Shimano GE500 black

Shimano GE500 black cycling shoes (gravity enduro)

The Shimano GE5 - black are versatile SPD shoes designed for trail and enduro riding. They combine a skate-inspired style with technical features designed for stability, bike control, and comfort, both on and off the trails.

Designed around a SHIMANO ULTREAD GE sole and TORBAL 2.0 construction, the GE500s offer good grip, controlled flex in corners, and increased stability when the SPD pedal is not clipped in. Stiffness rating: 5/12.

Main features

• Made with SHIMANO ULTREAD GE rubber and a sole design optimized for enduro riding
• TORBAL 2.0 midsole improves lateral flexibility for better downhill control
• Extended pedal channel from toe to heel for high stability when the SPD pedal is unclipped
• Half-length EVA foam absorbs impacts on and off the bike
• Breathable fabric upper with skate-style laces and instep strap for reliable support
• SPD positioning in the middle of the foot to improve stability and bike control
• Padded ankle collar for extra protection

Technologies

• ULTREAD
• TORBAL 2.0
• Pedal Channel
• SPD

Technical details

• Model: SH-GE500
• Series: SHIMANO
• Model year: 2024
• Model year: 2025
• Sex: Male
• Segment: Off-road / Gravity Enduro
• Product name: GE500
• Shape type: Trail Volume Shape
• Stiffness index: 5
• Wedge system: SPD
• Recommended pedal: PD-ME700
• E-Bike Rated: Yes
• Midfoot cleat adjustment: Yes

Construction

• Closure: 1 strap + laces
• Upper material: Fabric
• Outsole material: ULTREAD rubber
• Midsole material: Fiberglass-reinforced nylon + EVA
• Insole: Flat
• Weight (size 42): 399 g

Colors and sizes

• Colors: Light Green, Black, Sand Beige
• Sizes: 38 to 48

Adhesion and use in technical terrain

SHIMANO ULTREAD GE outsoles, optimized for enduro riding, are designed for aggressive descents and offer high traction on technical climbs when the rider dismounts. The specific tread pattern, widened pedal channel, and toe and heel lugs contribute to stability and control on technical and slippery surfaces.