
PINARELLO X3 ROAD BIKE SIZE-51.5CM
PINARELLO X3 Shimano 105 Di2
₹550000.00₹415000.00
PINARELLO X3 ROAD BIKE SIZE-51.5CM
Pinarello X3 – Size 51.5 cms
Colour- Red and Black
Shimano 105 Di2 GROUPSET
Frame Size: 51.5 cms
Ideal Rider Height: 173-176cm (5′8.11″-5’9.3″)
Condition: Excellent
Upgrades Included
* Ceramic Oversize Pulley Wheels
* Power Meter Crank 165
* Original crankset & pulley wheels (also included)
MRP: ₹5.5 Lakhs
⸻
⚙️ Wheelset (Optional / Separate Sale)
* FFWD 55 (Size 55) Carbon Wheels
* DT Swiss Hub
* Condition: Brand new, unused
* Comes with box & warranty
Selling Price 👉: ₹1.45 Lakhs
(Current market price after discount: ₹1.65 Lakhs)
⸻
📌 Notes
* Bike and wheels can be purchased together or separately
Location - Kochi ,Kerala
Posted on -18 Feb 2026
PAYMENT - All Credit card and Credit EMI / Pay Later etc. / UPI payments available , We have no COD option [Cash on delivery] .
Check all Terms and Condition for placing the order :-
https://www.sycles.co/shipping-and-delivery
Contact Us
+9195797 74798
MUMBAI
#SYCLESWORLD
FOLLOW US ON INSTA
https://www.instagram.com/sycles.co/
The bike in the image is a Pinarello X3, a performance-oriented endurance road bike designed for comfort over long distances. This model features a carbon layup and geometry specifically developed to be more relaxed than the professional racing-focused Dogma series, offering approximately 20% less vertical stiffness for improved vibration dampening.
Key Specifications
Frame Material: Constructed with Torayca T600 UD carbon, which is optimized for absorbing road vibrations for a more comfortable ride.
Fork: Features the distinctive ONDA fork, a signature Pinarello technology since 2000 that provides stability and precise turning.
Groupset: Commonly equipped with either Shimano 105 Di2 (12-speed electronic) or SRAM Rival AXS components.
Wheelset: Typically fitted with Fulcrum Racing 800 wheels or similar performance-level wheelsets.
Design Features: The frame uses an asymmetric design to balance the uneven forces from the drivetrain and "flex stays" to further enhance shock absorption without sacrificing power transfer.
