Whiteline BSR36XZ 24 mm Rear Heavy-Duty Adjustable Sway Bar for 2003-07 Subaru

Vehicle Fitment

• 2003-2007 Subaru Impreza (GD/GG) including WRX/STI, 2.0L-2.5L H-4 (RWD/AWD)
• 2005-2006 Saab 9-2X (2.5i/Aero), 2.5L H-4 AWD

Features

• 24 mm solid steel rear anti-roll bar
• 3-point adjustable blade for tuned handling
• Heavy-duty construction for increased stiffness
• Polyurethane bushings reduce deflection vs OE
• Activates grip and reduces body roll in corners
• Improves tyre wear and steering precision
• Direct bolt-on fitment - no cutting or modification
• Backed by 3-year warranty (60,000 mi in USA)

Specifications

• Bar diameter: 24 mm (0.945")
• Rear position only
• Bushing material: polyurethane, greasable
• Blade adjustable: 3 distinct tuning positions
• Material: solid steel, powder-coated finish
• Warranty: 3 years / 60,000 mi (USA)

Included Components

• 1x 24 mm rear sway bar (BSR36XZ)
• 2x polyurethane bushings with brackets
• Adjustment hardware kit
• 1x installation guide

Product Description

Upgrade your vehicle's cornering performance with the Whiteline BSR36XZ rear sway bar. Designed specifically for 2003-2007 Subaru Impreza (including WRX and STI models) and 2005-2006 Saab 9-2X, this 24 mm heavy-duty bar replaces the weaker OEM component to dramatically reduce body roll and spread lateral loads more evenly across all four tires. Its 3-point adjustable blade allows tuning from street comfort to track-ready stiffness, while polyurethane bushings ensure precise response with minimal deflection. Straighter steering, flatter corners, and improved responsiveness come together in one simple bolt-on install.

Installation is straightforward with provided bushings and hardware, and no cutting or frame modifications are required. Owners typically report noticeable gains in handling immediacy and tyre wear with no adverse impact on ride comfort. With Whiteline's solid steel construction and a robust 3-year/60,000-mile warranty, the BSR36XZ is a reliable performance upgrade for drivers seeking sharper dynamics without compromising reliability.