Yukon Gear & Axle YAWDM220-32-36.6-K 4340 Chromoly Rear Axle Shaft Kit

The Yukon Gear & Axle YAWDM220-32-36.6-K is a high-performance rear axle shaft assembly engineered specifically for Ford Bronco vehicles equipped with the M220 rear differential. This single-side replacement kit delivers exceptional strength and reliability for demanding off-road applications and heavy-duty use.

Premium 4340 Chromoly Construction:

Manufactured from high-tensile strength 4340 chromoly steel, this axle shaft provides superior durability compared to factory axles. Advanced heat treating processes and cold roll formed splines ensure maximum strength at critical stress points, making it ideal for lifted vehicles, larger tires, and aggressive driving conditions.

Key Specifications:

• Length: 36.6 inches (measured center-to-locking hub)
• Position: Right-hand (passenger side)
• Fitment: M220 rear axle with electronic locker (E-Locker) or center-to-lock (CTL) configuration
• Spline count: 32-spline design for secure engagement
• Material: 4340 chromoly steel with advanced heat treatment
• Production method: Cold roll formed splines for superior strength

Application Notes:

This axle shaft is designed for Ford Bronco models (2021-2024) equipped with the Dana M220 rear differential and electronic locking differential. The 30-36.6 inch CTL measurement accommodates various suspension configurations and lift heights. This is a single-side kit (right-hand only) - order two kits if replacing both sides.

Performance Benefits:

• Significantly stronger than OEM axle shafts
• Resists bending and twisting under extreme torque loads
• Compatible with electronic locker systems
• Direct bolt-in replacement for factory axles
• Ideal for vehicles with suspension lifts and oversized tires

Yukon Gear & Axle performance axles are engineered to exceed OEM specifications and withstand the rigors of rock crawling, mud bogging, and high-performance street driving. Each axle undergoes rigorous quality control testing to ensure it meets Yukon's demanding standards for strength and precision.