Car modification pull rod rear wheel recliner for Honda Civic 01-05 SI EP3 ES chassis in blue or red aluminium alloy construction with ES bone specification, a suspension adjustment component for rear camber and toe tuning
Honda Civic EP3 Rear Wheel Recliner: Aluminium Pull Rods for Camber and Toe Adjustment

This set of pull rod rear wheel recliners provides a targeted suspension modification for owners of the 2001 to 2005 Honda Civic SI, specifically the EP3 ES chassis model. Engineered as a direct replacement component, it enables precise adjustment of the rear wheel alignment settings—camber and toe—which are critical for optimising handling performance on track days or for spirited road driving. The recliners are constructed from aluminium alloy, contributing to an overall lightweight design with a combined net weight of 1.9KG. Available in a choice of blue or red finishes, they offer both functional tuning and a customised visual detail for your vehicle's suspension assembly.
Features and Construction

This product is designed as a performance-oriented upgrade, focusing on material choice and model-specific compatibility to deliver its core function.
Material and Build
The recliners are fabricated from aluminium alloy, a material commonly selected for high-stress automotive applications due to its excellent strength-to-weight ratio. This construction helps reduce unsprung mass, which can positively affect suspension response and vehicle dynamics. The components are finished in a durable anodised coating, available in either blue or red, providing corrosion resistance and a consistent colour.
Size and Practical Fit
With a total net weight of 1.9KG for the pair, the recliners are a lightweight addition to your vehicle. They are manufactured to the precise ES bone specification required for a direct bolt-on installation to the rear suspension of the Honda Civic EP3 ES chassis produced between 2001 and 2005. This ensures correct geometry and mounting point alignment without requiring modification to other parts of the vehicle.
Uses and Placement

The primary application for this component is in vehicle tuning and performance modification, where adjustable suspension geometry is desired.
Event or Professional Use
For track day enthusiasts or competitive motorsport participants using the Honda Civic EP3, these recliners allow for fine-tuning of the rear wheel alignment. Adjusting camber and toe can help manage tyre wear under high cornering loads, improve grip characteristics, and tailor the car's handling balance to suit different circuits or driving styles. They are a fundamental part of a comprehensive suspension setup for performance driving.
Everyday Home Use
For the dedicated hobbyist or modifier, installing these components is a step towards a more personalised and capable vehicle. While offering performance benefits, they represent a mechanical upgrade that integrates directly with the OEM suspension layout. Their installation is a project for those with advanced mechanical knowledge or access to professional fitting services, after which the car remains fully usable on the road.
Benefits and Buying Value

The value of this product lies in its specific application, quality materials, and the functional tuning capability it provides.
Reuse and Low Maintenance
As a durable aluminium alloy component, once installed and correctly aligned, the recliner requires minimal ongoing maintenance beyond periodic visual checks as part of routine vehicle servicing. It is not a consumable part but a long-term modification to the vehicle's suspension architecture, designed to withstand the rigours of performance use.
Why Choose This Product
This rear wheel recliner set stands out due to its confirmed compatibility with a popular performance hatchback model and its construction from weight-saving aluminium alloy. It addresses a clear need for owners looking to adjust their rear suspension geometry beyond factory settings. The choice of two colour finishes also allows for a degree of customisation to match other components under the vehicle.





