The impec riders are not only looking for the best performance and balanced ride quality, they also want to get the latest technology. Unique technical solutions, Swiss design and precision are fascinating these riders.
| Size | s | tt | ht | stack | reach | ha | sa | rc | drop |
|---|---|---|---|---|---|---|---|---|---|
| racefit | |||||||||
| 50 | 518 | 531 | 131 | 533 | 378 | 72.5 | 74 | 405 | 69 |
| 53 | 537 | 543 | 151 | 552 | 385 | 72.5 | 74 | 405 | 69 |
| 55 | 555 | 560 | 171 | 571 | 396 | 72.5 | 74 | 405 | 69 |
| 57 | 573 | 579 | 191 | 590 | 410 | 72.5 | 74 | 405 | 69 |
| 60 | 591 | 588 | 211 | 609 | 413 | 72.5 | 74 | 405 | 69 |
| performancefit | |||||||||
| 50 | 538 | 530 | 151 | 552 | 372 | 72.5 | 74 | 405 | 69 |
| 53 | 557 | 542 | 171 | 571 | 379 | 72.5 | 74 | 405 | 69 |
| 55 | 575 | 560 | 191 | 590 | 390 | 72.5 | 74 | 405 | 69 |
| 57 | 592 | 578 | 211 | 609 | 404 | 72.5 | 74 | 405 | 69 |
| 60 | 611 | 587 | 231 | 628 | 407 | 72.5 | 74 | 405 | 69 |
| Rider height | Bar width | Stem extension | Crank length |
|---|---|---|---|
| <172 | |||
| 170 - 177 | |||
| 175 - 182 | |||
| 180 - 188 | |||
| >188 | |||
| <172 | |||
| 170 - 177 | |||
| 175 - 182 | |||
| 180 - 188 | |||
| >188 |
1) Frame
Construction, material and manufacturing process. These three aspects of the frame joints formed the Gordian knot of the impec which could not be untangled using conventional ideas. Everything seemed to be impossibly connected with each other. Until at some point we had the simple idea of creating the frame joints of the impec in two parts.
A clean cut then led to impec Technology no 2, the Shell Node Concept, where the joints at the nodal points of the frame are not one-piece collars but are each made from two half-shells. These half-shells are manufactured from a revolutionary composite compound material, are extremely rigid and yet light, have outstanding shock absorption qualities and can be connected to the frame tubes in the final assembly with absolute control and precision.
impec Technology No 1 is the Load Specific Weave process - LSW. This robot-controlled process creates the frame tubes for the impec. Each of them is manufactured with absolute precision and made-to-measure according to specification with verifiable accuracy...
LSW is the name of a complex three-stage process at the end of which is the perfect frame tube. in brief, the three stages are as follows: weaving, resin injection and cutting - and from these stages comes a humble, flawless carbon tube that only needs to be lacquered, printed and attached to other equally faultless tubes to make the perfect frame.
The strict use of digital technology results in absolute transparency in Load Specific Weave. To provide for this transparency, each workpiece carrier is equipped with a data matrix which contains all the programs for the different process stages that the frame tubes of the impec pass through. The system gives the various robots their commands and at the same time records all the relevant data for each individual workpiece.
With these cranks, the bearings are pressed directly into the frame. The diameter of the axle is 30 mm. The advantages of a BB30 crankset are greater stiffness with a lower total weight.
Tapered head tube - with a minimum increase in weight, a disproportionately higher fork thickness results.