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Overview
4K UHD. 176° Optics. 10,000 Lumens. Every Detail Captured.
The FIFISH E-GO’s imaging system is engineered for professionals who demand clarity at depth. A 1/1.8″ CMOS sensor captures 4K UHD footage at 30fps with RAW photo capability for demanding post-processing workflows. The 176° ultra-wide-angle lens delivers a 146° effective underwater field of view, ensuring comprehensive scene coverage without repositioning. Four LED modules totaling 10,000 lumens deliver powerful, even illumination in the darkest and most turbid underwater environments — so every inspection pass is documented with precision.
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Modular. Intelligent. Built for the Water.
The QYSEA FIFISH E-GO is a professional-grade, fully modular underwater operational robot engineered for inspection, exploration, and cinematography across industrial and professional applications. Combining a 4K UHD imaging system, 176° ultra-wide-angle optics, 10,000-lumen illumination, patented 360° omnidirectional movement, and advanced AI capabilities, the E-GO delivers exceptional performance and versatility at depth.
Available in three configurations — E100, E200A, and E-E200A — the E-GO scales from a capable entry-level professional platform to a fully equipped operational system for demanding subsea missions.
Variants
- E100 — $6,499: Core E-GO platform with 4K UHD camera, 360° movement, and modular architecture
- E200A — $7,340: Enhanced configuration with expanded sensor and operational capability
- E-E200A — $8,697: Fully equipped variant for advanced professional inspection and survey missions
Key Capabilities
- 4K UHD Camera: 1/1.8″ CMOS sensor, 4K @ 30fps, RAW photo capture for detailed documentation and post-processing
- 176° Ultra-Wide-Angle Lens: 146° effective underwater FOV for expansive scene coverage in a single pass
- 10,000-Lumen Illumination: Four LED modules at up to 3,000 lumens each deliver powerful, even lighting in dark and turbid environments
- 360° Omnidirectional Movement: Patented six-axis vector thruster layout enables seamless navigation in any direction, including confined and complex structures
- AI Stabilization & Target Lock: Adaptive stabilization and AI target locking reduce operator workload and enhance inspection precision
- Modular Payload Architecture: Dual payload interfaces (expandable to six) support robotic arms, sonar systems, water samplers, and additional professional tools
Key Applications
- Underwater infrastructure and pipeline inspection
- Ship hull survey and marine growth assessment
- Underwater cinematography and documentation
- Marine research and environmental monitoring
- Search, recovery, and intervention operations
Contact Maverick for configuration guidance and ordering information.