Description
2nd Gen 4Runner & V6 Pickup 4.56 Gear | Toyota 8 Inch V6 Pickup 1990-95 and Gen2 4Runner 4.56 Ratio Gear Package Revolution Gear
The 2nd Gen 4Runner & V6 Pickup 4.56 Gear kit by Revolution Gear and Axle restores torque, crawl control, and towing power for 1990–1995 Toyota 4Runner and V6 Pickup models. Designed for 8″ rear and 7.5″ front axles, it includes precision-cut 4.56 gears and Timken or Koyo install kits—delivering smooth performance, durability, and a direct fit for off-road or daily driving needs.
Features of 2nd Gen 4Runner 4.56 Gear:
- Fits 1990–1995 Toyota 4Runner and V6 Pickup (8″ rear, 7.5″ front)
- Boosts crawl control, torque, and drivability with larger tires
- OEM-grade, heat-treated steel ensures durability
- Operates quietly during daily driving and trail use
- Complete install kits with Timken or Koyo bearings
What’s Included:
- Front 4.56 Ring and Pinion Gear Set – Toyota 7.5″
- Rear 4.56 Ring and Pinion Gear Set – Toyota 8.0″
- Front Master Install Kit (Timken or Koyo)
- Rear Master Install Kit (Timken or Koyo)
Specifications of 2nd Gen 4Runner 4.56 Gear:
- Gear Ratio: 4.56
- Pinion Spline Count: 23 Front / 27 Rear
- Axle Types: Toyota 7.5″ Front, 8.0″ Rear
- Material: Heat-treated, high-strength steel
- Warranty: 2-Year Limited Manufacturer Warranty
Fitment:
- 1990–1995 Toyota 4Runner (V6)
- 1990–1995 Toyota Pickup (V6, DLX, SR5)
FAQs:
- Will the 4.56 Gear work with my V6?
Yes, it’s designed specifically for V6 4Runners and Pickups with 8″ rear and 7.5″ front axles. - Why should I upgrade to 4.56 gears?
They help restore torque and drivability lost with larger tires, while enhancing off-road control. - Is everything included for installation?
Absolutely. You’ll get front and rear gears plus both master install kits with premium bearings. - Will this affect daily driving comfort?
Not at all. These gears are engineered for smooth and quiet operation, even on highways. - Can I install this without modifications?
Yes, it fits directly into factory differential housings with no additional changes required.










