Lee Cougan Rampage 428 Blue Fade kalnų (MTB) dviratis (29")
Prekės kodas: -
Gamintojas: Lee Cougan
Skaičiuojama...
12 mėn.
Pasirinkite variantą, kad sužinoti pristatymo terminus
Lee Cougan Rampage 428 Blue Fade kalnų (MTB) dviratis (29")
PURE RACING DNA TAKES FAST TO FASTER
The newest version of the race-proven and rider-approved Lee Cougan hardtail stands on the shoulders of a longstanding tradition of front suspension cross-country solutions. Making a fast frame faster in the case of the Rampage, universally lauded by nearly all those with experience riding or racing atop it, made for a difficult task indeed.
Design
OVERSIZED DOWNTUBE
The oversized downtube takes on a meticulously studied shape that, coupled with the oversize bottom bracket area and shorter, stiff chain stays makes for a structure capable of converting even the highest wattage pedal stroke into efficient forward movement.
ELBOW DESIGN
Through the Elbow Design solution, we have managed to place the rear wheel inside the rear triangle, thus increasing the vertical flexion of the frame. The Rampage 428 gets its name from the short 428mm chainstay design made to keep the bikes handling snappy, reactive and more efficient.
What's hiding between the fibers?
RAMPAGE 428
While the Rampage is visibly different from its previous versions, the elements not visible by the naked eye represent perhaps some of the most significant advancements.Internal cable routing system
While new shapes give a visual impact it is the absence of visible cables that makes this newest model somewhat disruptive. An oversized steer tube in addition to a specifically studied stem allows for the Rampage to route cables not only internally with regards to the frame but to hide them from sight by passing through the stem.
Lee Cougan’s Air Carbon Technology
Rampage model takes advantage of Lee Cougan’s Air Technology, a carbon molding technique that uses extremely high pressure in the molding phase to eliminate imperfections caused by trapped air in addition to blending the 1k, 3k, and unidirectional carbon fiber in a manner that makes for a more compact overall structure.The result: stronger, more reliable carbon frames that weigh less than comparable frames that use more traditional construction methods.











