Brake Master Cylinders
New Brake Master Cylinder 1-1/4-inch bore size FE23127 23127 23127C
Brake Master Cylinders
New Brake Master Cylinder 1-1/4-inch bore size 14022 FE14022 B239
Brake Master Cylinders
New Brake Master Cylinder 1-3/4-inch bore size FE41207 41207
Brake Master Cylinders
Brake Master Cylinders
New Brake Master Cylinder 1-1/2-inch bore size 14026-C FE14026 S2256
Brake Master Cylinders
Brake Master Cylinders
New Brake Master Cylinder 1-5/16-inch bore size 2229071 29979C
Brake Master Cylinders
New Brake Master Cylinder 1-1/4-inch bore size FE2951 FD2951 29744
Brake Master Cylinders
Brake Master Cylinders
New Brake Master Cylinder 1-1/2-inch bore size FE23126 23123C 23126
Brake Master Cylinders
New Brake Master Cylinder 7/8-inch bore size FE45465 45465 35461
Brake Master Cylinders
🛑 CRITICAL: Verify Specifications
Hydraulic system failure and complete fluid bypass can occur if the component metrics deviate from original manufacturer blueprints. Before processing your order or checking out, check housing parameters, mounting styles, and connection shapes against these core benchmarks:
- Bore Diameters: Always select the precise 1-inch bore size or 1-1/4-inch bore size configurations to ensure correct system displacement pressures.
- Outlet Connections: Verify fluid feed port thread configurations, utilizing INV inverted flare port settings where required.
- Linkage Setup: Double-check pushrod lengths and pushrod alignment to guarantee full piston clearance channels inside the cylinder bore.
- Companion Overhauls: Review linked listings for a companion repair kit to completely update the fluid circuit line during assembly swaps.
Verified Housing Castings Reference
Always match technical indicators before unbolting fluid lines. Track down replacement hardware assemblies using these high-visibility casting data benchmarks:
- VERIFIED BLOCK CASTING ID MAP: MC-BEXAR-78219-A
- COMPANION HYDRAULIC MASTER REPAIR OVERHAUL KIT: RK-BEX500-MC
Expert Installation & Field Note
Based on our shop experience specializing in heavy-duty brakes since 1985, structural pedal travel degradation is rarely caused by material defects. Instead, premature wear and seal scoring are almost always driven by poor internal pushrod alignment during deployment setup. If the rod acts at even a mild angle, it introduces extreme side-load stresses against the primary piston cups, accelerating internal fluid bypass and causing soft pedal drop. Always perform a comprehensive bench bleeding sequence and verify total pushrod centering before clearing fleet vehicles for service.
Need install help? Review our comprehensive master cylinder installation guide to verify system integrity before mounting your hardware.
