Featuring a dual moon-pool structure and a rail-mounted payload system, combined with multiple deck units, the platform supports full-spectrum ocean survey missions and enables rapid interchange of diverse equipment.

An intelligent control core developed for multi-scenario operations, offering marine-grade protection, high-density interfaces, and platform-level compatibility. It supports coordinated control and energy scheduling across multiple modules in complex marine mission environments.

From hardware and software to manufacturing, every stage is strictly controlled. Combined with a mature manufacturing process and supply chain, this ensures stable performance, supports rapid customization and continuous upgrades, and guarantees long-term reliability.

A standardized engineering layout with quick-release equipment, layered cable routing, and full-process waterproof and anti-corrosion protection enables easy routine maintenance, component replacement, and upgrades.

Relying on a sturdy hull and efficient power, it ensures stable and high-speed operation in complex waters.

Powered by a self-developed data acquisition and management platform, enabling multi-terminal remote real-time monitoring, automated task dispatch, secure data encryption, and edge AI analytics.

Supports marine mapping, ocean observation, emergency rescue, maritime patrol, and water quality monitoring. The in-house shore-based control software ensures efficient and reliable mission execution.

Suitable for various scenarios such as water quality monitoring, scientific research exploration, security inspection, waterway mapping, emergency deployment, etc., and will continue to meet the demands of more water-related operations.