Amazon.com: Minn Kota� AutoPilot 55 / PD Bow Mount Trolling Motor with Universal Sonar

Product Description

Minn Kota AutoPilot and PowerDrive Bow Mount Trolling Motors! More: MicroTouch Foot Pedal delivers electric steering that is up to 40% faster than previous models. Comfort, convenience and ultra-fast response; Amazing AutoPilot technology gives you unparalleled navigational control and the freedom to catch more fish. Point the motor head in the direction you want to go, activate the AutoPilot button and you're ready to go. When activated, AutoPilot takes over the steering of your boat and keeps you headed in the direction you want to travel, even under high winds or heavy chop. It's like having a navigator in the boat, allowing you to concentrate on making that next cast rather than continuously repositioning your boat. With AutoPilot, there's no need to manually adjust your motor to maintain your desired heading; Universal Sonar technology features a transducer built into the lower unit, concealed and out of harm's way. All wiring runs inside the motor shaft for a clean look. No rigging required. Compatible with most late model fish finders. All you need is the proper adapter plug; Grip Glide Stow and Deploy mechanism features an ergonomic handle design for easy, no-hassle stow and deploy; Minn Kota's larger brushes, windings and commutators generate less heat, less noise and run cooler extending motor life and conserving battery power. You get greater sustained thrust and more time on the water. A unique bearing system produces low rpms / high torque to cut down on fish-spooking noise so quiet they'll never hear you coming; Weedless Wedge prop, the only prop that is truly 100% weedless. Patented, swept-back design pushes weeds away, allowing you to effortlessly pass through at any speed, conserving your valuable battery power; Nearly indestructible shaft. Pound for pound, the ultra high-yield composite material has been tested to be three times the strength of steel. Virtually indestructible, it flexes on impact and then returns to its original position. Will not