Minn Kota | Terrova Trolling Motor | 112 lb | 72" Shaft | MDI | Wireless Remote | 1358316

Overview

Rig large freshwater tournament vessels for premium deep-water scanning with the extra-long Minn Kota Terrova 112 lb MDI Trolling Motor carrying a 72-inch shaft. Built around a maximum-output 36V brushed motor layout, this model pairs high-frequency MEGA Down Imaging crystals with effortless electric tracking systems.

Key Features.

• Thrust capacity: 112 lbs (36V Core Line Requirement)
• Shaft Length: 72"es
• Transducer Configuration: Integrated MEGA Down Imaging
• Control Interface: Hand Remote & Foot Pedal Package

Engine & Boat Compatibility.

• Tailored beautifully for deep-V walleye boats, Great Lakes multi-species hulls, and high-bow commercial hulls
• Mates out of the box via shielded high-speed Ethernet links directly into selective Humminbird displays
• Requires an isolated 36-volt deep-cycle marine battery power source network

Performance Benefits.

The extended 72-inch composite shaft holds your down-imaging sonar beneath surface wave wash zones for spotless image returns. Advanced GPS functionality provides flawless Spot-Lock holding loops with Jog shifts, alongside an intuitive Drift Mode that replaces mechanical drag socks completely.

Why It’s a Strong Choice

The Minn Kota Terrova Trolling Motor | 112 lb | 72" Shaft | MDI | Wireless Remote | 1358316 provides unmatched reliability and seamless integration on the water. Built to handle rough conditions, it eliminates messy wiring configurations, ensuring your marine gear functions flawlessly and looks professional.

FAQ

Q1: Will this 72-inch shaft fit inside standard garage door frames when stowed?

When stowed, the motor lies horizontally along the bow rail. You should measure your bow clearance profile to ensure it clears trailering parameters comfortably.

Q2: Does it support automated tracking paths?

Yes, via the One-Boat Network environment, you can set the Terrova to automatically steer along specific depth contours, lake maps, or vegetation boundary lines seamlessly.