Corvette Power Brake Booster Interior Foam Bumper.: 1963-1967

Elevate the reliability and authenticity of your classic Corvette with the Corvette Power Brake Booster Interior Foam Bumper for 1963–1967. This precise, directfit component lives inside the brake booster, delivering targeted cushioning and accurate internal clearance that preserves pedal feel and braking performance the way the factory intended.

Why this matters for your restoration or daily driver: over time the interior foam bumper can compress or shift, leading to booster rattle, subtle vacuum leaks, or an uneven pedal response. Replacing it with this highdensity foam bumper helps maintain the booster’s vacuum reserve, delivers a steadier, more confident braking feel, and keeps your braking system faithful to its original performance.

• Exact fit for 1963–1967 Corvette power brake boosters ensures seamless integration with your existing hardware
• Premium interior foam offers consistent compression resistance and durability under heat and repeated braking cycles
• Preserves pedal feel and booster timing reducing pedal travel irregularities and maintaining reliable braking response
• Easy installation designed for typical handtool setups, allowing a straightforward replacement without disassembly of critical systems
• OEMstyle construction compatible with your booster seals and components for periodcorrect performance
• Ideal for restorations, showquality builds, and everyday drivinga small part with a big impact on authentic braking feel

When you install this interior foam bumper, you’re investing in a quieter cabin and more predictable braking behavior. For best results, inspect surrounding booster seals and related components while you’re servicing the unit to maximize longevity and reliability.

Perfect for Corvette enthusiasts, restomod projects, and clubs aiming for authentic 1960s braking performance, this foam bumper is the targeted, durable solution that keeps your C1963–C1967 Corvette braking experience true to the erawithout compromising on modern reliability.