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An apparatus includes a mount supporting a pedal and rotatably engaging a crank arm, a resilient member fixed to the mount, and a bracket fixed to the resilient member. The bracket selectively mechanically locks the mount in first and second positions relative to the crank arm. The first position of

An apparatus includes a mount supporting a pedal and rotatably engaging a crank arm, a resilient member fixed to the mount, and a bracket fixed to the resilient member. The bracket selectively mechanically locks the mount in first and second positions relative to the crank arm. The first position of the mount locates the pedal in an operating position away from the crank arm, and the second position of the mount locates the pedal in a storage position along the crank arm.

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1. An apparatus comprising: a mount supporting a bicycle pedal and rotatably engaging a bicycle crank arm;a resilient member coupled to the mount; anda bracket coupled between the mount and the resilient member, the bracket including a pair of apertures configured to engage the crank arm, the resili

1. An apparatus comprising: a mount supporting a bicycle pedal and rotatably engaging a bicycle crank arm;a resilient member coupled to the mount; anda bracket coupled between the mount and the resilient member, the bracket including a pair of apertures configured to engage the crank arm, the resilient member biasing the bracket into selective mechanical engagement with the mount in first and second positions rotatably displaced about the crank arm,wherein the first position of the mount locates the pedal in an operating position away from the crank arm, and the second position of the mount locates the pedal in a storage position along the crank arm, andwherein the pair of apertures of the bracket are configured to receive first and second pairs of studs on end and side surfaces of the crank arm, respectively. 2. The apparatus of claim 1, wherein the bracket is configured to overlap a forked end of the crank arm, and the first and second pairs of studs are respectively on opposing portions of the forked end of the crank arm. 3. The apparatus of claim 2, wherein the mount includes a pair of axle portions extending therefrom, the axle portions being received in a pair of axle apertures on the opposing portions of the forked end of the crank arm. 4. The apparatus of claim 1, wherein the resilient member includes a spring. 5. The apparatus of claim 1, wherein the bracket is manually operable. 6. The apparatus of claim 1, wherein the mount includes a pedal aperture, and the pedal includes a pedal stud configured to engage the pedal aperture and couple the pedal to the mount. 7. An apparatus comprising: a first crank arm for a bicycle gear assembly;a first mount for supporting a first bicycle pedal, the first mount rotatably coupled to the first crank arm;a first resilient member coupled to the first mount; anda first bracket coupled between the first mount and the first resilient member, the first bracket including a pair of apertures configured to engage the first crank arm, the first resilient member biasing the first bracket into selective mechanical engagement with the first mount in first and second positions rotatably displaced about the first crank arm,wherein the first position of the first mount locates the first pedal in an operating position away from the first crank arm, and the second position of the first mount locates the first pedal in a storage position along the first crank arm, andwherein the pair of apertures of the first bracket are configured to receive first and second pairs of studs on end and side surfaces of the first crank arm, respectively. 8. The apparatus of claim 7, wherein the first bracket is configured to overlap a forked end of the first crank arm, and the first and second pairs of studs are respectively on opposing portions of the forked end of the first crank arm. 9. The apparatus of claim 8, wherein the first mount includes a pair of axle portions extending therefrom, the axle portions being received in a pair of axle apertures on the opposing portions of the forked end of the first crank arm. 10. The apparatus of claim 7, wherein the first resilient member includes a spring. 11. The apparatus of claim 7, wherein the first bracket is manually operable. 12. The apparatus of claim 7, wherein the first mount includes a first pedal aperture, and the first pedal includes a pedal stud configured to engage the first pedal aperture and couple the first pedal to the first mount. 13. The apparatus of claim 7, further comprising: an axle fixed to the first crank arm opposite the forked end of the first crank arm, the first crank arm extending substantially radially away from the axle;a second crank arm for engage a bicycle gear assembly, the second crank arm fixed to the axle opposite the first crank arm, the second crank arm extending substantially radially away from the axle in a substantially radially opposite direction relative to the first crank arm;a second mount configured to support a second bicycle pedal, the second mount rotatably coupled to the second crank arm opposite the axle;a second resilient member fixed to the second mount; anda second bracket fixed to the second resilient member and configured to selectively mechanically lock the second mount in first and second positions relative to the second crank arm,wherein the first position of the second mount locates the second pedal in an operating position away from the second crank arm, and the second position of the second mount locates the second pedal in a storage position along the second crank arm. 14. The apparatus of claim 13, wherein the second resilient member includes a spring. 15. The apparatus of claim 13, wherein the second bracket is manually operable. 16. The apparatus of claim 13, wherein the second mount includes a second pedal aperture, and the second pedal includes a pedal stud configured to engage the second pedal aperture and couple the second pedal to the second mount.