2022 Scott Spark 960 Aluminium Dual Suspension Mountain Bike

The 2022 Scott Spark 960 Aluminium Dual Suspension Mountain Bike is designed from scratch with the firm guiding hand of Nino Schurter once again steering the design. The bike features a first with its integrated rear shock. It is designed to dominate the XCO (Cross-country Olympics) circuit. The rear shock is integrated into the seat tube, completely hiding it. This prevents lateral movements or movements against the direction of travel. But it also improves the bike's overall handling by making it possible to build a much stiffer swingarm that transfers power more directly and by placing the centre of gravity as close to the ground as possible. The pivot point bearings in the seat tube are now larger to contribute to the stiffness of the assembly. Integration is the name of the game in the 2022 Spark series. The cables are also completely integrated into the tube allowing for less weight and a more structurally sound frame. The front shock boasts 130mm travel making a dominating force on the downhill sections. It also climbs like a mountain goat. This bike is a real speed demon like the rest of the 2022 Scott Spark range. It further features a Syncros Duncan Dropper Post 2.0. It is part of the aluminium part of the range meaning it is slightly heavier and lower spec but it still packs all the punch of the 2022 Scott Spark range. The 960 is cheap enough to fall within the realm of budget friendly.

 Key Features: 
-  Spark Alloy SL 6011 Integrated Suspension Technology frame
-  RockShox Judy Silver TK Solo Air 15x110mm QR axle 130mm travel fork
-  X-Fusion NUDE 5 RLX Trunnion SCOTT custom w. travel / geo adj. 3 modes rear shock
-  Shimano FC-MT512-1 55mm CL / 32T crank
-  Shimano Deore CS-M6100-12 / 10-51 T cassette
-  Syncros Duncan Dropper Post 2.5 31.6mm seat post
- Schwalbe Wicked Will 29x2.4" EVO Super Race / TLE / 67EPI / Addix tyres
-  Syncros X-30SE / 32H / 30mm Tubeless ready wheelset
-  Shimano XT RD-M8100 SGS Shadow Plus / 12 Speed derailleur