Stamp 3 Large vs PD-M820 review

In this entry we are going to compare and review Crankbrothers Stamp 3 Large vs Shimano PD-M820 pedals. Both manufactured by different brands, Crankbrothers and Shimano respectively, these pedals have been designed to be used for different purposes. Whilst Crankbrothers Stamp 3 Large is better for Downhill, Enduro, and trail activities, Shimano PD-M820 is a great choice if your needs are more aligned to pedal offroad activities.

Stamp 3 Large

PD-M820

Size specific magnesium platform pedal provides optimal shoe/pedal interface.

Features

Minimal body profile - 16mm thin
Concave pin profile & 10 adjustable pins per side for grip
Premium bearings & seal system
Optimal surface area
Stamp large recommended for shoe sizes: 10-15 (us) // 43-49 (eu)
Stamp small recommended for shoe sizes: 5-10 (us) // 37-43 (eu)
Magnesium pedal body for weight reduction

Features

Wider contact area enhances stability in combination with AM shoes
Robust retention claws provide smooth engagement and release
Thinner pedal body for lower stack height and improved obstacle clearance
Adjustable entry and release tension settings
Pedal body protects binding mechanism against impacts
Four height adjustable pins per side for improved grip when not clipped-in
Durable, yet slimmer chrome-moly spindle with 8 mm hex wrench mount
Non-pop-up alloy pedal body for simplicity and durability

Usage

Downhill

Enduro

trail

Usage

Technologies

SPD
Recessed, walkable cleat design
MUD SHEDDING DESIGN
Open binding mechanism to better shed mud

Specifications

MODEL NO: PD-M820
Optional cleat: SM-SH56
Sealed mechanism: ✔
Cartridge axle: ✔
SERIES: SAINT M820 Series
Cleat included: SM-SH51
Integrated cage: ✔
Binding: Dual sided
Remarks: 4 height adjustable pins 1.0 mm cleat spacer included
Average weight: 546 ( /pair) (w/o pins & washers)
Reflector: SM-PD60
Type: Off-Road/DH (SPD)
Cleat retention adjuster: ✔
Color: Black

Stamp 3 Large vs PD-M820 review

Features

Features

Usage

Usage

Technologies

Technologies

SPD

MUD SHEDDING DESIGN

Specifications