Underwater Operations Transformed |Subsea Robotics Redefined |Driving Industry InnovationElite, Aesthetic & FunctionalOptimized Form& StructureThe brand new FIFISH E-GO features a sleek and curved exterior inspired by the hammerhead shark, providing the E-
Optimized Form& Structure
The brand new FIFISH E-GO features a sleek and curved exterior inspired by the hammerhead shark, providing the E-GO with exceptional resistance to underwater currents.
Fluid DynamicDesign & Build
With its biomimetic shark tail fin design and streamlined fluid dynamics, the FIFISH E-GO effortlessly maneuvers through underwater operations, smoothly navigating the oceans.
Advanced Power & Strength
With FIFISH E-GOs new Ring-wing design, experience a 30% increased speed and 50% improved kinetic energy efficiency from previous generations. The E-GOs anodized aluminum alloy blades deliver strong damage resistance, corrosion resistance, and anti-crystallization. Carry out smooth and worry-free operations.
360 Omnidirectional Operating Capability
Equipped with a 176 degree ultra-wide-angle reconnaissance camera, FIFISH E-GO sets the standard as the only robot in its class boasting a 146 degree fisheye field of view. Experience the forefront of underwater imaging technology.
Underwater 146 Ultra-wide FOV
With a macro focus range of 10cm, FIFISH E-GO achieves maximum proximity to targets, allowing for a clear field of view across a range of underwater environments.
FIFISH E-GO’s AI Vision Station Lock enables effortless one-click target lock of underwater objects. With automatic hovering and current resistance, it provides reliable stability and support for underwater operations.
FIFISH’s AI plankton filtering algorithm automatically identifies underwater plankton and enhances image quality through a detailed filtering system, resulting in optimized clarity and visibility of footage.
Equipped with four LED light sources, FIFISH E-GO boasts an industry-leading brightness of 10,000 lumens[2]. With a wide 160 lighting coverage angle, it illuminates the extremely dark underwater environments, enabling explorations with clarity and confidence.
Integrating four major modules – motor, imaging, lighting, and battery, FIFISH E-GO allows for swift spare parts replacement and maintenance, providing unparalleled convenience and efficiency.
The FIFSH E-GO features a dual hot-swappable battery system, each with a 72Wh capacity. Its innovative hot-swappable design enables seamless battery replacement without power loss[5], instantly restoring full power. The upgraded quick-disassembly structure incorporates pressure-resistant, waterproof, and corrosion-resistant connectors for fast and secure battery replacement.
The portable and powerful Q-Energy Station[4] provides rapid charging, reaching 90% capacity in only 50 minutes. A feature resolving battery life concerns, making it an ideal choice for extended underwater operations.
Experience enhanced versatility with the E-GO’s redesigned internal space, featuring dual payload interfaces that allow operators to attach up to six operational tools simultaneously[6]. Unlock a new level of capability and adaptability for a wide range of tasks.
Optimize your operational efficiency with the E-GO’s upgraded quick-release installation and disassembly structure. Attach operational accessories in as fast as 9 seconds, revolutionizing workflow efficiency and maximizing productivity.
The E-GO offers limitless flexibility by supporting a wide range of accessories, allowing operators to create a diverse array of operational setups. Leveraging its professional capabilities, it effortlessly adapts to different operational scenarios, ensuring optimal performance and versatility.
Maximize work efficiency with the E-GO’s built-in Micro SD card slot. Get fast access to underwater operational data, allowing for efficient storage and retrieval of essential information of up to 256GB.
With a diverse selection of FIFISH underwater operation tools, the E-GO offers the flexibility to be equipped with various accessories, enabling seamless adaptation to different operational scenarios.
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