Progressive STR 47 Series 2.0 Remote Reservoir Rear Shocks

Jeep Gladiator 20-24 3.6L/3.0L EcoDiesel

47-2009

Overview:

The Progressive STR 47 Series 2.0 Remote Reservoir Rear Shocks are engineered to elevate the suspension performance of your Jeep Gladiator across a wide range of terrains. Featuring Progressive’s patented FST (Frequency Sensitive Technology), these shocks dynamically adjust damping in real time, delivering a smoother, more controlled ride whether you’re on the street, trail, or rock crawling. Designed specifically for Jeep Gladiator models from 2018 through 2026, these rear shocks provide enhanced travel and superior handling without compromising comfort.

Ideal for enthusiasts seeking a balance of performance and ride quality, the STR 47 Series 2.0 shocks ensure your Gladiator conquers every obstacle with confidence and precision. Their remote reservoir design improves heat dissipation and maintains consistent damping performance under demanding conditions.

Key Features:

These rear shocks incorporate advanced technology and robust construction to optimize your Jeep Gladiator’s suspension system:

• Patented FST Technology: Automatically adjusts damping curves based on terrain frequency and magnitude for a smoother ride.
• Remote Reservoir Design: Increases fluid capacity and improves heat dissipation to prevent fade during extended off-road use.
• 2.0-inch Shock Body: Provides increased durability and enhanced travel for improved suspension articulation.
• Optimized for Jeep Gladiator: Specifically tuned for 2018–2026 Gladiator models, excluding Mojave variants.
• Versatile Performance: Suitable for street driving, trail adventures, and rock crawling.
• Improved Handling: Enhances vehicle control and stability across diverse driving conditions.
• Durable Construction: Built to withstand harsh off-road environments and extended use.

Construction & Design:

The STR 47 Series 2.0 shocks feature a rugged 2.0-inch diameter shock body constructed from high-strength materials to endure the rigors of off-road driving. The remote reservoir is engineered to increase oil volume and surface area, which helps dissipate heat more efficiently and maintain consistent damping performance even during prolonged, aggressive use. Precision valving and internal components are designed to work seamlessly with Progressive’s FST system, ensuring real-time adjustment to terrain changes without manual tuning.

Each shock is finished with corrosion-resistant coatings to protect against environmental damage, extending the lifespan of your suspension components.

Installation & Fitment:

These rear shocks are designed for direct fitment on most Jeep Gladiator models from 2018 through 2026, including popular trims such as the 80th Anniversary, Altitude, Freedom, High Altitude, Launch Edition, Overland, Rubicon, Sport, Texas Trail, Willys, and their respective variants. Please note that these shocks exclude the Mojave and Mojave X models.

Installation is straightforward and requires no major modifications, allowing for a bolt-on upgrade that maintains factory mounting points. Professional installation is recommended to ensure optimal performance and safety.

What's Included:

• Pair of Progressive STR 47 Series 2.0 Remote Reservoir Rear Shocks
• Mounting hardware as required
• Installation instructions

Ideal For:

These shocks are perfect for Jeep Gladiator owners who demand enhanced suspension performance without sacrificing ride comfort. Whether you’re tackling daily commutes, weekend trail rides, or technical rock crawling, the STR 47 Series 2.0 shocks provide the adaptability and durability needed to keep your Gladiator performing at its best.

Progressive Suspension is a long-running performance suspension brand best known in the motorcycle world for shocks, springs, and suspension upgrades built to improve ride control and handling. With product coverage across Harley, metric bikes, and more, Progressive is a common upgrade when riders want a more planted feel, better damping, and confidence under hard braking and cornering.