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Team Cycles£119.99Visit shop Pro Unisex Black Discover Carbon Seatpost
Visit shopTeam Cycles£119.99Visit shop Pro Unisex Black Discover Carbon Seatpost
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The PRO Discover Carbon Seatpost is engineered for gravel and adventure cyclists seeking enhanced comfort on rough terrain. Its key benefit is superior vibration absorption thanks to an advanced carbon fiber layup reinforced with Dyneema®, providing a smoother, more controlled ride. A potential caveat for some users might be its specific design focus, meaning it may not be the optimal choice for pure road racing where absolute stiffness is paramount. This seatpost offers an excellent blend of lightweight durability and ride-smoothing compliance, making it ideal for tackling challenging trails and long-distance endurance rides.
| Model Part Number | PRSSP0241 |
|---|---|
| Brand | PRO |
Dyneema® is an ultra-high-molecular-weight polyethylene fiber, known as the world's strongest fiber™. It is incorporated into the carbon layup to enhance the seatpost's durability, impact resistance, and overall strength without significantly adding weight.
While it offers comfort, its design, particularly the 20mm layback and carbon layup, is optimized for gravel and adventure riding. For pure road racing, a seatpost focused solely on stiffness might be preferred, but it can certainly be used on a road bike for added comfort if desired.
Specific weight limits are typically determined by the manufacturer. Please refer to the official PRO product documentation or contact PRO support for the exact rider weight limit for this seatpost.
The seatpost is designed with internal routing for a Shimano Di2 battery. You will need to follow the specific instructions provided by Shimano for integrating the battery into the seatpost, which usually involves securing it within the post.
You will need Allen keys (hex wrenches) for the seatpost clamp bolts and potentially for the stem/handlebar clamp if you are also adjusting your saddle. A torque wrench is highly recommended for carbon components to ensure proper tightening.
Yes, carbon assembly paste is highly recommended when installing carbon components like this seatpost. It provides a higher friction coefficient between carbon surfaces, allowing you to achieve secure clamping at lower torque values, which reduces the risk of damaging the carbon.
Warranty information is specific to the retailer and region. Please check the product packaging or the PRO website for detailed warranty terms and conditions.
Remove the seatpost, clean both the post and the inside of the seat tube, and reapply a thin layer of carbon assembly paste before re-installation. Ensure the seat clamp is torqued correctly.
Ensure the clamp bolts are tightened to the correct torque specification. Check that the saddle rails and clamp interface are clean and free from debris. Carbon assembly paste can improve grip.
Refer to the specific Shimano Di2 installation guide for seatpost battery integration. Ensure all components are clean and properly aligned.
Discontinue use immediately and inspect the seatpost thoroughly. If structural damage is suspected, the seatpost should be replaced for safety reasons.
Setup: Ensure you select the correct diameter (27.2mm or 31.6mm) to match your bicycle's seat tube. Loosen the 1-bolt clamp mechanism, insert the seatpost into the frame to your desired height, and then securely tighten the clamp bolts to the manufacturer's recommended torque specification (typically found in your bike's manual or on the seatpost itself). For Di2 integration, follow Shimano's instructions for routing and securing the battery within the seatpost.
Compatibility: This seatpost is compatible with standard bicycle seat clamps and is designed for seamless integration with Shimano Di2 electronic groupsets. Always verify your frame's seatpost diameter before purchase. It is designed for off-road and gravel use, offering compliance suitable for such applications.
Care: Clean the seatpost regularly with mild soap and water using a soft cloth. Avoid abrasive cleaners or solvents, which can damage the carbon fiber finish. When working on the seatpost or saddle clamp, use a torque wrench to prevent over-tightening, which can damage the carbon. Inspect regularly for any signs of damage, especially after a crash.
