Husaberg unveils 2013 models
Husaberg North America launched its 2013 model line, which includes a range of 2- and 4-stroke machines.
FE 250: The newest addition to the Husaberg model range is the all-new FE 250. The FE 250 is the first 250cc 4-stroke model from Husaberg. The FE 250 features a lightweight and compact power plant with a modern electronic fuel injection. The quick and responsive FE 250 is the new weapon of choice for all enduro racers, the company said.
FE 350: After winning an Enduro World Championship after its release in 1991, Husaberg is back on track with the return of the FE 350. The FE 350 succeeds the FE 390 in the 2013 lineup for the new and growing mid-size division that performs like a 450 but feels like a 250, according to Husaberg.
FE 501: Husaberg’s most successful model in racing so far, the legendary FE 501 is back for 2013. The FE 501 combines a huge weight reduction in 2013 with massive power that represents what Husaberg encompasses: Ultimate rideability without compromise, the company said.
TE 250: The TE 250 now offers a more lively power delivery and all new chassis. An adjustable power valve and selectable ignition curves give the rider the ability to adjust the bike to their personal riding style. In 2013, the TE 250 also features the standard 6-speed transmission and electric starter.
TE 300: Known for its matchless power-to-weight ratio the TE 300 approaches 2013 with a completely new chassis with even more power and agility than ever before. The TE 300 is proven to be the ultimate extreme enduro bike, according to Husaberg.
The entire 2013 Husaberg lineup features a new frame made of chromoly, subframe made of high-strength plastic, a new swingarm and new bodywork. Additional elements to the 2013 chassis are the patented 4-chamber technology, closed cartridge forks by WP Suspension. The new user-friendly fork enables both the rebound and compression adjustments to be made at the upper end of the fork. Husaberg’s 2013 innovative chassis are fully equipped, integrated and characterized to provide optimal functionality.