1999 Mazda B3000 Differential Ring and Pinion - Rear 6 Cyl 3.0L Yukon Gear

  • Features:
    • Fits Standard Rotation Ford 8.8 in.
    • 8.80 in. Ring Gear Diameter
    • 3.73 Ratio
    • 30 Spline Pinion
    • 10 Ring Gear Bolts
  • Yukon Gear & Axle high-performance ring and pinion gear sets are the benchmark of quality in the automotive gear industry. Yukon engineers use state-of-the art design, advanced heat-treating techniques, and leading-edge quality testing processes to ensure the structure and surface finish meet exacting specifications and quality standards. Yukon offers its Y.E.S. Plan, a lifetime, comprehensive, no-questions-asked protection plan covering your gear set for as long as you own your vehicle. Whether you've added tons of horsepower under the hood, upgraded to bigger tires, are just want to optimize the traction performance of your ride, Yukon offers the widest selection of gear ratios on the market to accommodate every need.

Additional Fitment Information:
Vehicle Block CC Position Engine CID
1999 Mazda B3000 V 2986 Rear 6 Cyl 3.0L 182
5 In Stock
Best Price:

Black Friday Deal

$536.90 USD
$644.28 USD
Brand Yukon Gear
Part # Y11YG F8.8-373
Condition New
Warehouse B

Yukon Gear

  • High performance Yukon Ring/Pinion gear set for Ford 8.8in. in a 3.73 ratio
  • 8.8 in. 10 Bolt; 3.73 Ratio Ford 8.8 in.; 3.73 Ratio~Ford 8.8 in. Rear; Ring and Pinion Set; 3.73 Ratio; 30 Spline Pinion
  • Yukon Gear/Axle high performance ring/pinions set the standard for quality. Yukon designed the gear tooth surface finish to reduce friction and heat; and use high grade steel in both the ring/pinion; with fitment designed to OEM spec
  • Ring And Pinion Gear Set
  • General

    Axle Type
    Ford 8.8 In.
    Gear Ratio
    3.73
    WARNING CA Proposition 65
    No

    Packaging

    package quantity
    1
    weight
    19.12 lb
    Information on technical characteristics, the delivery set, the country of manufacture and the appearance of the goods is for reference only and is based on the latest information available at the time of publication.

    Loading...