The Raymarine ST2000+ Tiller Pilot is a self-contained, removable autopilot system designed for tiller-steered sailboats with a maximum displacement of 4,500 kg (10,000 lbs). It features a durable housing that encloses a powerful electric linear drive, a precision fluxgate compass, and an intuitive control panel. The system allows for easy transition between manual steering and autopilot control through a quick mounting and connect/disconnect mechanism. Built-in SeaTalk networking enables communication with other networked instruments, wind instruments, and chartplotters. The AutoTack function allows the pilot to perform tacks while the user handles the sheets, and the AutoSeastate function intelligently maintains the boat's course while conserving power. The clear backlit LCD display and 6-button keypad ensure safe and easy operation, whether used as a standalone autopilot or integrated with SeaTalk or NMEA GPS systems.
- Suitable for tiller-steered sailboats up to 4,500 kg (10,000 lbs) displacement.
- Self-contained, removable autopilot system.
- Durable housing with electric linear drive and precision fluxgate compass.
- Quick mounting and connect/disconnect system for easy transition between manual and autopilot control.
- Built-in SeaTalk networking for communication with other instruments.
- AutoTack function for tacking while handling sheets.
- AutoSeastate function for intelligent course maintenance and power conservation.
- Backlit LCD display and 6-button keypad for user-friendly operation.
Technical Specifications:
- Maximum Recommended Displacement: 4,500 kg (10,000 lbs)
- Power Supply: 12V DC systems
- Absolute Voltage Range: 10 - 16V DC
- Power Consumption: 40mA
- Weight: 1.53 kg (3.4 lbs)
- Mounting Methods: Reversible port or starboard
- Display Size: 45 mm segmented LCD
- Display Lighting: 3 levels plus off
- Connections: NMEA 0183 input, SeaTalk
- Thrust: 77 kg (169 lbs)
- Stroke: 236 mm (9.3 in)
The ST2000+ Tiller Pilot is constructed with durable materials to ensure longevity and reliability in marine environments.
