Orcauboat is committed to providing integrated solutions for the comprehensive treatment of water environment. At the application level, deep water surface high-frequency rigid demand scenarios: Committed to providing integrated solutions for intelligent (unmanned) maintenance and management of urban waters, detonating industry applications; technical level Extend the diversified applications of unmanned driving on the surface, and empower the diversified scenarios of "Smart Ship" in the water area.

TITAN unmanned cleaning boat is a surface service robot that integrates surface garbage cleaning, water quality testing, and intelligent inspections. The main application scenarios are urban inland rivers, reservoirs, landscape lakes and other waters.

Product Highlights :

High-precision positioning: Based on the high-precision positioning of RTK, the unmanned ship can realize centimeter-level water surface positioning. Can better deal with complex water scenes.

Intelligent path optimization: With the support of intelligent algorithms, the unmanned ship can plan and optimize the clean path, which can realize the efficient and safe operation of the clean ship.

0.8m Along the river bank cleaning: For cement or stone rivers/lake banks, the sweeping module along the shore can be used to clean up the rubbish near the shore and sticking to the shore.

Core function:

garbage cleaning, dry and wet separation, water quality detection, intelligent path planning, return to home with full load of garbage

Configuration service

Basic Configuration: silver metal charging cabinet

Optional modules: water quality monitoring module, coastal flushing module, garbage weighing module

FAQ

How long does someone come to repair the ship when it breaks down?
ORCAUBOAT has a full-time after-sales service team, which can be replaced and repaired within a week.

Since its establishment, Orcauboat has focused its research on the core technology of surface unmanned driving. The technology has been systematic, and the field of surface maintenance has been deeply digged. Starting from multiple specific scenarios, it has developed such as water surface situation perception and complex water conditions. Trajectory control and decision-making after information collection. After many experiments, research and development and iteration, great progress has been made on these three levels.