Fsa Energy Road Stem

Titanium bolts complete the package.

Fsa energy road stem.

In fact you ll find it s actually lighter than many of its carbon counterparts coming in at only 111 grams for the 90 millimeter version. It allows the cables and wires to be routed internally at the most important points of the cockpit. Full speed ahead fsa gossamer road bicycle stem 31 8 x 6 degree. Get it as soon as thu sep 3.

While the classic drop might come with a certain aesthetic panache riders and bike fitters alike have been quick to profess their. This improves chainline and thus efficiency which is an ideal solution for long distance rides. Find great deals on ebay for fsa energy stem and fsa energy handlebar. A super compact crankset is very versatile and allows the rider to stay in the middle of their cassette for longer.

After years of study and development k force we is ready to ride. The light weight energy stem transforms your power perfectly to the road and completes the energy series of fsa which is dedicated to sophisticated bikers. K force we is a high tech electronic groupset with an elegant design. A unique product that will make you change the way you ride your bike.

5 0 out of 5 stars 7. Fsa presents its first drivetrain. The fsa energy scr road stem is part of the semi integrated cable routing system called scr. The fsa powerbox road carbon crankset is now available in super compact version with 48 32 and 46 30 combinations.

Fsa s energy bars are available in both a compact and ergo shape. Fsa energy 6 alloy road stem 100mm titanium hardware 31 8x1 1 8 fsa 175 0306. Made of 3d forged and cnc machined 2014 aluminium for a perfect balance between weight an stiffness. At just 113g for a 100mm extension the energy stem represents cutting edge aluminum construction.

The shape is 3d forged from 2014 aluminum for great strength with the final refinements carried out by cnc machining. Product description made with 3d forged 2014 aluminum alloy the fsa energy stem offers unparalleled levels of lightweight performance strength and stiffness for an aluminum stem.