SAM-300 and Cable Kit with Steering Wheel for NAV-500/900

AutoPilot Motor Drive System by Trimble

The Trimble® Autopilot™ Motor Drive system is an electric, hands-free, automated steering system with easy installation onto the steering column. It delivers highly-accurate, Autopilot-level steering, and controls tractors and harvesting machines without hydraulic components up to RTK accuracy. No matter your vehicle type or brand, the Trimble Autopilot Motor Drive system can be quickly installed from one vehicle to another and steers
your vehicle on line for maximum precision.

Reduce Fatigue

With hands-free guidance, the Autopilot Motor Drive system allows you to operate with ease and improve
safety on your farm.

Stay Engaged While Stopped

Get moving in the field with 1 less input to think about when you are in a stop‑and‑go application.

Intuitive User Experience

A precision ag farmer will have a better user experience to upgrade on future machines without changing
hardware and an easier software upgrade path.

Reduced Clutter

The system can be pre-equipped with several machines without the addition of an extra controller cost and
very little cables in the cab.

Optimal Performance

The electric steering motor allows for unrestricted manual steering when automatic steering is not engaged.

Features & Capabilities:
T3 terrain compensation
T3™ sensors calculate the actual position of the vehicle to help minimize skips and overlaps in areas with rolling terrain, slopes
and rough ground.
NextSwath
NextSwath™ 2 end-of-row turn technology automatically guides the vehicle along the best possible path for turning around and
approaching the next crop row or swath.
OnSwath
OnSwath™ advanced line acquisition settings helps users customize line acquisition preferences to the vehicle and field operation.
FreeForm
FreeForm™ guidance patterns give users the ability to adapt vehicle guidance behavior to the unique contours of the field from a single
recorded pass.
Square Headlands
Square Headlands creates auto‑guidance lines that extend all the way to a field boundary, allowing precision work to completely
cover sharp corners and small plots