Coastal Boat Lift Motor & Solar Kits
Corrosion-Resistant DC Power for Saltwater Docks
The Coastal Boat Lift Motor and Solar Kits offer a specialized power solution for boat lifts located in high-salinity saltwater environments. Each kit is designed to replace traditional manual wheels or high-voltage electrical systems with a dedicated DC motor and solar charging array. The configuration is built to resist the corrosive effects of salt spray and humidity while delivering consistent lifting performance through every season.
Each kit features a high-torque motor available in stainless steel or epoxy-coated finishes to maximize durability against the elements. The system operates on a low-voltage DC architecture, eliminating the risks associated with running AC power lines across a dock. A weather-resistant enclosure protects the motor from the outside, and internal safeguards prevent condensation buildup during temperature shifts that are common in coastal conditions.
DC Motor
High-torque drive in stainless or epoxy finish for saltwater service.
Solar Panels
High-efficiency panels that keep the battery topped off without shore power.
Adjustable Mounting Arms
Anodized aluminum arms that position panels for maximum sun capture.
Charge Regulator
Manages energy flow to keep the battery at peak voltage for immediate use.
Wiring & Connectors
Marine-grade cabling and terminations for a streamlined install.
Saltwater Ready
Built for coastal service
High Torque
Faster, quieter lifts
Low Voltage
No AC across the dock
Solar Powered
Autonomous battery charge
Weather Sealed
Condensation safeguards
Streamlined Install
Fits a range of lifts
These kits are compatible with a variety of boat lift designs and include all the marine-grade wiring and connectors needed for a streamlined installation. The system delivers a faster lifting speed and quieter operation compared to standard setups, while eliminating the need to route AC power across the dock.
The solar-powered approach provides an autonomous, sustainable energy source for boaters in coastal regions, turning every sunny day into stored lift power for the next cycle.