Boat Lift Solar Panel Mounting Arm
Lake Lite Solar Panel Mounting Arms
High-Strength Structural Support for Solar Arrays
The Lake Lite collection of solar panel mounting arms provides a high-strength structural solution for securing solar arrays on docks, pilings, and boat lift frames. Each professional-grade component is engineered to provide maximum stability and optimal panel orientation, supporting peak energy collection throughout the day. A specialized mounting interface lets property owners position panels at the precise angle required for maximum sunlight exposure, significantly improving the charging efficiency of connected battery banks.
Each mounting arm is fabricated from industrial-grade materials treated to resist corrosion and structural fatigue in demanding maritime environments. Robust design withstands high wind loads and persistent exposure to salt spray and moisture, keeping the solar hardware securely attached to the primary dock structure season after season. Adjustability allows for a versatile installation that accommodates various piling diameters and frame profiles while maintaining a clean, professional appearance.
Pilings
Secure clamping for round and square dock pilings.
Boat Lift Frames
Direct attachment points on existing lift structure.
Dock Structures
Versatile fit for a range of dock profiles and materials.
High Strength
Stable under wind load
Adjustable
Dial in the sun angle
Marine Grade
Salt and moisture rated
System Matched
Lake Lite / Lake Lifter fit
Clean Wiring
Routes along the arm
Season Long
Holds through heavy weather
These mounting solutions are essential for the successful deployment of Lake Lite and Lake Lifter solar charging kits, providing the clearance and stability needed for high-performance operation. Streamlined hardware keeps wiring routed neatly along the support structure, reducing the risk of accidental damage and ongoing maintenance.
Investing in professional mounting arms delivers a durable, efficient foundation for your waterfront renewable energy system.
