Raymarine 2" Tiller Bracket

The Raymarine 2" Tiller Bracket is a critical marine steering accessory engineered for vessels requiring precision autopilot integration and manual helm control. This bracket serves as the mounting interface between your boat's tiller arm and Raymarine's autopilot actuators, enabling seamless navigation whether you're conducting coastal patrol operations, supporting maritime law enforcement missions, or managing extended offshore voyages. Built for the demands of professional mariners, this bracket handles the mechanical load transfer that occurs during automated steering corrections while maintaining full manual override capability when tactical situations demand immediate helm authority.

The 2-inch mounting width specification ensures compatibility with standard tiller diameters found across commercial and military-grade vessels. Raymarine's tiller bracket design distributes steering input force evenly across the mounting surface, reducing stress concentration and extending service life in corrosive marine environments. The robust construction handles the cyclic loads inherent to autopilot operation, where thousands of small corrections accumulate over extended mission profiles. Installation utilizes straightforward mechanical fastening, allowing field replacement or retrofit without requiring specialized marine electronics expertise or extended vessel downtime.

Law enforcement marine units, coast guard operations, and naval training vessels depend on this bracket as part of their integrated autopilot systems. The bracket accommodates both new installations during vessel construction and upgrades to existing craft transitioning to Raymarine navigation ecosystems. Compatibility extends across Raymarine's full autopilot actuator range, making this bracket essential for operators standardizing their fleet's steering infrastructure. Proper installation ensures zero play between tiller and actuator, critical for maintaining course accuracy during high-speed intercept operations or precision docking maneuvers in challenging sea states.