OEM Brake Specifications
2011 Honda CR-V Brake Pad & Rotor Specs
3rd Gen Platform · Premium Ceramic (Low Dust, Silent Cold Bite)
D1578
Front Pad FMSI
D1579
Rear Pad FMSI
25.0 mm
Front Discard
25 ft-lb
Pin Torque
Critical Mechanic Safety Advisory:
Separate caliper slide pin guide bolts (25 ft-lbs) from carrier bracket mounting bolts (80 ft-lbs). Never over-torque floating slide pins, and always wire-brush the wheel hub face clean to prevent lateral runout and severe brake pedal shudder.
Recommended Brake Replacement Hardware & Diagnostic Tools
Direct OEM Fit
2011 Honda CR-V Front Ceramic Brake Pads
Precision molded to FMSI D1578 shape. Features dual-layer rubberized shims for whisper-quiet stops and ultra-low light gray brake dust.
Best Value Kit
Front & Rear Rotors + Ceramic Pads Complete Bundle
Geomet anti-rust coated vented rotors (296 mm front / 281 mm rear) bundled with premium low-dust ceramic pads.
Diagnostic Service
Disc Brake Caliper Piston Spreader & Compressor
Heavy-duty steel caliper piston compression press designed for smooth retraction without binding piston seals.
Essential Chemical
OEM 100% Synthetic Silicone Ceramic Brake Pin Grease
Pure non-petroleum high-temperature silicone lubricant rated to 3,000°F. Will never swell or tear rubber caliper slide pin boots.
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2011 Honda CR-V Factory Brake System Specifications
| Component & Engineering Parameter | Factory Specification |
|---|---|
| Front Brake Pad Standard (FMSI) | D1578 (Dual-Caliper Pad Set) |
| Rear Brake Pad Standard (FMSI) | D1579 (Dual-Caliper Pad Set) |
| Front Rotor Outer Diameter | 296 mm (11.7 inches) · Ventilated Cast Disc |
| Rear Rotor Outer Diameter | 281 mm (11.1 inches) · Solid/Vented Disc |
| Front Rotor Minimum Discard Thickness | 25.0 mm (Discard if below) |
| Rear Rotor Minimum Discard Thickness | 8.5 mm (Discard if below) |
| Caliper Guide Slide Pin Torque | 25 ft-lbs (34 Nm) (Clean & Lube) |
| Caliper Carrier Bracket Mounting Bolt Torque | 80 ft-lbs (108 Nm) (Blue Threadlocker) |
| Parking Brake System Architecture | Mechanical Cable / Drum-In-Hat |
| Specified Hydraulic Brake Fluid | DOT 3 (Glycol-Based Hydraulic Standard) |
| DIY Installation Difficulty & Time | Moderate DIY · Approx 45–60 mins (per axle) |
Deep Technical Inspection & Diagnostic Protocol
1. Caliper Slide Pin Torque vs Carrier Bracket Mounting Bolts
Floating brake calipers utilize two separate classes of threaded fasteners that perform distinct mechanical roles. Caliper slide pin guide bolts require light torque (25 ft-lbs). Over-torquing snaps the hollow slide pin threads. Conversely, caliper carrier bracket bolts withstand the entire rotary braking leverage of the vehicle and demand 80 ft-lbs. Clean old debris from the bracket bolt threads and apply medium-strength blue threadlocker prior to assembly.
2. Measuring Past the Outer Rust Lip with a Pointed Micrometer
As brake pads wear against cast iron rotors, an unworn outer perimeter lip develops on the outer rim of the disc. Measuring rotor thickness with standard flat digital calipers produces a false reading up to 1.5 mm thicker than actual friction track depth. Mechanics must utilize a specialized pointed-anvil rotor micrometer that reaches over the ridge directly onto the center wear track. Discard front rotors immediately if measurements reach 25.0 mm.
3. Preventing Disc Thickness Variation (DTV) & Hub Rust Scale
A pulsating brake pedal is almost never caused by thermally warped metal discs; it originates from Disc Thickness Variation (DTV) triggered by lateral runout exceeding 0.002 inches (0.05 mm). Mounting new rotors over an uncleaned wheel hub with surface rust scale causes the rotor to spin with a slight wobble, grinding thin spots into the rotor faces over 3,000 miles. Always wire-brush the hub mounting flange down to bare metal.
