A rubbing, grinding, metal on metal noise from the front brakes after a little over 19, 916 miles. I had the dealership perform an inspection of the brake system and was told that it was not under warranty. The pads have worn down to the point where metal-to-metal contact is occurring, my vehicle may not be able to stop safely, and damage may occur where the brake rotors or drums need to be…
2009 Honda Civic brakes problems
severe 43 complaints filed with NHTSA · avg repair $450 · see brakes across all vehicles →
Failure mileage
Complaints
43
Recalls
0
Avg fix
$450
4crashes
1fire
2injuries
When does it fail?
Of the 43 brakes complaints filed for the 2009 Honda Civic, here's the actual mileage breakdown — failures cluster heaviest at 0-25,000 mi.
0-25k
25-50k
50-75k
75-100k
100-125k
125-150k
150k+
Each bar shows the share of total complaints filed at that mileage range. Peak failure window highlighted. Some owners report problems earlier; some make it well past 150,000 miles symptom-free. Maintenance habits and driving conditions shift the curve as much as mileage alone.
What stands out
Owners have filed 43 brakes complaints with NHTSA against this vehicle, but no formal recall covers the issue — the federal record reflects what manufacturers have admitted, not everything owners are reporting.
No new NHTSA brakes complaint has been filed on this vehicle in over 15 years — the issue may be aging out of the active population.
The failure pattern owners describe
Buyer takeaway: The 2009 Civic has a well-documented pattern of brake problems: hard pedal and power loss, especially on rough roads and in cold weather; premature front pad wear at 11,000–23,000 miles with uneven wear suggesting piston retraction failure; and instances of complete brake power loss resulting in crashes. Dealers typically dismiss complaints as normal wear despite owner experience showing these issues are unusual compared to other vehicles.
Owners of 2009 Honda Civics report multiple brake-system problems. Hard pedal and loss of braking feel appear early and persistently—many owners describe stiff brakes on initial applications after starting, or brakes that fail when hitting bumps and rough patches. One owner documented 19 dated instances of hard pedal and later traced it to a booster hose/check-valve failure confirmed by independent Honda testing, though the dealership initially dismissed it. Another owner's brake pedal went to the floor with no power response at 10,000 miles, causing a crash.
Premature pad wear dominates the complaints. Owners report replacing front brake pads at 11,000–23,000 miles when prior vehicles lasted 50,000–70,000 or longer. Uneven wear is common—inner pads wearing to 10% while outer pads sit at 85–90%—with calipers failing to fully retract. Grinding and metal-on-metal noise at brake application marks pad wear hitting bare rotor. Glazed and overheated rotors needing resurfacing at low mileage occur frequently.
Rear brake issues include rusting rotors within days of replacement and rear-brake smoke at highway speeds. One hybrid owner's brake pedal traveled to the floor with no engagement at 10,000 miles.
Braking performance degrades on bumpy roads and in cold weather. Owners report brakes becoming nearly useless on rough surfaces or when crossing railroad tracks, forcing hard pedal stomping or use of the emergency brake. One owner cited over 100 occurrences between December 2012 and March 2013 during stop-and-go traffic on icy Illinois roads.
ABS locking intermittently with brake-warning illumination is noted. Dealers consistently tell owners early wear and power-loss events are normal, but owners draw parallels to decades-long brake life in other vehicles.
Same Honda Civic brakes reports on nearby years: 2006 · 2007 · 2008 · 2010 · 2011
Failure modes owners describe
Brake Booster / Hose Check-Valve Failure
Loss of brake assist resulting in hard pedal on initial brake applications after engine start. Independent Honda booster test procedure confirmed failure; dealership diagnostic procedures failed to detect the issue despite repeated complaints.
When: Early in ownership, recurring after cold starts; narratives cite problems starting within 3 weeks of purchase and persisting for years
Symptoms owners cite: Hard, stiff brake pedal requiring excessive foot pressure; Loss of power assist on first 3–4 brake applications after engine start; Brake feel recovers after repeated applications; Condition recurs daily, especially after vehicle sits overnight
Repairs/costs cited: Dealership replaced booster hose/check-valve assembly on one owner's prior Civic; owner reports booster replacement on second vehicle near end of warranty. Independent shop confirmed failure via Honda booster test procedure taking 45 minutes; dealership performed only 19-minute inspection without proper testing.
Brake Pedal Failure on Bumpy / Rough Road Surfaces
Sudden loss of braking effectiveness or power response when braking while crossing bumps, potholes, railroad tracks, or rough pavement. Brakes feel weak or ineffective; owner must release and reapply or stomp hard to regain stopping power.
