
Cannondale HGSL 27 KNOT 330mm Carbon Seatpost
The Cannondale Hollowgram SL 27 Knot is a premium carbon fiber seatpost designed specifically for frames utilizing the Truncated Aero Profile. With a lightweight construction of just 168 grams, it offers a high-performance blend of aerodynamics, compliance, and strength for modern road racing setups.
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Precision Compatibility: This seatpost is engineered specifically to fit the 2019+ generation SuperSix EVO and CAAD13 frames. Its unique truncated profile ensures a seamless aerodynamic interface with the seat tube.
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Fine-Tuned Positioning: Featuring a 15mm offset and a reliable two-bolt head design, the SL 27 Knot allows for easy and precise saddle tilt and fore-aft adjustments to achieve the perfect ergonomic fit.
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Lightweight Carbon Build: Constructed from high-quality carbon fiber, this post minimizes weight while helping to dampen road vibrations. A minimum frame insertion of 65mm is required to ensure structural integrity and rider safety.
Original: $174.45
-65%$174.45
$61.06Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
The Cannondale Hollowgram SL 27 Knot is a premium carbon fiber seatpost designed specifically for frames utilizing the Truncated Aero Profile. With a lightweight construction of just 168 grams, it offers a high-performance blend of aerodynamics, compliance, and strength for modern road racing setups.
-
Precision Compatibility: This seatpost is engineered specifically to fit the 2019+ generation SuperSix EVO and CAAD13 frames. Its unique truncated profile ensures a seamless aerodynamic interface with the seat tube.
-
Fine-Tuned Positioning: Featuring a 15mm offset and a reliable two-bolt head design, the SL 27 Knot allows for easy and precise saddle tilt and fore-aft adjustments to achieve the perfect ergonomic fit.
-
Lightweight Carbon Build: Constructed from high-quality carbon fiber, this post minimizes weight while helping to dampen road vibrations. A minimum frame insertion of 65mm is required to ensure structural integrity and rider safety.


















