The Shimano GE5W - denim are versatile SPD shoes designed for trail and enduro riding. They combine a skate-inspired style with technical features focused on stability, bike control, and comfort, with a women's-specific last to ensure a natural fit.
Designed for demanding off-road use, they feature a SHIMANO ULTREAD GE outsole optimized for enduro, a TORBAL 2.0 midsole for enhanced control on descents, and a widened pedal channel for improved stability when the SPD pedal is not clipped in. Stiffness index: 5/12.
Main features
Made with SHIMANO ULTREAD GE rubber and a sole design optimized for enduro riding
TORBAL 2.0 midsole offering torsional flexibility to improve control on descents and in turns
Extended pedal channel for improved SPD stability when the shoe is unclipped
Multi-layer EVA foam with intermediate height absorbs impacts while rolling and walking
Breathable upper with skate-style lacing and a wide instep strap
Women's specific shape for a natural and comfortable fit
SPD midfoot positioning for improved stability and enhanced bike control
Padded inner collar for added protection
Technologies
ULTREAD
TORBAL 2.0
Pedal Channel
SPD
Technical details
Model: SH-GE500WOMEN
Series: SHIMANO
Model year: 2024
Model year: 2025
Sex: Female
Segment: Offroad / Gravity Enduro
Product name: GE500 Women's
Shape type: Volume Trail Women's Last
Stiffness index: 5
Wedge system: SPD
Recommended pedal: PD-ME700
E-Bike Rated: Yes
Midfoot cleat adjustment: Yes
Construction
Closure: 1 strap, quick lacing
Upper material: Fabric
Outsole material: ULTREAD rubber
Midsole material: Fiberglass-reinforced nylon + EVA
Insole: Flat
Weight (size 40): 375 g
Colors and sizes
Colors: Black, Denim, Black/Amber
Sizes: 36 to 44
Adhesion and use in technical terrain
SHIMANO ULTREAD GE outsoles, optimized for enduro riding, are designed for intense descents and to provide strong grip on technical climbs. The hexagonal pattern, widened pedal channel, and specific profile in the toe and heel areas improve control and stability on technical terrain and slippery surfaces.