Unmanned Surface Vehicle MH-80

&lt;p&gt;The&nbsp;MH-80&nbsp;Multi-Functional&nbsp;Unmanned&nbsp;Boat&nbsp;is&nbsp;a&nbsp;high-efficiency&nbsp;intelligent&nbsp;device&nbsp;designed&nbsp;for&nbsp;inland&nbsp;water&nbsp;applications,&nbsp;&lt;/p&gt;&lt;p&gt;including&nbsp;water&nbsp;quality&nbsp;sampling,&nbsp;hydrological&nbsp;flow&nbsp;measurement,&nbsp;underwater&nbsp;terrain&nbsp;mapping,&nbsp;and&nbsp;concealed&nbsp;pipe&nbsp;detection.&nbsp;&lt;/p&gt;&lt;p&gt;Featuring&nbsp;a&nbsp;V-shaped&nbsp;anti-collision&nbsp;and&nbsp;anti-sinking&nbsp;hull,&nbsp;it&nbsp;integrates&nbsp;high-strength&nbsp;composite&nbsp;materials&nbsp;with&nbsp;EVA&nbsp;anti-collision&nbsp;coating,&nbsp;&lt;/p&gt;&lt;p&gt;autonomous&nbsp;navigation,&nbsp;real-time&nbsp;data&nbsp;transmission,&nbsp;and&nbsp;multi-system&nbsp;compatibility&nbsp;(Windows/Android).&nbsp;&lt;/p&gt;&lt;p&gt;Equipped&nbsp;with&nbsp;BeiDou/GPS&nbsp;dual-mode&nbsp;positioning&nbsp;and&nbsp;intelligent&nbsp;path&nbsp;planning,&nbsp;&lt;/p&gt;&lt;p&gt;it&nbsp;excels&nbsp;in&nbsp;complex&nbsp;water&nbsp;environments,&nbsp;significantly&nbsp;enhancing&nbsp;operational&nbsp;efficiency&nbsp;and&nbsp;minimizing&nbsp;human&nbsp;risks.&lt;/p&gt;

Technical Parameter

Data Parameters

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Protection: Fully waterproof seal; double-layer buoyant compartments with foam filling; auto-return & loss protection

Standard flow velocity: 2 detachable thrusters; Max speed ≥4m/s

Hull length: 0.8 m

Hull height: 0.35 m

Hull weight: 10 kg

Hull material: EVA anti-collision coating

Power Supply: 6512mAH lithium battery

Autonomy: GPS/BeiDou positioning, path planning, auto-return, and emergency obstacle avoidance.

Stability: V-shaped hull design; wind/wave resistance up to 3 wind/2 waves; anti-sinking structure.

Adaptability: Multi-scenario support (water quality monitoring, ADCP flow measurement, etc.).

Expandability: SD card storage, multi-terminal control (handheld/drone), and software compatibility (Windows/Android).

Endurance: Single-charge runtime ≥4 hours (varies by payload and task intensity).