Moose Offroad Hybrid Footpegs - STRMZ-10 Suzuki RMZ 250 / RMZ 450 2010-2025
Moose Offroad Hybrid Footpegs - STRMZ-10 Suzuki RMZ 250 / RMZ 450 2010-2025
Product Details
Features
- Each footpeg is cast, heat treated, and hardened from 17-4 stainless steel, given a solution annealing treatment, and age hardened for superior strength
- Width (57 mm) and length (90 mm); slightly convex platform for better boot positioning and grip when leaning forward or back
- Dual plane teeth provides traction without the "stuck" feeling
- Made in the U.S.A.
Specs
| Mounting Style | Bolt-On |
| Width | 57 mm |
| Color/Finish | Anodized |
| Color/Finish | Silver |
| Units | Pair |
| Width | 2-1/4" |
| Base Color | Black |
| Length | 3-9/16" |
| Length | 90 mm |
| Material | Stainless Steel |
| Product Name | Footpegs |
| Model | Hybrid |
| Mounting Position | Right |
| Application | Driver |
| Mounting Position | Front |
| Finish | Anodized |
| Color/Finish | Black |
| Mounting Position | Left |
| Riding Style | Off-Road |
| Type | Fixed |
| Features | Use OEM Springs |
| Style | Standard |
Features
- Each footpeg is cast, heat treated, and hardened from 17-4 stainless steel, given a solution annealing treatment, and age hardened for superior strength
- Width (57 mm) and length (90 mm); slightly convex platform for better boot positioning and grip when leaning forward or back
- Dual plane teeth provides traction without the "stuck" feeling
- Made in the U.S.A.
Specs
| Mounting Style | Bolt-On |
| Width | 57 mm |
| Color/Finish | Anodized |
| Color/Finish | Silver |
| Units | Pair |
| Width | 2-1/4" |
| Base Color | Black |
| Length | 3-9/16" |
| Length | 90 mm |
| Material | Stainless Steel |
| Product Name | Footpegs |
| Model | Hybrid |
| Mounting Position | Right |
| Application | Driver |
| Mounting Position | Front |
| Finish | Anodized |
| Color/Finish | Black |
| Mounting Position | Left |
| Riding Style | Off-Road |
| Type | Fixed |
| Features | Use OEM Springs |
| Style | Standard |
| Store SKU | MFR. Product # | Availability |
|---|---|---|
| 1620-0787 | STRMZ-10 | In Stock |
This Product Fits
Fitment Disclosure
This quick reference fitment information is provided to direct you to our catalog information and the manufacturer's information. Consult manufacturer publication(s) and/or website(s) for specific fitment and application information and other important information. This fitment information is based upon the stock version of the motorcycle or unit referenced and any accessory added or other modification could invalidate the quick reference information provided.
Product Description
Features
- Each footpeg is cast, heat treated, and hardened from 17-4 stainless steel, given a solution annealing treatment, and age hardened for superior strength
- Width (57 mm) and length (90 mm); slightly convex platform for better boot positioning and grip when leaning forward or back
- Dual plane teeth provides traction without the "stuck" feeling
- Made in the U.S.A.
Specs
| Mounting Style | Bolt-On |
| Width | 57 mm |
| Color/Finish | Anodized |
| Color/Finish | Silver |
| Units | Pair |
| Width | 2-1/4" |
| Base Color | Black |
| Length | 3-9/16" |
| Length | 90 mm |
| Material | Stainless Steel |
| Product Name | Footpegs |
| Model | Hybrid |
| Mounting Position | Right |
| Application | Driver |
| Mounting Position | Front |
| Finish | Anodized |
| Color/Finish | Black |
| Mounting Position | Left |
| Riding Style | Off-Road |
| Type | Fixed |
| Features | Use OEM Springs |
| Style | Standard |
Part Numbers
| Store SKU | MFR. Product # | Availability |
|---|---|---|
| 1620-0787 | STRMZ-10 | In Stock |
Fitment
This Product Fits
Fitment Disclosure
This quick reference fitment information is provided to direct you to our catalog information and the manufacturer's information. Consult manufacturer publication(s) and/or website(s) for specific fitment and application information and other important information. This fitment information is based upon the stock version of the motorcycle or unit referenced and any accessory added or other modification could invalidate the quick reference information provided.