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A compact exercise scooter supported by a pair of wheels is propelled by the cyclic operation of a pair of stabilized pedals by a standing user with hands on a handlebar. The elongate pedals are connected to a crank and guide for predetermined pedal angles configured to maintain heel contact during

A compact exercise scooter supported by a pair of wheels is propelled by the cyclic operation of a pair of stabilized pedals by a standing user with hands on a handlebar. The elongate pedals are connected to a crank and guide for predetermined pedal angles configured to maintain heel contact during the cyclic operation. The feet are positioned on pedal extensions with the heels of the feet rearward of the crank pivots to develop superior crank torque imposed upon the wheels for faster speed and better startup acceleration. A means of adjustment is provided to change the predetermined pedal angles.

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A compact exercise scooter supported by a pair of wheels is propelled by the cyclic operation of a pair of stabilized pedals by a standing user with hands on a handlebar. The elongate pedals are connected to a crank and guide for predetermined pedal angles configured to maintain heel contact during

A compact exercise scooter supported by a pair of wheels is propelled by the cyclic operation of a pair of stabilized pedals by a standing user with hands on a handlebar. The elongate pedals are connected to a crank and guide for predetermined pedal angles configured to maintain heel contact during the cyclic operation. The feet are positioned on pedal extensions with the heels of the feet rearward of the crank pivots to develop superior crank torque imposed upon the wheels for faster speed and better startup acceleration. A means of adjustment is provided to change the predetermined pedal angles. nt of said second sleeve to limit the longitudinal extension of said third fender section. 8. A telescoping bicycle fender according to claim 1 wherein a free end of said second fender section in said second position is adapted to attach to said bicycle frame. 9. A telescoping bicycle fender according to claim 1 wherein said fender sections include a plurality of longitudinal ribs and channels adapted to minimize surface contact between said fender sections during said sliding movement of said second and third fender sections. 0, 19940700, Malinowski; US-5382400, 19950100, Pike et al.; US-5531157, 19960700, Probst; US-5801106, 19980900, Jameson; US-5803106, 19980900, Cohen et al., 239/102.2; US-5868153, 19990200, Cohen et al.; US-6010592, 20000100, Jameson et al.; US-6020277, 20000200, Jameson; US-6053424, 20000400, Gipson et al.; US-6315215, 20011100, Gipson et al., 239/102.2; US-6450417, 20020900, Gipson et al., 239/102.2