Dual Master Cylinder Assm. - 1.032 Bore

The Dual Master Cylinder Assembly with 1.032 bore from Strange Engineering is a critical brake system component designed for drivers who demand precision hydraulic control in high-performance and racing applications. Built for custom street rods, race cars, and specialized builds where independent brake circuit management is essential, this dual master cylinder assembly provides the redundancy and modulation necessary for safety-critical brake work. Whether you're fabricating a custom hot rod, rebuilding a race car, or upgrading a classic vehicle's braking system, this aluminum assembly delivers the engineering quality that separates amateur work from professional results.

The 1.032-inch bore diameter and 1.550-inch stroke provide the hydraulic displacement geometry needed for balanced brake pressure distribution across dual independent circuits. Manufactured from lightweight aluminum in its natural finish, the assembly features a direct reservoir design that eliminates external plumbing complexity and reduces potential leak points—a critical advantage during long season events or remote track days where reliability cannot be compromised. The dual bowl configuration allows separate front and rear brake circuits, or dual independent systems, enabling the builder to fine-tune brake bias and response characteristics to match specific vehicle dynamics and driving conditions.

This master cylinder assembly is ideal for fabricators, hot rod builders, and motorsports enthusiasts who prioritize brake system integrity and performance repeatability. Installation requires proper brake line routing, fluid selection (DOT 3, 4, or 5.1 per application), and professional system bleeding to ensure air-free operation. The compact dimensions of 8.2 x 4.6 x 8.3 inches and modest 3.1-pound weight make packaging straightforward in tight engine bays. Verify compatibility with your specific brake line sizes, reservoir capacity requirements, and brake caliper bore specifications before ordering to ensure a complete, functional system.