Other
Tytaneum Front Left HD CV Axle 813-0239
- SKU:
- DS00-5171
- UPC:
- 0840980022056
- MPN:
- 813-0239
- Condition:
- New
Description
Fits:
Product Features
View AllClose
Make | Model | Year |
---|---|---|
Can-Am | Commander 1000 4X4 | 2011 |
Can-Am | Commander 1000 4X4 | 2014-2015 |
Can-Am | Commander 1000 4x4 DPS | 2014-2016 |
Can-Am | Commander 1000 4x4 DPS EFI | 2013 |
Can-Am | Commander 1000 4x4 EFI | 2012-2013 |
Can-Am | Commander 1000 4x4 Limited DPS | 2016 |
Can-Am | Commander 1000 4x4 LTD | 2013-2015 |
Can-Am | Commander 1000 4x4 LTD EFI | 2012 |
Can-Am | Commander 1000 4x4 Mossy Oak Hunting Edition DPS | 2016 |
Can-Am | Commander 1000 4x4 X | 2011 |
Can-Am | Commander 1000 4x4 X EFI | 2012-2013 |
Can-Am | Commander 1000 4x4 XT | 2011 |
Can-Am | Commander 1000 4x4 XT | 2014-2015 |
Can-Am | Commander 1000 4x4 XT Camo DPS | 2016 |
Can-Am | Commander 1000 4x4 XT DPS | 2016 |
Can-Am | Commander 1000 4x4 XT EFI | 2012-2013 |
Can-Am | Commander 1000 4x4 XTP | 2014-2015 |
Can-Am | Commander 1000 4x4 XT-P DPS | 2016 |
Can-Am | Commander 800 4x4 XT | 2011 |
Can-Am | Commander 800R 4X4 | 2011 |
Can-Am | Commander 800R 4X4 | 2015-2016 |
Can-Am | Commander 800R 4x4 DPS | 2015-2016 |
Can-Am | Commander 800R 4x4 DPS EFI | 2013 |
Can-Am | Commander 800R 4x4 EFI | 2012-2013 |
Can-Am | Commander 800R 4x4 XT | 2015 |
Can-Am | Commander 800R 4x4 XT Camo DPS | 2016 |
Can-Am | Commander 800R 4x4 XT DPS | 2016 |
Can-Am | Commander 800R 4x4 XT EFI | 2012-2013 |
Can-Am | Commander Max 1000 4x4 DPS | 2014-2016 |
Can-Am | Commander Max 1000 4x4 Limited DPS | 2016 |
Can-Am | Commander Max 1000 4x4 LTD | 2015 |
Can-Am | Commander Max 1000 4x4 XT | 2014-2015 |
Can-Am | Commander Max 1000 4x4 XT Camo DPS | 2016 |
Can-Am | Commander Max 1000 4x4 XT DPS | 2016 |
Can-Am | Commander Max 800R 4x4 DPS | 2016 |
Product Features
- Up to 35-percent stronger than OEM.
- Chromoly steel solid center shaft.
- Premium heavy duty, high temp moly grease.
- TPE (Thermoplastic Elastomer) dust boots for superior tear and puncture resistance.
- Greater durability and smoother performance under severe operating conditions.