Kink 2022 Launch BMX Bike (20.25" Toptube) (Matte Iridescent Black) - BK420BLK22
Kink 2022 Launch BMX Bike (20.25" Toptube) (Matte Iridescent Black) - BK420BLK22, The 2022 Kink Launch upholds the reputation of the Launch model by continuing to be one of the best bang for your buck deals out there. Designed as an entry level bike, Kink has made sure that the Launch is strong enough to withstand the inherent abuse that learning new tricks brings. A sealed integrated headset, sealed mid bottom bracket, 3-piece chromoly cranks, and a cassette with a 14mm axle all contribute to a ride that will keep on rolling. The 2022 Kink Launch is a great bike that will help any rider learn to ride in the streets, skateparks, and trails. Specifications: Frame: 100% High-Tensile Steel Fork: Kink Stryker 310 Chromoly Steerer Tube (Tapered Fork Legs) Bars: Kink T875 8.75" 100% High-Tensile Steel Grips: Kink Paragon Bar Ends: Kink Thrust Stem: Mission Bold HRD (50mm) Headset: Mission Sealed Integrated (41.8deg x 45deg) Brake Lever: Mission Token Brake Cable: Mission L3 Linear Brakes: Mission Cease V2 Cranks: Mission Triumph 3-Piece 8 Spline Tubular Chromoly (170mm Length) Bottom Bracket: Sealed Mid (19mm) Pedals: Kink Hemlock Chain: Mission 410 Sprocket: Mission Rank (25 Tooth) Front Hub: Mission Covert Unsealed (3/8" Axle) Rear Hub: Mission Function Semi-Sealed Cassette (14mm Axle) Driver: 9 Tooth Rims: Mission X7 Seat: Kink Warsaw Combo Seat Post: Mission Combo Steel Seat Clamp: Mission Slim Clamp Tires: Kink Sever (20 x 2.4") Gyro Tabs: Tapped for Tabs Weight: 26 lbs 4 oz Frame Geometry: Toptube Length: 20.25" Chainstay Length: 13.25" Headtube Angle: 75deg Seattube Angle: 71deg Standover Height: 8.75" Bottom Bracket Height: 11.6" Fork Offset: 32mm Need help building your complete bike? Check out our bike build video below. NOTE: To ensure that every component on your bicycle is working properly, Dan's Comp recommends that all bikes be assembled by a qualified mechanic. Improper assembly of your bicycle may lead to premature wear or failure of i...