterns.
Uses:
Underwater photogrammetry
Visual inspections and monitoring
Coastal and marine habitat documentation
Compact Autonomous Vehicle for High-Quality Underwater Imaging and Photogrammetry
The YUCO-LUMEN micro-AUV offers a simple and cost-effective solution for geo-referenced underwater imaging, capturing both high-resolution still images and video. Equipped with a premium underwater camera from Arctic Rays, it delivers exceptional image quality with stable navigation, even in challenging coastal environments affected by waves and currents.
Built on the trusted SEABER platform, YUCO-LUMEN combines accurate navigation, extended autonomy, and ease of deployment, making it suitable for marine research, environmental monitoring, and infrastructure inspections.
• High-quality Arctic Rays underwater camera for superior imaging and video capture
• Operates at depths up to 300 metres with a top speed of 6 knots
• Up to 8 hours of autonomous operation with embedded rechargeable batteries
• Accurate navigation system featuring INX navigation and optional DVL for positioning accuracy better than ±2%
• Eliminates the need for external acoustic positioning systems
• Versatile mission planning with SEAPLAN software, including pre-defined lawnmower patterns for efficient photogrammetry
• Supports repeatable missions and easy updates for exploration and monitoring of new or previously surveyed areas
Applications examples:
INX Navigation System
Doppler Velocity Log (DVL)
SEAPLAN Mission Planning Software
Embedded Rechargeable Batteries
SEACOMM Communication Module
Field Case and Accessories
The YUCO-LUMEN micro-AUV provides a user-friendly, high-precision imaging platform ideal for underwater photogrammetry and visual inspection. Its combination of compact size, advanced navigation, and mission versatility enables single-person deployment with reliable and detailed data capture in diverse underwater conditions.
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