The Tilt Tomahawk Fork was designed by Tom using 3D design software, and Tilt made it happen. The fork is machined out of billet 6061-T6 aluminum, and a integrated thread removes the need for a star nut. The Tomahawk forks also feature an integrated crown race and includes the F5 axle system.
If you were looking for some cheap grip tape, you came to the right place. Add Tilt Tomahawk 120 Forks to your shopping cart and the price magically drops up to 20%. Made from 6061 series aluminum, Tomahawk 120 Forks are a one-piece threadless fork featuring an integrated starnut. Compatible with HIC and SCS compression ONLY, Tilt Tomahawk 120 Forks have a 10mm offset and are compatible with wheels up to 120mm. Additional Features of these SCOOTER FORKS are: Steerer tube length: 153mm.
Do you know what forks you should buy? It depends on the compression system that you want to run. If you land on HIC or SCS compression, the Tilt Tomahawk 120 Forks are for you, as they are compatible with either SCS or HIC compression. Don't know which compression system to go with? That is easy – HIC or SCS, as they 2 of the most effective compression systems on the market. Which means you should pick up a set of Tilt Tomahawk 120 Forks to go with the SCS or HIC compression system that you just decided to use.< p>
Tilt Tomahawk 120 Forks Specifications:
- Made from 6061 series aluminum
- one-piece threadless fork featuring an integrated starnut
- Steerer tube length: 153mm
- Compatible with HIC and SCS compression ONLY
- 10mm offset and are compatible with wheels up to 120mm
- Available dimensions: Steerer tube length: 153mm
- Available colors: BLACK, BLUE, GOLD, PURPLE, RED, SILVER
While most of the competition is manufacturing overseas, TILT SCOOTERS is committed to American manufacturing. Unique in-house capabilities such as CNC machining, anodizing, laser-marking, and fabrication allow Tilt to maintain a level of quality control unparalleled in the industry. Meticulous engineering and rider-proven testing continually allow riders to push the boundaries of freestyle scootering.