SH-XC502 - (Available in Wide Width) - Men's
SH-XC502 - (Available in Wide Width) - Men's
SH-XC502 - (Available in Wide Width) - Men's
SH-XC502 - (Available in Wide Width) - Men's
SH-XC502 - (Available in Wide Width) - Men's
SH-XC502 - (Available in Wide Width) - Men's
SH-XC502 - (Available in Wide Width) - Men's
SH-XC502 - (Available in Wide Width) - Men's
SH-XC502 - (Available in Wide Width) - Men's
SH-XC502 - (Available in Wide Width) - Men's
SH-XC502 - (Available in Wide Width) - Men's
SH-XC502 - (Available in Wide Width) - Men's

SH-XC502 - (Available in Wide Width) - Men's

UPC: 192790923055
Color Black
Width
Size
Price
Regular price $229.95
Regular price $229.95 Sale price $229.95
Save $0
/
  • Low stock - 2 items left
  • Backordered, shipping soon

Pairs well with


  • Price match guarantee
  • Free shipping over $49.99*
  • Locally owned
  • Secure payments

Size chart
Best Use:
Mountain, Gravel
Weight (g / oz):
300 g (Size 42)
Outsole:
ULTREAD Rubber
Upper:
Synthetic Leather
Lace System:
BOA® Fit System Dial L6, 1-strap
Cleat Pattern:
2-bolt
Cleat Compatability:
SPD
Walkable Sole:
Yes
Stiffness:
7
Width:
Medium and Wide

Lightweight, rigid and ready to race, the XC502 is a mid-range cross country bike shoe designed for every off-road rider. The feather-light fiberglass midsole integrates seamlessly with the upper for stable pedaling and maximum power transfer, while the Boa® L6 dial allows for quick and easy fit adjustments on the trail.

  • Lightweight SHIMANO ULTREAD XC rubber outsole delivers competition-grade grip that lasts.

  • Lightweight upper with optimized material placement provides a comfortable fit.

  • BOA® L6 dial on instep strap quickly and comfortably secures a wide range of foot shapes.

  • Glass fiber reinforced midsole for power transfer.

  • Surround wrapping upper structure reduces overlap and provides a glove-like fit.

  • Rider-tunable spikes allow riders to select and swap spikes to match riding styles and conditions.

  • Low stack height midsole stabilizes foot and optimizes power transfer efficiency.