The 1995 Ford F-250 has no open NHTSA recalls. Owners report 8 recurring issue clusters, led by “Cracked front brake rotors.” Ford uses the Intelligent Oil-Life Monitor (IOLM) to determine when oil changes are due based on actual driving load — not just mileage. Ford's published cap is 10,000 miles or 1 year, whichever comes first. The schedule below reflects Ford's Normal service intervals; F-Series trucks and Super Duty have additional towing-specific items.
No open recalls on file. NHTSA lists no unrepaired safety recalls for this year, make and model. A recall can be issued at any time, and a specific car can still have one open — check yours by VIN at nhtsa.gov/recalls.
What drivers and federal regulators have officially reported about the 1995 Ford F-250.
SERVICE BRAKES, HYDRAULIC
6 NHTSA complaints · 1995-08 → 2000-03
“BOTH FRONT ROTORS CRACKED IN TWO / THREE PLACES, CAUSING NOISE. REPLACEMENTS WERE DONE”
“BOTH FRONT ROTORS ARE CRACKED ONLY ON THE OUTER FACE, IT IS A SINGLE CRACK ALL THE WAY THROUGH THE FACE AND FORD IS REFUSEING TO TAKE CARE OF THIS UNDER WARRENTY”
“THE FRONT LEFT ROTOR HAS CRACKED AND THE LEFT FRONT IS STARTING TO CRACK. THE CRACKING IS AFFECTING THE BRAKING PERFORMANCE”
SERVICE BRAKES, HYDRAULIC
9 NHTSA complaints · 1995-04 → 2001-09
“ABS: BRAKES LOCKED UP WHEN APPLIED; PEDAL TRAVELED TO FLOOR; CAUSED ACCIDENT”
“ONGOING / INTERMITTENT PROBLEM WITH BRAKE PEDAL GOING TO THE FLOOR AND CAUSING LOSS OF BRAKING”
“ABS SYSTEM FAILURE, LOSS OF BRAKING ABILITY WHILE DRIVING AT ROLLING SPEED”
FUEL SYSTEM, GASOLINE
12 NHTSA complaints · 1995-09 → 2014-12
“CONSUMER NOTICED FUEL ON DRIVEWAY, DEALER DETERMINED FUEL TANK WAS LEAKING. ROCKS HAD WEDGED BETWEEN STRAPS THAT SECURE FUEL TANK, AND WORE A HOLE IN FUEL TANK”
“VEHICLE HAS DUEL FUEL TANKS. WHILE DRIVING FUEL COULD PASS FROM REAR TANK TO FRONT TANK AND OVERFLAW”
“THE CONTACT STATED THE VEHICLE HAD A DUAL FUEL TANK, ONE IN THE FRONT AND ONE IN THE REAR. WHILE DRIVING, THE FRONT FUEL TANK BEGAN TO LEAK”
ENGINE AND ENGINE COOLING
8 NHTSA complaints · 1998-11 → 2005-04
“THE VEHICLE IS NOT PROVIDED WITH EXHAUST MANIFOLD GASKETS WHICH CAUSES FASTENER FAILURES CAUSING EXHAUST LEAKAGE DIRECTLY FROM THE CYLINDERS. THE EXHAUST THEN ENTERS THE CAB OF THE TRUCK”
“WHEN DRIVING THE EXHAUST MANIFOLD STARTS TO MAKE A HISSING NOISE. THE MANIFOLD HAS BEEN REPLACED 3 TIMES”
“EXHAUST MANIFOLD HAS A LEAK, LOCATED ON THE INSIDE BY THE MOTOR, NOT NEAR MUFFLER. WHEN SITTING FUMES COME THROUGH THE AIR CONDITIONER”
POWER TRAIN
7 NHTSA complaints · 1995-11 → 2004-10
“RECENTLY WHEN I GOT IN MY 1995 F250 W/MANUAL TRANSMISSION I DEPRESSED THE CLUTCH PEDAL TO START IT UP & THE PEDAL WENT TO THE FLOORBOARD & STAYED THERE”
“RETAINING CLIP BROKE ALLOWING PLASTIC ROD THAT CONNECTS THE CLUTCH PEDAL SHAFT TO THE CLUTCH SLAVE CYLINDER TO DISENGAGE”
“MASTER AND SLAVE CYLINDERS KEEP GOING OUT AND THE TWO WORK TOGETHER TO MAKE THE CLUTCH”
TIRES
7 NHTSA complaints · 2000-09 → 2003-09
“WHILE DRIVING 62 MPH RIGHT REAR TIRE HAD TREAD SEPARATION. CONSUMER MANAGED TO PULL OVER”
“THE TREAD COMPLETELY SEPARATED FROM THE TIRE. FLEW OFF AND BEAT THE FRONT RIGHT FENDER”
“WHILE DRIVING ABOUT 60-65 MPH TREAD ON REAR DRIVER'S GOODYEAR WRANGLER HT TIRE CAME OFF”
SUSPENSION, POWER TRAIN
