A bicycle trainer, the bicycle trainer including a biased, pivot mounted belt for contact with the rear wheel of a bicycle, such that the belt moves in response to rotation of the wheel and applies predetermined tension.

A bicycle trainer includes a frame having a pair of laterally spaced axle supports configured to support a rear wheel axle of a bicycle. The axle supports define a laterally extending first axis. A drive wheel is rotatably supported by the frame, wherein the drive wheel is rotatable about a second axis parallel to, and radially spaced from, the first axis. A resistance unit is supported by the frame and operably coupled to the drive wheel. A bicycle trainer system includes a bicycle having a rear wheel axle removably supported by the axle supports. A method of using the trainer is also provided.

A bicycle trainer includes a support for supporting a bicycle having a frame and a rear wheel attached to a rear axle, the support biasing the bicycle into an upright orientation, and a roller for engaging with the rear wheel of the bicycle, wherein, when the bicycle is supported by the support, the roller is adapted to provide resistance against turning the rear wheel and the rear axle of the bicycle is not connected to the support.

Disclosed is a bike simulator including: a base frame; a slope frame rotatably connected to the base frame so as to apply a tilting back and forth to a seated bike; a roll frame fixing a frame of the bike seated on the slope frame and rotatably connected to the slope frame so as to apply a horizontal slope to the bike; and a rear wheel support provided in the slope frame, supporting a rear wheel of the seated bike, and including a load generating unit configured to control rotary force transferred to the rear wheel. In the bike simulator according to the present invention, a bike which an actual user possesses can be fixed and applied, and as a result, the user can feel an extreme realistic traveling sense.