Craftworks
| Frame: | Craftworks FRX | T6 7005 Single Pivot |
| Travel: | Rear Wheel | 140mm / 5.5 inches |
| Fork: | Rock Shox | Revelation 426 |
| Rear shock: | Rock Shox | Monarc 3.3 (200x50mm length) |
| Headsets: | FSA | Orbit MX |
| Seat Post: | Truvativ | Team |
| Front Tire: | Maxxis | 2.1 |
| Rear Tire: | Maxxis | 2.1 |
| Wheelset: | Mavic | Cross ride |
| Chainwheel: | Truvativ | Stylo 3.3 |
| Chain: | Sram | PC-971 |
| Freewheel: | Sram | PG-970 |
| Front Derailleur: | Sram | X9 |
| Rear Derailleur: | Sram | X9 |
| Left Shift Lever: | Sram | X9 |
| Right Shift Lever: | Sram | X9 |
| Saddle: | WTB | Pure V |
| Pedal: | Wellgo | SPD |
| Handlebar: | Truvativ | Team |
| Stem: | Truvativ | Team |
| Grips: | WTB | MotoTec |
| Front Brake: | Avid | Juicy5 |
| Rear Brake: | Avid | Juicy5 |
Specifications are subject to change without notice
| Medium (17in) | Large (19.5in) | |
| Seat Tube Length | 430.00 mm | 490.00 mm |
| Top Tube Length | 595.00 mm | 620.00 mm |
| Head Tube Angle | 68.00 deg | 68.00 deg |
| Seat Tube Angle | 73.50 deg | 73.50 deg |
| Wheel Base | 1123.75 mm | 1142.50 mm |
| Chain Stay Length | 421.25 mm | 421.25 mm |
| BB Drop | 0.00 mm | 0.00 mm |
| Rear Wheel Travel | 140.00 mm | 140.00 mm |
| Frame weight (with shock) | 3.2kg | 3.2 kg |
Specifications are subject to change without notice
The Craftworks FRX is the one bike to do it all. Build it up as a light XC/trail weapon or as a 4X racer..... it's up to you.....
From all the hours testing in the saddle we have settled with the single pivot design. With all the crap aside, we believe a correctly executed and setup single pivot design, piloted by an experienced, aggressive rider, is un beatable in simplicity and performance. Sure others will argue about characteristics created by wheel path, isolating braking and chain forces, but this always doesn't translate to measurable increases in performance at the handle bars.
The first thing you will notice about the FRX is stiffness when pedaling hard out of the saddle. This is due to the precisely designed CNC interface of the BB, main pivot and swing arm. Stiffness translates to efficient power transfer and a faster acceleration. There are so many bike companies at the moment thinking that the weight game is the only game in town, sacrificing stiffness. Next time you're bouncing on the suspension of a bike on the show room floor do yourself a favor and check how stiff the frame is. Best way to do this is put the chain in the middle in the front and biggest cog at the back then push really hard down on the RH crank. Watch the different amounts of flex through the BB and swingarm on different bikes. Notice that there is no flex through the pedals on the FRX.....

One Piece BB and Main Pivot for Stiffness
The flowing lines of the semi monocoque swingarm are not just for looks, but rather creating precise flex curves from front to back. Even though it looks chunky there is not a lot of material in there, its mainly hollow. We could come up with some fancy name for it, but as you know we would rather be out riding it.... The unique CNC construction achieves balance of stiffness for power transfer and lateral compliance for mid corner stability. Tuned lateral compliance is most noticeable deep in off camber, rutty turns with increased traction. This all translates to faster cornering speeds.

Semi Monocoque Construction
The shape of the swing arm yoke also allows for lower effective un-sprung mass for better suspension compliance. The central weight distribution gives a very neutral feel, noticed as soon as the wheels the leave the ground. Don't ride though that rock garden, just clear it -it is much faster.
The organic, flowing look is also continued though to the light weight, hollow core dropouts.
The Geometry is suited to the experienced rider, balancing XC with aggressive trail attributes - low XC stance for railing single track balanced with stability for when things get fast and technical.
Who said a single pivot design was simple.... ?
Craftworks FRX frame warranty
2 years original owner
Lifetime crash replacement