4. Structured 10-Step Pad Bedding-In (Burnishing) Protocol
Establishing an even boundary friction transfer layer onto the new cast iron surface is mandatory for quiet operation. Perform 5 moderate stops from 45 mph down to 15 mph with 30 seconds of cooling between cycles. Follow immediately with 5 firm decelerations from 55 mph down to 10 mph without triggering ABS or coming to a full stop. Cruise at highway speeds for 10 minutes without braking to allow the thermal transfer layer to cure completely.
Frequently Asked Questions: 2011 Honda CR-V Brake System
What is the factory brake pad FMSI number for a 2011 Honda CR-V?
The factory front brake pad FMSI shape specification for the 2011 Honda CR-V is D1578, while the rear brake pad shape is D1579. Always cross-reference this standardized FMSI number when ordering replacement ceramic or semi-metallic friction pads.
What is the minimum discard thickness for Honda CR-V brake rotors?
The minimum allowable discard thickness for front rotors is 25 mm, and 8.5 mm for rear rotors. If rotor thickness drops to or below this limit at any point on the friction track, the rotor must be discarded immediately because it lacks sufficient thermal mass to dissipate heat safely.
What is the caliper slide pin guide bolt torque specification?
Tighten the floating caliper slide pin guide bolts to exactly 25 ft-lbs (34 Nm). Over-torquing slide pin bolts can snap the pin threads or strip the mounting bracket ears. Always clean the slide bores and coat the pins with high-temperature 100% silicone ceramic brake grease.
What is the torque specification for the caliper mounting bracket bolts?
The heavy caliper carrier bracket mounting bolts require 80 ft-lbs (108 Nm). These structural fasteners withstand the entire stopping torque leverage of the vehicle. Clean old debris from the bolt threads and apply medium-strength blue threadlocker before torquing.
Can I push the rear brake caliper piston back with a standard C-clamp?
No. The 2011 Honda CR-V uses a traditional mechanical parking brake cable or drum-in-hat assembly. You can compress the rear caliper piston using a standard mechanical caliper piston retractor tool.
Should I install ceramic or semi-metallic brake pads on my 2011 Honda CR-V?
For daily highway commuting and city driving, Premium Ceramic (Low Dust, Silent Cold Bite) is strongly recommended for virtually silent stops, cold morning initial bite, and ultra-low light gray dust that will not stain alloy wheels. For heavy towing or aggressive mountain descents, semi-metallic pads offer superior thermal fade resistance past 1,000°F.
Why must I measure rotor thickness with a pointed micrometer instead of flat calipers?
As brake pads wear against the rotor surface, an unworn raised ridge or rust lip forms along the outer perimeter edge. Flat caliper jaws span across this lip, producing a false reading up to 1.5 mm thicker than reality. A specialized pointed-anvil brake micrometer steps past the rust lip directly onto the true friction track.
How do I properly bed in (burnish) new brake pads on this vehicle?
Perform 5 moderate stops from 45 mph down to 15 mph with 30 seconds of cruising between stops. Immediately follow with 5 firm, aggressive decelerations from 55 mph down to 10 mph without locking up the wheels or coming to a complete standstill. Drive at highway speed for 10 minutes without braking to allow the transfer layer to cure evenly.
What type of brake fluid is specified for the 2011 Honda CR-V?
The hydraulic braking system specifies fresh DOT 3. Never mix mineral-based oils or silicone DOT 5 fluids with glycol DOT 3, DOT 4, or DOT 5.1 systems. Flush the brake hydraulic fluid every 24 to 36 months to prevent moisture contamination and internal caliper piston corrosion.
How long does a complete brake pad and rotor replacement take on this vehicle?
A standard DIY axle replacement requires approximately 45–60 mins (per axle) with a difficulty rating of Moderate DIY. Replacing pads and rotors at home saves $250 to $550 per axle compared to dealership and specialty repair shop service labor rates.