Baer Brakes 4262322FR Deep Stage Drag Race Rear Disc Brake Kit Fire Red - SS4+

The Baer Brakes SS4+ Deep Stage Rear Brake System (4262322FR) is a purpose-built drag racing brake kit finished in Fire Red and designed specifically for heavy, high-speed vehicles that depend on precise brake staging for maximum reaction time and launch consistency. This is a rear-only caliper kit (no park brake included), and installation requires an axle flange diameter of 5.75 inches.

Key Features:

• Dual S4 4-Piston Calipers — four total pistons per side deliver concentrated, high-clamping braking force optimized for drag race staging
• 11" 2-Piece Rotor — slotted, cross-drilled, and zinc-plated for superior heat dissipation and corrosion resistance under repeated high-load use
• Fire Red Powdercoated Caliper Finish — durable, race-ready appearance with the Baer logo
• D.O.T.-Compliant Dust and Weather Seals — S4 calipers feature compliant seals for reliable performance in varying conditions
• Compatible Pad Types: DR1 / HB100 — uses widely available, high-friction drag race pad compounds
• Pre-Assembled Rotors — rotors come pre-assembled with NAS high-grade stainless hardware for straightforward installation
• Mounting Hardware Included — all necessary brackets and hardware are included in the kit
• Fits Most 15" and Larger Wheels — compact enough for a wide range of wheel sizes common in drag racing applications
• Axle Flange Requirement: 5.75" — confirm axle flange diameter before ordering
• No Park Brake — this kit does not include a parking brake mechanism; a separate solution may be required for street or paddock use

Important Notice: The SS4+ Deep Stage system is intended for drag racing use. If operated on the street, brake bias adjustments will be required. High-friction race pads included with this system may produce increased dust and noise compared to street pads.

Manufactured in Phoenix, AZ, the Baer SS4+ Deep Stage system is engineered for competitors in classes where precise brake staging — such as deep-stage rollout — can directly impact reaction times and elapsed times.