UUV Thruster Manufacturer for Deep-Water Underwater Vehicles

 

 

HELI is a direct manufacturer specializing in high-power-density electric thrusters for Autonomous Underwater Vehicles (AUVs) and Unmanned Underwater Vehicles (UUVs). Engineered for demanding subsea missions, our systems deliver exceptional thrust-to-weight ratios, reliable closed-loop speed control, and multi-thousand-hour operational endurance. We support global system integrators with comprehensive custom voltage specifications, communication interface adaptations, and bespoke mechanical integration for streamlined deployment.

 

 
  • Compact UUV Thruster
    Compact UUV thrusters integrate high-power-density brushless motors, built-in drive electronics, and streamlined hydrodynamic nozzles into a modular footprint engineered for space-constrained
  • High-Power-Density UUV Thruster
    Designed for deep-sea autonomous and remote-operated vehicles, this high-power-density UUV thruster delivers maximum thrust within a compact envelope, integrating advanced electromagnetic topology
  • Long-Endurance UUV Thruster
    Engineered for extended underwater missions, this high-efficiency propulsion system delivers sustained thrust output while minimizing electrical energy consumption, ensuring maximum operational range
  • Deep-Sea UUV Thruster
    Engineered for demanding subsea robotic platforms, this deep-sea UUV thruster integrates a handmade high-slot-fill brushless DC motor, a magnetically coupled non-contact transmission architecture,
  • High-Efficiency UUV Thruster
    Engineered for demanding subsea deployment, this high-efficiency unmanned underwater vehicle thruster delivers optimized hydrodynamic thrust while minimizing electrical power consumption to extend
  • High-Thrust UUV Propulsion Thruster
    Engineered for demanding subsea robotics, the High-Thrust UUV Propulsion Thruster delivers heavy-duty vectored thrust and precise speed control for unmanned underwater vehicles operating in deep or
 
Why Choose HELI
 
 
 

Vertical Integration

Complete in-house control over motor winding, CNC precision machining, magnetic assembly, and systematic pressure testing.

 
 

Extended Endurance

Industrial-grade durability designed for continuous long-term deployment in corrosive marine environments with minimal service intervals.

 
 

Responsive Engineering

Direct technical collaboration with manufacturing engineers, delivering protocol adjustments and mounting designs within 24 hours.

 
 

Optimized Scheduling

Efficient production workflows ensuring dependable delivery timelines for standard series and custom project rollouts.

 

 

Technical Specifications

 

Parameter

Specification

Rated Power

12.5 kW

Rated Voltage

300 VDC

Maximum Speed

1200 rpm

Forward / Reverse Thrust

236 kg / 236 kg

Nozzle Outside Diameter

400 mm

Overall Thickness

697 mm

Propeller Material

Stainless Steel

Housing Material

Aluminum Alloy / Titanium Alloy

Drive Configuration

Built-in / External

Control Interfaces

Analog Voltage / CAN Bus / PPM / RS485

Feedback Options

Pulse / Analog Voltage / CAN Bus / PPM / RS485

Signal Power

12 VDC ±5%

Sealing Mechanism

Magnetic Coupling

Depth Configurations

850 m, 1500 m, 3000 m, 6000 m, Full Sea Depth

Service / Storage Temp

-5°C to +40°C / -40°C to +70°C

 

Key Advantages for UUV Integration

 

High Thrust in a Compact Design: Combines 12.5 kW rated power with 236 kg forward and reverse thrust in a 400 mm nozzle configuration, perfect for space-constrained UUV platforms.

 

Bidirectional Equal Thrust: Forward and reverse thrust are both rated at 236 kg, enabling seamless reversible propulsion control without altering the mechanical arrangement.

 

Non-Contact Magnetic Coupling: Transfers torque magnetically without a conventional rotating shaft penetrating the housing, eliminating traditional dynamic shaft seals to prevent leaks.

 

Multiple Control Interfaces: Native compatibility with analog voltage, CAN Bus, PPM, and RS485 control and feedback options to fit diverse vehicle architectures.

 

Flexible Depth Configurations: Supports operating depths ranging from 850 m to full sea depth, with housing materials and pressure compensation tailored to specific environmental conditions.

Underwater Electric Thruster

 

UUV Thruster Architecture Breakdown

 

Brushless Motor: Converts electrical power into efficient rotational output, developed and manufactured in-house by HELI.