When: Occurs across full ownership span; one owner reported 30+ instances starting September 2009; another documented 100+ occurrences December 2012–March 2013 in stop-and-go winter traffic
Symptoms owners cite: Brakes fail or lose effectiveness when brake applied simultaneously with bumps or uneven road; Vehicle lurches forward or continues rolling despite brake application; Condition worse in cold weather, snow, and ice; Requires harder pedal pressure or release-and-reapply technique to stop safely; Brakes perform normally on smooth, flat surfaces
Repairs/costs cited: No repairs documented in narratives; one owner paid $165 for Bendix brakes and rotor repair for uneven wear, but underlying road-bump braking issue persisted.
Premature Front Brake Pad Wear
Front brake pads wear out far earlier than typical automotive standards, requiring replacement at 11,000–23,000 miles. Owners report previous vehicles averaged 50,000–70,000 miles before pad replacement. Wear often uneven: inner pads at 10% while outer pads remain at 85–90% life.
When: Begins 11,000–23,000 miles; one owner replaced pads again just 12,000 miles after first replacement (at 20,000 miles); wear documented as early as 15,854 miles at routine oil change
Symptoms owners cite: Squealing or grinding noise from front brakes during application; Metal-on-metal grinding sound indicating pad wear to rotor contact; Uneven inner/outer pad wear with inner piston not fully retracting; Rotors require resurfacing or replacement due to premature wear
Repairs/costs cited: Owners paid $165–$230 per replacement at dealers; one owner replaced pads twice within 14 months (11K and 23K miles). One owner purchased quality Bendix pads but faced same early wear within 12,000 miles. Dealerships cite 'normal wear,' 'driving habits,' or 'stop-and-go traffic' despite owners reporting highway-only or light-duty use.
Complete Brake Power Loss
Total loss of brake pedal response or power assistance at any speed. Brake pedal may go to the floor or become completely unresponsive; driver must use emergency/parking brake to stop vehicle. Results in crashes or near-misses.
When: Occurs at low to moderate mileage (10,000 miles reported in at least two incidents); can occur on initial driving or after highway operation
Symptoms owners cite: Brake pedal travels to floorboard with zero power response; No braking engagement despite full pedal depression; Driver must engage emergency/hand brake to stop vehicle; Occurred at 5 mph in parking lot, 25–35 mph in town traffic, and highway speeds
Repairs/costs cited: One owner's vehicle was towed to dealer and deemed totaled (100,000 miles). Another crash at low speed; emergency brake deployment prevented collision. One hybrid owner at 10,000 miles crashed into rear of another vehicle; awaiting dealer response.
Uneven Brake Pad Wear with Caliper Piston Retraction Failure
Inner brake pad wears rapidly while outer pad remains relatively new, indicating the inner piston is not fully retracting after brake application. Calipers and pistons appear structurally fine upon inspection but pad wear remains uneven and premature.
When: Early in ownership; documented at 20,000 miles and recurring within 12,000 miles of replacement; on one vehicle at 23,000 miles
Symptoms owners cite: Inner brake pad worn to 10% life; outer pad at 85–90% life; Grinding noise sounding as if metal-to-metal contact occurring; Noise persists even when not actively braking, suggesting pad not retracting against rotor; Dealership finds no obvious caliper or piston defect
Repairs/costs cited: Owners paid approximately $200–$230 for replacement pads and rotor resurfacing. One owner replaced pads twice within 14 months. Dealerships unable to explain premature failure and cite normal wear despite highway-heavy use and maintenance.
Rear Brake Rotor Rusting and Corrosion
Rear rotors rust and corrode rapidly after replacement or repair, with rust visible within days. Owners report rear rotors required replacement due to damage at very low mileage (6,500 miles).
When: Occurs shortly after rear brake service; one owner noted rust ten days post-replacement at 6,500 miles; same vehicle had rear rotors and calipers serviced at very low mileage
Symptoms owners cite: Rust visible on rear rotors within 10 days of replacement; Rear rotors damaged and requiring replacement at 6,500 miles; Rough, uneven braking feel at speeds 35 mph and below
Repairs/costs cited: Rear rotors replaced; rear calipers cleaned. Owner did not pursue root-cause diagnosis.
Brake Performance Degradation in Cold Weather and Winter
Brake system performance worsens significantly in cold weather, snow, and icy conditions. Hard pedal and reduced braking effectiveness occur more frequently or severely during winter months.
When: December 2012 through March 2013 reported by one owner; problem noted as 'coming winter' concern by another
Symptoms owners cite: Hard brake pedal worsens in cold weather; Reduced braking effectiveness on snow and ice compared to dry conditions; Stiff pedal and reduced stopping power increase risk during rush-hour stop-and-go winter traffic
Repairs/costs cited: No specific repair noted; owners express concern and caution regarding winter driving.
ABS Locking and Brake Warning Illumination
ABS activates and locks prematurely or intermittently during normal braking. Brake warning light illuminates. ABS engagement also reported to take abnormally long to release (3× longer than other vehicles with ABS).
When: Intermittent; documented at 60,000 miles; one owner reports ABS takes 3× longer on rough or slippery surfaces
Symptoms owners cite: ABS locks upon brake pedal engagement at 15 mph; Brake warning indicator illuminates; ABS malfunction recurs intermittently; Extended ABS engagement time on rough or slippery ground
Repairs/costs cited: One owner's failure had not been diagnosed or repaired at report time.
