Uflex Yamaha 90-115hp Zero Torque Feedback Tiller

The Uflex Yamaha 90-115hp Zero Torque Feedback Tiller eliminates the steering fight caused by modern four-stroke outboard engines. High-torque outboards generate significant propeller torque that translates directly to the tiller handle, creating unwanted steering inputs that fatigue the operator and compromise boat control. This zero torque feedback tiller design neutralizes that feedback, delivering responsive, predictable steering without the constant correction required on standard tillers.

Built by Uflex USA for Yamaha 90–115 horsepower engines, this tiller system uses advanced mechanical feedback isolation to separate engine torque from steering input. The result is a tiller that responds only to operator input, not engine load. The design improves handling precision during high-speed runs, trolling, and tight maneuvering. Weighing 26.8 lbs and sized at 23 x 9 x 34 inches, it integrates efficiently into small to mid-size boat setups without requiring major control system modifications.

Weekend fishermen and serious offshore anglers benefit equally from this upgrade. Skiffs and center consoles running modern four-stroke Yamahas in the 90–115 hp range experience dramatically reduced operator fatigue during full-day fishing trips. Commercial operators and guides appreciate cleaner boat control in rough water, where torque feedback normally forces continuous steering correction. Anyone upgrading from older two-stroke equipment to newer four-stroke powerheads will immediately notice the improvement in steering feel and handling precision.

The zero torque feedback tiller represents a direct response to the demands of modern outboard technology. As four-stroke engines became standard, operators discovered that their design actually transmitted more steering torque than legacy two-strokes—a technical consequence most OEM tillers don't address. Uflex's solution targets that specific problem, making it essential hardware for any boater running a compatible Yamaha engine who wants control that matches the precision of their powerhead.