Electric & Hybrid Propulsion Systems Engineered for Real-World Marine Performance
Complete system design, installation, and long-term support for recreational, small commercial, and specialty vessels.
AMPS specializes in complete electric and hybrid propulsion systems for recreational, small commercial, and specialty vessels.
From system design and integration to installation and long-term support, we focus on real-world marine performance—efficiency, reliability, and systems that work as intended on the water.
System Design & Engineering
Complete propulsion architecture development, system integration, powertrain optimization, and energy management strategy tailored to vessel duty cycle and performance targets.
Installation & Integration
On-vessel installation support, commissioning, and validation to ensure systems perform as designed under real operating conditions.
Long-Term Support
Responsive technical service, troubleshooting, and lifecycle support to minimize downtime and protect operational reliability.
Built for Focused Marine Applications
We support electric and hybrid propulsion systems across:
Recreational vessels
Small commercial vessels
Passenger and service craft
Specialty and custom platforms
Refit and repower projects
Designed for Efficiency. Proven in Operation.
Electric and hybrid propulsion is about more than emissions—it’s about smarter energy use, reduced mechanical complexity, and lower lifecycle operating costs.
AMPS systems are engineered to balance performance, range, serviceability, and operational efficiency for real marine duty cycles.
We deliver complete marine propulsion systems. We stay involved from concept through commissioning and remain available long after delivery—because support is part of the system.
Brands We Work With
AMPS integrates proven marine propulsion and energy technologies from leading manufacturers to deliver reliable, serviceable systems.
More to come!
Schedule a consultation today
Whether you’re developing a new platform or planning a conversion, we’ll help you evaluate system architecture, feasibility, and performance from the start.