Remaster Master Cylinder 1 Inch Bore

The BAER Brakes Remaster Master Cylinder with 1 inch bore delivers the hydraulic foundation for modern brake system rebuilds and upgrades. This integral reservoir master cylinder is engineered for vehicles requiring precise brake pressure modulation and is available with driver-side port configuration for straightforward OEM-style integration. The black anodized aluminum construction provides corrosion resistance and durability in demanding environments, whether street-driven or track-focused applications where reliability under sustained braking is critical.

The 1-inch bore specification is a proven diameter for mid-range displacement vehicles, balancing pedal feel with stopping power without requiring excessive master cylinder volume. The integral reservoir design eliminates the need for external fluid bottles and simplifies plumbing, reducing potential leak points and maintenance complexity. BAER Brakes' anodized finish protects against salt air corrosion and road contamination, critical for long-term reliability in harsh conditions. Weighing 4.15 pounds, this master cylinder integrates into existing brake architectures with minimal weight penalty while delivering the hydraulic capacity needed for responsive brake modulation across varied driving scenarios.

This component suits builders and technicians restoring or upgrading brake systems where OEM master cylinders no longer meet performance requirements or have failed. It's particularly applicable in classic car restoration, hot rod builds, or performance vehicle modifications where system pressure and response time demand attention. The driver-side port orientation follows standard industrial positioning, reducing fitment complications and making installation more straightforward for experienced builders familiar with brake system architecture.

Comes as a complete kit with all necessary internal seals and components ready for installation, eliminating the need to source individual rebuild parts separately. This approach ensures all internal wear surfaces are replaced simultaneously, maximizing system longevity and reducing the likelihood of premature seal failure.