Payload-ready
Power, data and mechanical interfaces are planned as part of the platform architecture.
Voyager platforms
A practical foundation for your USV
Voyager hulls are designed around modular propulsion, control, communication and payload interfaces so teams can move from integration to field trials with fewer custom dependencies.
01 / Compact electric platform
Current integration priority
Voyager 1800
Voyager 1800 is Roboteering’s immediate electric integration platform. Its compact HDPE hull supports dual electric propulsion, protected internal equipment and payload installation through a central moon pool.
- Dimensions
- 1,800 × 725 mm
- Empty weight
- Approximately 25 kg
- Propulsion
- Dual electric thrusters
- Payload access
- 9-inch central moon pool
- Control
- Nautix with embedded companion-computer option
- Development use
- Integration, trials and repeatable payload deployment
02 / Outboard-powered flagship
Prototype development
Voyager 4200
Voyager 4200 extends the Roboteering control ecosystem to an aluminum vessel with a remote-control outboard. Nautix provides autonomy while HSC and ETSC manage steering, throttle and gear selection.
- Dimensions
- 4,200 × 1,650 mm
- Empty weight
- Approximately 150 kg design basis
- Propulsion
- 20 HP remote-control outboard
- Steering
- Hydraulic steering with HSC interface
- Operating target
- Up to 12 NM near shore
- Environmental target
- Sea State 3 minimum
03 / Catamaran roadmap platform
Development deferred
Voyager 2500
A stable catamaran concept for larger payloads and expanded working deck area. Voyager 2500 remains on the product roadmap while engineering resources focus on Voyager 1800 integration and Voyager 4200 outboard control.
- Dimensions
- 2,500 × 2,340.5 mm
- Empty weight
- Approximately 90 kg design basis
- Hull form
- Catamaran
- Architecture
- Expanded working deck and modular payload arrangement
- Status
- Future development roadmap
Shared architecture
Common building blocks across the Voyager family
Platform size and propulsion change, but the control philosophy remains consistent. This reduces redesign work between prototypes, mission configurations and larger vessels.
01Voyager platformHull, protected equipment volume and payload mounting.
02Nautix controlAutonomy, safety inputs, logging and vehicle interfaces.
03Propulsion controlVortex electric drive or HSC and ETSC for an outboard.
04ShoreLink + CloudLocal access, wide-area telemetry and fleet visibility.
Field access
Equipment placement and harnessing support inspection, replacement and recovery.
Shared control logic
Common interfaces simplify movement between electric and outboard-powered vessels.
Repeatable builds
Connector maps, configuration records and acceptance checks support consistent integration.
Which Voyager fits your mission?
Share your payload mass, endurance target, operating area and launch constraints. We will help define a suitable starting configuration.