Orcauboat - unmanned surface technology leading supplier

FEATURES

MOSHARK Unmanned Water Surface Mowing Robot

Agile and efficient aquatic waste collector for cleaner water bodies.

Unmanned driving:

24/7 response, automatic operation,
one-button start, the whole
process without worry

Adjustable harvesting depth:

the haresting depth is 10cm- 60cm, which can
be flexible adjusted to meet the demand
of water grass in low season.

Functional integration:

Harvesting garbage and grass at the same time,
both water surface cleaning and water quality
monitoring functions, multi-purpose boat.

Horizontal and vertical cutters:

The depth of the harvesting is adjustable

Garbage baskets automatic lifting:

The garbage baskets can be automatically lifted
reducing the difficuity of garbage dumping

Garbage weighting:

real-time statistics of garbage weight, convenient
transportation scheduling. harvest prediction, and
intelligent management.

Paddle wheel propulsion:

The paddle wheel propulsion system is adopted to avoid
water and grass entanglement and ensure smooth
operation.

Measurement:

4000*2500*1930mm

Weight:

800Kg

Battery:

48V，120Ah*2

Charging Time:

5-7h

Operation Speed:

0.8~1.5m/s

Maximum Speed:

1.5m/s

Endurance:

10h

Capacity:

150Kg

Communication Mode:

2.4GHz/4G/LTE

Draft:

0.4m

Minimum Working Depth:

0.8m

IP Level:

IP65

Power Plant:

1Kw*2

Anti-wave Level:

Gentle breeze，Slight

Body Material:

high-strength aluminum alloy

HIGHLIGHTS

Autonomous Navigation

Utilizes advanced AI algorithms to intelligently plan and follow optimal cleaning routes, covering even complex waterways with precision.

Obstacle Avoidance

Equipped with cutting-edge sensors to detect and avoid obstacles in real time, ensuring uninterrupted operations and protecting aquatic life.

Seamless Connectivity

Offers real-time data transmission and remote monitoring, providing users with full control and actionable performance insights.

Comprehensive Facility

A well-developed infrastructure solution that ensures a closed-loop cleaning process, creating a more convenient workflow for workers.

FLEXIBLE MODELS

Manual Operations

For real-time adaptability, the manual model allows users to pilot SMURF directly. This flexibility ensures precise navigation of water bodies, enabling targeted waste collection, data gathering, or other customized tasks as situations demand.

Autonomous Operations

Designed for maximum efficiency, the autonomous model enables SMURF to operate seamlessly based on pre-set mission routes. Users can define specific paths and operational tasks such as waste management, data collection, or other intelligent functions.

SMART WORKFLOW