Glazed and Overheated Rotors
Brake rotors become glazed and overheat, reducing braking friction and performance. Rotors require resurfacing or replacement at low mileage.
When: Early in ownership; glazing noted during warranty period
Symptoms owners cite: Abnormal squeaking from front brakes during braking; Rotors glazed and overheated per dealer diagnosis
Repairs/costs cited: Brake pads replaced and rotors resurfaced by dealer. Problem persisted after repair in one case.
Brake Pedal Insufficient Force Requirement
Brakes require excessive foot pressure to stop the vehicle even with full pedal depression, creating unsafe stopping distance and forcing reliance on emergency brake.
When: Occurs early in ownership; documented with low mileage (5,500 miles reported)
Symptoms owners cite: Brakes provide insufficient stopping power even with full foot pressure; Vehicle continues rolling or decelerating slowly despite maximum brake pedal effort; Driver must rely on emergency brake to ensure safe stop; Occurs even with new vehicle low mileage
Repairs/costs cited: Owner reports dealership claims both the hard-shift transmission issue and inadequate braking are 'completely normal.' No repair performed.
Parking Brake Failure
Parking brake fails to hold vehicle on incline or flat surface. Vehicle rolls backward despite parking brake being fully engaged.
When: Mileage not specified
Symptoms owners cite: Vehicle rolls backward into neighboring yard and strikes another vehicle; Parking brake fully engaged but vehicle does not hold
Repairs/costs cited: Police and witnesses confirmed parking brake was engaged at time vehicle rolled.
Brake Pedal Loss of Feel on Manual-Transmission SI Models
Manual-transmission SI models lose all brake pedal assist within 30 minutes of engine shutdown. When starting engine with clutch depressed, vehicle rolls on inclines despite normal foot pressure on brake pedal, requiring excessive pressure to prevent rolling.
When: Occurs when engine is shut off for 30 minutes or longer
Symptoms owners cite: Brake pedal assist lost 30 minutes after engine shutdown; Vehicle rolls on incline during cold start with normal brake pressure; Very heavy brake pressure required to prevent rolling; Risk of pedestrian and property damage in parking areas on inclines
Repairs/costs cited: Dealer acknowledges problem exists but claims it is design intent. Owner disputes, citing 30 years manual-transmission experience in which no other vehicle exhibits this trait.
Recalls/TSBs owners mention: Dealer claims this is how SI models are designed.
Brake Failure on Hybrid Models
2009 Honda Civic Hybrid exhibits brake power loss, hard pedal, and complete braking failure independent of or in addition to non-hybrid model issues.
When: 10,000 miles and early ownership
Symptoms owners cite: Brake pedal stiffness from day one of ownership; Brake pedal to floorboard with no power response at 10,000 miles, resulting in crash
Repairs/costs cited: One hybrid owner's vehicle crashed into rear of another vehicle at approximately 30 mph; crash occurred at 10,000 miles. Dealer notified but response pending.
Synthesized from 43 NHTSA owner complaints — unverified consumer allegations, summarized for patterns. The verbatim filings appear below.
What owners are reporting 2 most recent
Factory brakes are defective, wearing out the rotor with only 36,000 miles on the car. *tr
Had brakes trouble with your 2009 Honda Civic?
File a complaint with NHTSA → It's free, official, and how every report above got here — owner filings are the federal safety record this page is built on.
Common questions
How serious is the brakes problem on the 2009 Honda Civic?
It's a meaningful issue. 43 complaints have been filed and the failure mode causes operational problems for owners. Repairs average $450.
At what mileage does the brakes typically fail?
Across the 35 complaints that reported odometer mileage, most brakes failures cluster between 15,854 and 33,035 miles, with the median around 23,000. A quarter of owners report trouble before 15,854; a quarter make it past 33,035. Maintenance history matters more than the odometer alone — this is the reported failure window, not a guarantee.
What does it cost to fix?
Independent shops typically charge around $450 for brakes repairs on this vehicle. Dealer pricing tends to run 20-40% higher. The exact figure depends on the specific failure mode, parts availability, and your local labor rates. If you're outside factory warranty, an extended service contract often covers this category.
Are there any recalls related to brakes?
No active recalls currently cover brakes issues on this vehicle. The complaints filed represent owner-reported failures that haven't risen to the level of a manufacturer-issued recall — but they're still worth knowing about before you buy or budget for repairs.
Related
Complaint and recall data sourced from the National Highway Traffic Safety Administration (NHTSA)
public records database. Verify the raw federal record at
nhtsa.gov/vehicle/2009/Honda/Civic.
Severity ratings are derived from reported crashes, fires, injuries, and fatalities. Repair cost estimates are
independent-shop national averages and may differ in your area. Some links on this page are affiliate links.