Specifications

Hull Material: Aluminum alloy
Dimension: (L)4.5 m *(W)2.33 m*1.9m（H）
Weight: 1400kg
Payload: 80 kg
Draft: 40 cm
Propulsion: Electric propulsion with differential steering
Communication Range: 10 km   
Max. Speed: 7 knots
Survey Speed: 4-5 knots
Endurance: 24hrs at Survey Speed
Video Monitoring: Yes
Multi Missions: Yes
Automatic Payload Lifter: Yes
Operation Sea State: SS3
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M40P is a multi-purpose surveying unmanned surface vessel (USV) platform for estuary, on-shore, and off-shore applications.
Autonomous Navigation

Piloted by autonomous navigation algorithm, M40P can carry out round-clock inspection according to the preset route, greatly reduces the workload of and safety threats to personnel.
Universal Application
The M40P  can carry a wide range of equipment to conduct bathymetry, seabed mapping, and geological hazard inspection..
Singlebeam echo sounder
Multibeam echo sounder
ADCP
3D LiDAR scanner
Side scan sonar
Forward-looking sonar
Water quality sonde
Sub-bottom profiler
Quiet and Clean

Powered by a diesel generator, the M40P has a single lifetime of up to 24 hours, while it can operate continuously for weeks by refueling.

The generator can be turned off when surveying to provide a quiet and zero-emission operating environment for the equipment to guarantee data accuracy.
Superior Stability
M40P’s unique hull catamaran design structure design provides exceptional performance even in turbulent waves, significantly reducing swaying and spray foam, providing a stable and quite working condition for acoustic equipment.
MONOHULL
CATAMARAN
Exceptional Maneuverability
The configuration of twin engines and twin propellers, combined with the catamaran shape, elevates its maneuverability when navigating closely around foundations constructions for zoom-in inspection.

High-precision positioning and advanced navigation control algorithm minimize risk of collision.
Fleet Collaboration

Multiple USVs can group up to form a fleet, navigating the same route while conducting varied inspections.

The fleet can be piloted by one workstation to conduct a large scale investigation of different dimensions, significantly reducing labor costs and improving operational efficiency.