Field-proven outboard propulsion for remote, rugged, and shallow-water marine operations
The Hydromaster Original Series are classic, mechanically driven outboard propulsion units, delivering up to 260 hp of reliable power. Known for their mechanical reliability, they have become a trusted solution in both commercial and governmental inland shipping and marine operations.
These fully self-contained units are designed for simplicity, durability, and easy deployment—making them ideal for vessels operating in shallow waters or where mechanical reliability is essential.
Core features
80–260 hp propulsion range
Compact, fully mechanical and self-contained unit
Radiator-cooled diesel engine (no raw water intake)
Unique swing joint for auto kick-up functionality (no steady bracket needed)
Easy to install, ‘plug-and-play’
Easy to operate and maintain in the field
Suited for rugged, shallow, and remote environments
Also available in ruggedised military spec
Control options
Remote control console
A remote console with a morse throttle controller to control engine speed and a joystick for full 360 degrees steering, alarms and indication and a control and monitoring panel for the diesel engine. The console and thruster unit are connected with multi-pin plug-and-play connectors and ample cable length for quick setup and deployment.
Local control
A steering wheel build on the canopy offering local hydraulic power steering control and diesel engine throttle control, ideal for pontoons and other floating assets that have no wheelhouse. The operator controls the units standing next to it.
Unique engineering
The Swing Joint
The hallmark of the Original Series is the Swing Joint mechanism, which eliminates the need for a fixed steady bracket. This allows the unit to pivot, simplifying installation on various hull types.
Built for environments where reliability outweighs complexity, the Hydromaster Original Series continues to be a propulsion benchmark for operators who value mechanical dependability, field serviceability, and operations in shallow waters, remote areas, or mobile and temporary vessel deployments.