ASSAULT INDUSTRIES MAS-223 PHOENIX DRIVESHAFT CANAM X3 64 REAR LEFT & RIGHT AXRS07-001R0

¥64,121
1

ASSAULT INDUSTRIES MAS-223 Phoenix Axle Rear Left & Right for Can-Am X3 64". Designed for aggressive off-road performance, the MAS-223 Phoenix Axle delivers unmatched strength, high-angle articulation, and extreme heat resistance. Built with a larger 4340 chromoly steel shaft and oversized CV joints, it is packed with Assault's proprietary grease that holds up beyond 586°F, far beyond OEM limits. Perfect for riders who demand top-tier durability on the trail, dunes, or rocks. Key Features: High-temp, water-resistant grease resists breakdown under extreme heat. Oversized CV joints for superior articulation. Heavy-duty 4340 chromoly steel shaft. Lab-tested to withstand over 586.4°F. Built for high-angle, high-speed abuse.

Specifications
SKU
17-3641.AI
Brand
SuperATV
Availability
In Stock (2)
Variant Id
345060
Shipping OptionsShown at checkout
14-Day ReturnsHassle-free
Easy CheckoutCard friendly
Product details

FULL DESCRIPTION

Assault Industries MAS-223 Phoenix Axle - Rear Left & Right

Unleash Extreme Performance with the Assault Industries MAS-223 Phoenix Axle

Engineered for the most demanding off-road conditions, the MAS-223 Phoenix Axle from Assault Industries provides exceptional strength, superior articulation, and remarkable heat resistance. This axle features a robust 4340 chromoly steel shaft and oversized constant velocity (CV) joints. It is filled with Assault's specialized grease, formulated to withstand temperatures exceeding 586 degrees Fahrenheit, significantly surpassing OEM standards. Ideal for riders who push their machines to the limit on trails, dunes, and rocky terrains.

Key Features:

  • Proprietary high-temperature, water-resistant grease prevents breakdown under extreme heat.
  • Oversized CV joints allow for greater articulation and smoother power delivery.
  • Constructed with a heavy-duty 4340 chromoly steel shaft for maximum durability.
  • Lab-tested performance to endure temperatures over 586.4°F.
  • Designed to handle high-angle operation and high-speed abuse.