SHIFTER TYPE RAPIDFIRE Plus Details:Ergonomic Lever ShapeOPTISLICK Steel CableNumbered Gear DisplayRAPIDFIRE Plus SL CABLE OPTISLICK Upgrade your mountain bike or hybrid setup with the Altus SL-M315-L 3-Speed Left Rapidfire Plus Shifter - the perfect blend of lightweight engineering, durability, and precise shifting performance. Designed for optimal control and seamless operation, this shifter is ideal for internal cable routing systems and offers wide compatibility with mountain bike drivetrains. Materials & Construction Built with a slim, robust main lever body, the Altus SL-M315 features materials that ensure long-lasting performance even under demanding riding conditions. The use of 's proprietary OPTISLICK cables, with a minimal electrically coated layer, significantly enhances cable routing efficiency and provides superior corrosion resistance, making it a dependable choice for all-weather riding. Performance & Engineering Equipped with RAPIDFIRE PLUS technology, this shifter enables riders to downshift three gears in a single, quick stroke - perfect for rapid gear changes when navigating varied terrain. The intuitive 2WAY-RELEASE mechanism allows shifting via either pull of the index finger or push of the thumb, delivering versatile and ergonomic operation for confident control on every ride. Components & Technology The Altus SL-M315-L offers a clear, numbered gear display positioned below the handlebar, providing at-a-glance gear position visibility for effortless shifting. Designed for compatibility with mountain bike triple chainring setups and internal cable routing, it seamlessly integrates into your existing drivetrain system. Please note, this model includes a trigger-style shifter but does not come with a brake lever. Style & Use Case With a sleek and slim profile, this shifter is suitable for mountain biking, hybrid bikes, and gravel riding where quick, reliable shifting is essential. Its trigger-style operation and ergonomic design make it ideal for riders seeking responsive gear changes and enhanced control during inte