TRANS 2.0 SR

KROSS TRANS 2.0 SR

The KROSS Trans 2.0 SR is a bike designed for anyone who likes to cycle and is looking for a comfortable machine for commuting to work or for weekend trips. The frame with a lowered standover and the geometry specially developed for this bike provide incredible ride comfort. Thanks to a specially reinforced trunk, the KROSS Trans 2.0 SR makes it possible to carry even heavy luggage. You will not be afraid of the weather because our system of full mudguards will protect your clothing from the mud splashing from under the tires.

Components

In the Kross Trans 2.0 SR we installed V-brakes that will provide you with high braking power on asphalt and on forest paths. The 42 mm Mitas Gripper V84 tires make it possible for the bike to be used in almost all weather conditions and for a long time. In addition, it is equipped with a high-quality Sunrace drivetrain with as many as 21 speeds. They will make it easier to overcome steep slopes and develop high speeds on flat sections of the road. The rear Sunrace RDM41 derailleur provides quick and precise shifting. The Sunrace DLM403 shifter is responsible for its correct operation, the work of which you will appreciate when the terrain you are riding on starts to climb up. One move and your chain is on the correct mode.

The KROSS Trans 2.0 SR also includes high-quality components such as the handlebar and seatpost. They were made of durable materials that will serve you for a very long time. The above components are complemented by lights integrated with the bike, which inform others about your presence on the road and illuminates it when you ride after dark.

Technologies

The frame of the KROSS Lea 2.0 SR is made of performance aluminium. This is a special 6061 performance aluminium alloy, thanks to which the bike is stiff and resistant to breakage. At the same time, it is a relatively light material that can surprise many cyclists with its properties. In addition, the frame is powder coated, which translates into durability of the paintjob and its resistance to mechanical damage.