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Modular engineered inflatable electric yacht series equipped with optimized 800W power system, CAD verified 300/450/620cm PVC aluminum hull, 2–4/2–8 passenger layout and optional bicycle rack.
All yacht models apply standardized split modular structure. The inflatable hull, aluminum frame, 800W power unit and battery pack are independent detachable modules, simplifying daily maintenance and spare parts replacement. The ergonomic seat layout follows human body dimension data for 2–4 and 2–8 passenger cabins to relieve riding fatigue during long-time commercial use. Reliability-focused design includes fully airtight welded seams, anti-corrosion aluminum frames and a factory standard of 2-hour full-load continuous operation to prevent structural failure under long-term cyclic operation.
The universal 800W power unit is fitted with an intelligent battery management system that monitors real-time voltage, current and remaining power of each yacht model. Custom energy management schemes are configured for different hull sizes: the compact 300cm model matches small battery packs for short-cycle operation, while the large 620cm bicycle rack version is equipped with extended endurance power modules. Standardized internal wiring reserves data interfaces to support remote real-time monitoring of voltage, temperature and running status for centralized operation management.
Power system optimization: The universal 800W low-consumption brushless motor cuts idle power loss by 18% compared with ordinary motors, delivering stable output under full 2–8 passenger load. Structural reinforcement: Multi-layer hot welding is adopted for thickened PVC air chambers, and integral bent aluminum pipe frames raise the overall load-bearing limit. Energy efficiency upgrade: Battery capacity is calibrated to match hull resistance curves, allowing the 300cm model to achieve longer single-charge cruising time under identical power input.
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Product Dimensions |
300×116×159 cm (118.1×45.7×62.6 in) |
450×190×240 cm (177.2×74.8×94.5 in) |
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Material |
PVC + Aluminum |
PVC + Aluminum |
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Power |
800W |
800W |
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Seats |
2-4 people |
2-8 people |
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N.W. / G.W. |
68kg / 73kg (149.9 lbs / 160.9 lbs) |
115kg / 130kg (253.5 lbs / 286.6 lbs) |
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Box A (Inflatable Board) |
100×60×80cm, 60kg (39.4×23.6×31.5 in, 132.3 lbs) |
120×85×60cm (47.2×33.5×23.6 in) |
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Box B (Battery) |
43×17×55cm, 13kg (16.9×6.7×21.7 in, 28.7 lbs) |
43×17×55cm (16.9×6.7×21.7 in) |
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Box C (Bike Rack) |
— |
— |
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Single Package Size |
100×60×80cm (39.4×23.6×31.5 in) |
120×85×60cm (47.2×33.5×23.6 in) |
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Single Product Weight |
75kg (165.3 lbs) |
130kg (286.6 lbs) |
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Features |
Eco-friendly, Durable |
Eco-friendly, Durable |
Internal test standards include 24-hour static pressure air tightness test, frame static load test, 2-hour full-power continuous aging test and circuit waterproof test. Third-party detection covers material tensile strength, motor safety performance, lithium battery overcharge and over-discharge protection, with official formal test reports provided. Each finished yacht carries an exclusive test serial number; full certification documents can be supplied for overseas water engineering bidding review.
The R&D team consists of mechanical structure, power electronics and fluid simulation engineers, dedicated to hull resistance optimization and iterative power matching upgrade. The laboratory is equipped with complete testing devices: air pressure tester, material tensile testing machine, motor performance test bench and continuous aging test platform. Major technical achievements include three generations of hull structural upgrades, optimized 800W power matching scheme and patent layout for independent modular split structure
Title: Global Water Park & Lake Resort Engineering Technical Application Cases
Body Text
Typical technical matching schemes: Small lake projects adopt the 300cm 2–4 passenger modular yacht with basic energy management system; medium-scale resorts deploy mixed 450cm standard models to meet group sightseeing demands; large comprehensive water parks select the 620cm bicycle rack multi-functional version to enrich entertainment projects. All projects pass on-site load and continuous operation verification, with zero feedback of structural or power failures during long-term stable operation.
Q1 What core technical data can you offer for engineering design reference?
A1 We provide CAD dimension drawings, 800W motor power curve, PVC material tensile data, maximum load limit of aluminum frames, battery discharge parameters, full-load continuous operation time records and air tightness test standard files.
Q2 What communication protocol is applied to the energy management system?
A2 The built-in battery management module adopts standard low-voltage wired communication protocol, with external monitoring data interfaces reserved to support secondary development for centralized remote operation platforms.
Q3 What internal and third-party tests have the inflatable electric yachts passed?
A3 Internal tests include 24-hour air tightness pressure test, static load bearing test, 2-hour full-power aging test and circuit waterproof test. Third-party tests cover material tensile strength, motor safety performance and lithium battery overcharge & over-discharge protection, with official test reports available.
Q4 Can you supply full certification documents for overseas engineering bidding?
A4 Yes, we can provide complete internal test records, authoritative third-party inspection reports, material specification certificates and motor safety qualification documents to support audit for global water engineering bidding projects.
Q5 Do you support customized technical structural optimization for special engineering projects?
A5 Yes, our R&D team can adjust hull thickness, frame structure, battery capacity and power matching parameters according to special water environment and load requirements of unique venue projects.