Tikhell Mountain Bike Seat
2024 Tikhell Spares
Lightweigh & Non-slip: Ergonomic Bike saddle features a carbon rail, only 255g. Super comfortable Bike saddle, the surface is wear-resistant, non-slip, and anti-scratch. Very durable for long time use.
Design: High polymer light curing materials are used to 3D print the honeycomb structure liner, replacing the traditional closed cell foam, which is easy to clean even on muddy roads. Through strict testing to simulate accelerated weathering, ultraviolet aging and abrasion resistance, the use performance of the cushion is improved;
Universal Fit Seat: Replacement Bike Seat upgrades ride quality for for Any Standard Bike, Perfect saddle replacement for mountain bike, road bike, etc.
Hollow design: Zoned shock absorption, high resilience; Widened hollow design, greatly avoiding the oppression of male soft tissue;
High resilience nodes and pillars: 3D printing process makes the cushion form dense nodes and pillars, which can achieve "soft where soft, hard where hard";
£78.99 - 2024 Mountain Bike Seat by Tikhell
Tikhell Comfort Bike Saddle 3D Printing Cycling Bike Saddle Hollowed Out Replacement Shock Absorbing for Mountain Road Bikes
Tikhell Mountain Bike Seats » Tikhell Mountain Bike Seats Gallery »Lightweigh & Non-slip: Ergonomic bike saddle features a carbon rail, only 255g. Super comfortable bike saddle, the surface is wear-resistant, non-slip, and anti-scratch. Very durable for long time use. Design: High polymer light curing materials are used to 3D print the honeycomb structure liner, replacing the traditional closed cell foam, which is easy to clean even on muddy roads. Through strict testing to simulate accelerated weathering, ultraviolet aging and abrasion resistance, the use performance of the cushion is improved; Universal Fit Seat: Replacement Bike Seat upgrades ride quality for for Any Standard Bike, Perfect saddle replacement for mountain bike, road bike, etc. Hollow design: Zoned shock absorption, high resilience; Widened hollow design, greatly avoiding the oppression of male soft tissue; High resilience nodes and pillars: 3D printing process makes the cushion form dense nodes and pillars, which can achieve "soft where soft, hard where hard";
