Minn Kota 1363792 Terrova 112 lb Thrust Bow Mount Saltwater Trolling Motor 87" Shaft 36V

The Minn Kota Terrova 1363792 is a premium bow-mount saltwater trolling motor engineered for serious anglers who demand precision boat control and reliable performance in harsh marine environments. Delivering an impressive 112 pounds of thrust powered by a 36-volt system, this motor provides the power needed to navigate strong currents, wind, and challenging saltwater conditions.

Key Features:

• Electric Steer Technology: Precise, responsive electric steering provides effortless boat control with fingertip precision
• 87-Inch Shaft Length: Extra-long shaft accommodates larger boats and ensures proper motor depth in various water conditions
• Wireless Remote Control: Convenient wireless operation allows you to control speed, steering, and autopilot functions from anywhere on the boat
• Digital Maximizer Technology: Advanced power management extends battery life up to 5 times longer on a single charge
• Integrated Heading Sensor: Enables advanced autopilot features to maintain your heading and course automatically
• Saltwater Armor: Corrosion-resistant construction with sealed components protects against harsh saltwater environments
• Variable Speed Control: Infinite speed adjustment (52 amp draw) lets you dial in the perfect trolling speed
• Built-In Battery Meter: Real-time battery status monitoring helps prevent unexpected power loss on the water
• MKP-32 Weedless Wedge 2 Prop: Advanced propeller design powers through vegetation while maintaining optimal thrust efficiency

Complete Package Includes: Wireless remote with lanyard, MKP-32 Weedless Wedge 2 propeller, heading sensor, mounting hardware, and all necessary installation components. The Terrova's innovative Lift-Assist design makes stowing and deploying the motor effortless, while the reinforced composite shaft delivers exceptional durability. Compatible with i-Pilot and i-Pilot Link GPS systems (sold separately) for advanced autopilot, Spot-Lock anchoring, and navigation features.