About this item

• Expert Assistance: Need installation or maintenance? Find qualified technicians near you for seamless assembly and optimal functionality. Our Hydra Fitness Exchange experienced team can recommend a qualified fitness technician in your area based on your zip code, ensuring your incline motor operates at peak efficiency, whether it's for treadmill incline motor replacement, high speed linear actuator, or micro linear actuator.
• Enhance Your Workouts with Incline Lift Motor Linear Actuator: Our Hydra Fitness Exchange Incline Lift Motor heavy duty linear actuator kit exercise equipment is a versatile and efficient solution for improving walking, running, and cardio workouts. Its motorized incline lift (electric actuator) system, quiet operation, and user-friendly design provide a superior workout experience that is both challenging and comfortable.
• Incline Motor Features: The heavy-duty linear linear motion actuators (actuator motor) from Hydra Fitness Exchange merges advanced technology with user-friendly design. Its motorized incline lift system enables seamless adjustment of treadmill or elliptical incline levels with a touch. Designed as an incline motor replacement, it elevates walking, running, and cardio workouts to new heights.
• Linear Actuator Compatibility: Lift Motor Linear Actuator (Part #: 104679) is designed for easy installation and is compatible with a variety of popular treadmill models from Sole Fitness. This linear actuator operates at 115V, 50/60Hz, 1.1 / 1.4 A, 1/15HP, making it suitable for models such as the E35 (535013) and E95 (595013). Please locate the model or serial number and refer to the product description for detailed compatibility information.
• - Advanced Material Options for Linear Actuators: The Hydra Fitness Exchange Incline Lift motor electric linear actuator is carefully constructed with top-tier materials such as aluminum, steel, or a blend of the two. These materials are selected for their superior durability, unparalleled strength, and ability to withstand the demanding forces and movements involved in linear actuation applications.