Minn Kota Riptide SM RT/80/SM/BG Saltwater Trolling Motor - 24V-80lb-52"

The Minn Kota Riptide SM RT/80/SM/BG Saltwater Trolling Motor is purpose-built for serious anglers and boaters who demand precision boat control in demanding saltwater environments. This 24-volt, 80-pound thrust bow mount delivers the quiet, responsive maneuvering needed for accurate bait and lure presentation in flats, offshore, and coastal applications. Whether you're sight-casting to redfish, positioning over deep structure, or holding steady in current, the Riptide SM handles the corrosion, noise reduction, and reliability that professional saltwater fishing demands.

Built with a 52-inch shaft length, the Riptide SM reaches deeper hull transoms while maintaining hydrodynamic efficiency and reduced turbulence during precision movements. The dual-voltage 24V system delivers consistent power for sustained operation across full-day charters and extended fishing sessions. Saltwater-grade construction materials and corrosion-resistant hardware withstand exposure to salt spray, brackish water, and harsh marine conditions without sacrificing performance or longevity. The motor's meticulous speed control allows anglers to dial in subtle presentations, while the foot pedal interface enables hands-free directional adjustments—critical when both hands are occupied with casting or line management.

This trolling motor suits center-console and open-bow configurations on boats ranging from 18 to 24 feet, making it ideal for shallow-water guides, serious sight-casting enthusiasts, and charter captains who operate in saltwater flats and nearshore environments. Installation requires a standard bow-mount footplate assembly and dual 12-volt marine batteries wired in series for 24-volt operation. The 60-pound weight requires proper reinforcement and mounting hardware rated for saltwater applications. For operators upgrading from freshwater systems or those new to saltwater boat control, the Riptide SM's intuitive controls and legendary Minn Kota reliability reduce the learning curve while maximizing on-water confidence and catch rates.