Revolution Gear & Axle Ring & Pinion Set

2007–2018 Jeep Wrangler (Dana 44 Front Axle)

Part #: D44RS-513RUB

Overview

The Revolution Gear & Axle 5.13 Ratio Ring & Pinion Set is a precision-engineered upgrade designed specifically for the Dana 44 front axles found in Jeep Wrangler models from 2007 to 2018. This high-performance gear set enhances your vehicle’s drivetrain by providing a lower gear ratio that improves torque delivery and off-road crawling capability. Whether you’re tackling rugged trails or navigating challenging terrain, this ring and pinion set offers increased traction and better control, making it an essential upgrade for serious Jeep enthusiasts.

Built for durability and smooth operation, this gear set ensures reliable performance under demanding conditions. It is ideal for drivers looking to optimize their Wrangler’s powertrain efficiency and maximize the potential of their off-road adventures without compromising daily drivability.

Key Features

Designed to deliver superior performance and longevity, the Revolution Gear & Axle 5.13 Ratio Ring & Pinion Set offers the following key features:

• 5.13 gear ratio optimized for enhanced torque and crawling power
• Specifically engineered for Dana 44 front axles on Jeep Wrangler 2007–2018
• Precision-machined gears for smooth, quiet operation and reduced wear
• Durable construction to withstand harsh off-road conditions and heavy loads
• Improves overall vehicle control and traction on uneven terrain
• Compatible with stock and aftermarket components for flexible installation
• Enhances drivetrain efficiency for better power transfer and responsiveness
• Ideal for off-road enthusiasts seeking reliable, long-lasting performance upgrades

Construction & Design

This ring and pinion set is crafted from high-grade alloy steel, heat-treated to achieve optimal hardness and strength. The precision manufacturing process ensures exact gear tooth profiles and tight tolerances, which contribute to smooth meshing and reduced backlash. This meticulous engineering minimizes noise and vibration, extending the lifespan of your axle components.

The robust design is tailored to handle the increased torque demands of off-road driving, providing a dependable solution that maintains performance even under extreme conditions. Each gear set undergoes rigorous quality control to meet or exceed OEM standards, ensuring consistent reliability and durability.

Installation & Fitment

The Revolution Gear & Axle 5.13 Ratio Ring & Pinion Set is a direct fit upgrade for Jeep Wrangler models equipped with Dana 44 front axles from 2007 through 2018. Installation requires professional mechanical skills and proper tools to ensure correct gear pattern setup and preload adjustments. It is recommended to have this gear set installed by a qualified technician to guarantee optimal performance and longevity.

No modifications to the axle housing or differential case are typically necessary, making this an efficient upgrade for those looking to improve their vehicle’s drivetrain without extensive customization.

What's Included

• 5.13 ratio ring gear
• Matching pinion gear
• Installation hardware (bearing races, shims, seals as applicable)
• Detailed installation instructions

Ideal For

This ring and pinion set is perfect for Jeep Wrangler owners who demand enhanced off-road capability and improved torque delivery. It is especially suited for those who frequently engage in rock crawling, trail riding, or any activity requiring precise control and increased traction. Additionally, it benefits drivers who have upgraded tires or lifted suspensions and need a gear ratio that better matches their modified drivetrain setup.

Revolution Gear & Axle supplies drivetrain and off-road gearing essentials like ring-and-pinion sets, gear packages, axle kits, and differential components built for hard use. With a strong focus on Jeep and truck applications, Revolution is a go-to for enthusiasts re-gearing for bigger tires, improved crawl ratio, and dependable power transfer on trail, dunes, and rocky terrain.