 

Drive System: Manages motor speed and direction while providing electrical protection; available in built-in or external configurations.

 

Magnetic Coupling: Separates the motor and propeller sides while reliably transmitting torque across the pressure boundary without a physical shaft.

 

High-Strength Propeller: Built from durable stainless steel to convert rotational output into powerful underwater thrust.

 

Nozzle and Housing: Directs water flow and provides a robust structural envelope using high-grade aluminum or titanium alloys.

Electric Underwater Thruster HL177A

 

 
UUV Propulsion Applications

Seafloor Mapping

Delivering stable propulsion for long-range AUVs conducting bathymetric and geophysical survey grids.

Energy Infrastructure Monitoring

Powering inspection vehicles servicing subsea pipelines, platforms, and renewable energy foundations.

Oceanographic Research

Providing low-noise, vibration-free propulsion for marine ecosystem observation and data collection.

Defense & Security

Supporting long-duration autonomous patrol, mine countermeasure operations, and harbor surveillance tasks.

 

Motor & Drive Integration

 

 

Brushless DC Core

High-efficiency BLDC architecture optimized for subsea duty cycles, delivering high torque at lower RPMs.

 

Electronic Safeguards

Built-in protection against over-temperature, over-current conditions, and electrical isolation failures.

 

Back-EMF Suppression

Onboard capacitor networks designed to absorb transient voltage spikes during abrupt deceleration or shifts.

 

 

Reliability & Deep-Sea Testing

 

AUV Thruster HL300A

Hydrostatic Verification

Rigorous pressure testing replicating deep oceanic conditions to confirm zero leakage and structural integrity.

AUV Thruster HL500A

Endurance Validation

Extended runtime testing under full rated loads, validating mechanical stability beyond 3,000 operational hours.

AUV Thruster HL386A

Stress Screening

Component-level checks ensuring resilience against high-frequency vibration and thermal cycling.

 

Electrical Protection and Depth-Rated Solutions

 

Comprehensive Electrical Protection

Features integrated over-current protection, over-temperature protection, power isolation, and stable adaptation to voltage fluctuations.

Multi-Tier Depth Options

Standardized pressure-resistant solutions for 850 m, 1500 m, 3000 m, 6000 m, and full sea depth, supporting up to 3000 hours of continuous running.

Customized Engineering Solutions

Fully supports tailored adjustments regarding electrical parameters, mechanical dimensions, housing materials, and control interfaces.

 

Manufacturing & Quality Assurance
 

In-House Workflow

Complete vertical capabilities covering precision CNC machining, specialized winding, vacuum potting, and final assembly.

Advanced Machining

Multi-axis milling and turning centers ensuring tight tolerances for subsea hardware fits.

Traceable Inspection

Dedicated quality teams performing dimensional, insulation, and dynamic tests at every production stage with full batch documentation.

 

Packaging & Global Logistics
 

Protective Export Casing

Shock-absorbing foam matrices, moisture barriers, and reinforced export-grade wooden crating to eliminate transit damage.

Export Compliance

Complete documentation package including commercial invoices, packing lists, and material compliance sheets for customs clearance.

 

 

Our Certificate

 

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Frequently Asked Questions

 

 

Q: What is the typical lifespan under continuous operation?

A: Designed for over 3,000 hours of continuous running under rated parameters via brushless design and non-contact magnetic coupling.

Q: How does the system handle onboard battery voltage variations?

A: The internal drive electronics sustain stable operation through input voltage fluctuations of up to ±15%.

Q: What happens if debris jams the propeller mid-mission?

A: The magnetic coupling triggers a slip/ratchet mechanism under overload, preventing excessive current draw and protecting motor windings.

Q: Are custom mechanical mounts and communication protocols available?

A: Yes. We support full custom mechanical integration and protocol adaptation, including CAN bus and RS485.

Q: What are the standard lead times for batch orders?

A: Standard configurations utilize streamlined manufacturing schedules, with expedited options available for urgent rollouts.

 

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Request a Custom UUV Thruster Quote

Provide your platform parameters below to receive a customized technical and commercial evaluation:
Required Thrust
Rated Voltage & Power Range
Operating Depth
Vehicle Type & Installation Space
Control Interface & Quantity

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