SAFORT SD78H-SUS Dropper Seatpost with Suspension, Lever-Actuated Height Adjustable Seat Post for Bicycle/EBIKE, 450mm Length

The SAFORT SD78H-SUS is a lever-actuated dropper seatpost that combines precise height adjustment with integrated suspension for a smoother, more controlled ride. By eliminating complex cable routing, it offers a clean, straightforward setup that is compatible with a wide range of bicycle and e-bike frames.Constructed from lightweight yet durable aluminum alloy, this seatpost features a total length of 450mm and provides 100mm of drop travel for optimal saddle positioning. Its built-in 20mm suspension travel effectively absorbs trail vibrations, enhancing comfort on uneven terrain. The direct lever mechanism allows for quick, reliable height changes while riding, seamlessly adapting to shifting terrain and improving both pedaling efficiency and control.Important Compatibility Note:This seatpost is offered in three diameters: 27.2mm, 30.9mm, and 31.6mm. Please verify your bicycle's seat tube diameter before purchasing to ensure a correct fit. For other sizes (e.g., 33.9mm), a separate conversion shim is required for installation and is not included with the product.

• Lever-Actuated & Cable-Free: Features a direct lever mechanism for height adjustment, eliminating complex cable routing and compatible with frames without internal cable guides
• 100mm Drop & 20mm Suspension Travel: Provides 100mm of seat height adjustment for optimal pedaling and 20mm of integrated shock absorption for trail comfort
• Durable Aluminum Build: Made from high-strength 6061-T6 aluminum alloy, offering reliable performance with a total weight of 727 grams(27.2mm) and 450mm length
• Verify Seat Tube Size for Compatibility: Available in 27.2mm, 30.9mm, and 31.6mm diameters. Example: If your bike uses a 33.9mm seatpost, you will need to purchase a separate shim (not included) for installation
• Easy Installation & Adjustment: Simple setup with lever-actuated control for quick seat height changes during rides, improving efficiency and control