SPL Parts Rear Toe Arms w/ Eccentric Lockouts - 2022+ WRX

Name: SPL Parts Rear Toe Arms w/ Eccentric Lockouts - 2022+ WRX
Brand: SPL Parts
SKU: SPPSPL RTAEL VB
Price: 619.99 CAD
Availability: InStock

SKU: SPPSPL RTAEL VB

$619.99 CAD

SPL Rear Toe Arms (RTAEL) – Subaru WRX (VB)

Unlock sharper handling, greater stability, and alignment you can trust with the SPL Rear Toe Arms for the Subaru WRX (VB). Engineered to replace the compliant factory rubber bushings that contribute to unwanted bumpsteer, these precision-built arms deliver a more responsive turn-in and a predictable, linear handling feel. Whether you’re lowering, raising, or fine-tuning your setup, the extended adjustment range ensures proper alignment across a wide range of ride heights.

The RTAEL VB kit also includes SPL’s eccentric lockout kit, eliminating the OEM eccentric bolts that often slip under aggressive driving or high-grip conditions. With lockout plates installed, your alignment stays fixed—protecting your performance, tire wear, and track days from unexpected toe changes.

For drivers running advanced suspension setups, pairing these arms with SPL’s rear traction arms opens the door to customizable bumpsteer tuning—dial in quicker rotation, improved stability, or OEM-like neutrality to match your driving style.

Key Benefits

Sharper response & reduced understeer
Prevents alignment change by eliminating eccentric bolt slip
Lightweight construction: only 1.45 lb (0.66 kg) per side (25% lighter than OEM)
Improved handling with reduced unwanted toe variation
Optional bumpsteer tuning when paired with SPL traction arms (RTR VB)
Zero-maintenance, US-made PTFE-lined FK bearings

Materials

6061-T6 hollow aluminum arms with 360° clamps
304 stainless steel spacers
Ti-6Al-4V titanium hardware (anodized blue)

NVH Notes

These rear toe arms introduce virtually no noticeable noise, vibration, or harshness when paired with OEM subframe bushings. Vehicles equipped with solid subframe mounts may experience a slight increase in road noise depending on surface conditions.