SUEX VR Series NEMO — a compact, lightweight diver propulsion vehicle (DPV) from SUEX, a leader in underwater propulsion since the 1990s. The VR Series combines a streamlined design, modular construction, and advanced energy management for reliable, quiet performance in recreational and confined-space dives.

Design & Materials

• Constructed from reinforced polymers and premium metal alloys for resistance to pressure and corrosion while remaining lightweight.
• Streamlined profile for reduced drag and quiet operation.

Nautilus Concept Technology

Inherits SUEX’s Nautilus concept to balance stability and maneuverability while optimizing energy consumption and battery efficiency.

Controls & Modes

• Ergonomic handle with an 8-level speed regulator that functions as the power on/off control.
• SPORT mode for full power and ECO mode to extend battery life; integrated cruise control for steady travel.

Modularity & Models

The VR Series features interchangeable nose housings and modular components. Three configurable models are offered:

• NEMO: intended for recreational divers, first-time DPV users, freediving and snorkeling.
• QUANTUM: for advanced recreational and technical divers requiring greater power and endurance.
• VOYAGER: designed for travel and compliant with IATA UN38.3 for carrying the battery pack in cabin hand luggage.

Customization & Practical Features

• Interchangeable battery housing allows future upgrades.
• Ring and Picatinny mount available in six colors: gray, red, fuchsia, orange, green, or blue.
• External charging system and integrated LED battery indicator (green in use, red when battery is low).
• Carrying handle includes a Picatinny mount for accessories such as cameras or lights.

Connectivity

Compatible with the SUEX Calypso app for wireless monitoring of battery status and cell health, and for adjusting the motor acceleration ramp from a smartphone.

The SUEX VR Series NEMO delivers a user-friendly, transportable DPV option for recreational divers who prioritize compact size, modularity, and efficient battery management.