20 NHTSA complaints · 1995-09 → 2005-10
“CONSUMER WAS PULLING A 5TH WHEEL TRAILER WHEN THE BAR ATTACHING THE FRAME BOLTS OF RIGHT FRONT WHEEL CAME LOOSE BECAUSE ALL FOUR BOLTS HOLDING I-BEAM TO FRAME CAME OFF”
“EXTREMELY DANGEROUS DEFECT IN THIS TYPE OF VEHICLE, CENTER PIVOT OF TRACTION BAR AXLE IS HELD TO MAIN FRONT CROSS MEMBERM, BOLTS LOOSEN AND FALL OUT OR SHEAR OFF, THIS CAUSES COMPLETE LOSS OF CONTROL OF VEHICLE”
“THE CONTACT STATED THE BOLTS RETAINING A BRACKET FOR THE FRONT END FAILED, AND THE FRONT AXLE WAS ALLOWED TO MOVE AROUND”
ELECTRICAL SYSTEM
19 NHTSA complaints · 1995-02 → 2016-01
“ENGINE COMPARTMENT FIRE ON A PARKED 1995 FORD F-250. THE FIRE SPREAD RAPIDLY THROUGHOUT THE ENGINE COMPARTMENT, AND CAUSED A CAR PARKED NEXT TO THE TRUCK TO CATCH FIRE”
“THE CONTACT STATED HE WAS AWAKENED BY THE HORN OF HIS VEHICLE INDEPENDENTLY SOUNDING. THE CONTACT THEN OBSERVED FLAMES SHOOTING FROM THE DRIVER'S SIDE OF THE ENGINE COMPARTMENT”
“THE CONTACT DISCOVERED THAT THE FIRE STARTED AT THE WIRING HARNESS”
Issues on other model years
Source: NHTSA Office of Defects Investigation (ODI). Complaint data refreshed Sep 20, 2026. Investigation data refreshed Sep 20, 2026.
We display NHTSA's record with attribution; we don't editorialize on what these complaints mean for any specific vehicle.
Critical for safety and preventing major damage
Replace synthetic-blend or full-synthetic Motorcraft oil per the IOLM, or every 7,500-10,000 miles. EcoBoost engines require full synthetic; Coyote 5.0L V8 specifies SAE 5W-30.
Estimated cost — typical U.S. ranges
Dealer
~$120–$160
Shop
~$85–$115
DIY
~$25–$55
Full synthetic costs more than conventional. 5-quart 0W-20 + filter is the typical bill.
Rotate tires every 10,000 miles, or with every other oil change. F-150 4x4 owners should rotate every 5,000-7,500 miles to even out drivetrain bias wear.
Estimated cost — typical U.S. ranges
Dealer
~$85
Shop
~$60
DIY
Free
Often free at the shop where you bought the tires — worth asking before paying.
Inspect brake pads, rotors, and brake fluid level every 10,000 miles. Front pads on F-150 and Explorer typically last 40,000-60,000 miles.
Estimated cost — typical U.S. ranges
Dealer
~$85
Shop
~$60
DIY
Free
Most shops do this free as a courtesy with any service. Don't pay separately if you can avoid it.
Ford specifies brake fluid replacement on an inspection basis, but moisture testing every 3 years is recommended. Replace if reading exceeds 3% water content.
Estimated cost — typical U.S. ranges
Dealer
~$180–$200
Shop
~$125–$140
DIY
~$10–$25
DOT 3 or 4 — match the cap. Vacuum bleeders make this a one-person DIY.
Keeps your vehicle running smoothly and efficiently
Replace the engine air filter every 30,000 miles. EcoBoost turbocharged engines are sensitive to airflow restriction — don't extend.
Estimated cost — typical U.S. ranges
Dealer
~$60–$95
Shop
~$45–$70
DIY
~$15–$40
5-minute job on most cars; the airbox lid usually has clips, no tools needed.
Ford 6R80, 10R80, and 8F transmissions use Mercon LV fluid rated 150,000 miles under normal service. Severe service (towing, plowing) drops this to 60,000 miles.
Estimated cost — typical U.S. ranges
Dealer
~$330–$500
Shop
~$235–$355
DIY
~$60–$180
Some sealed transmissions have no dipstick — fill is precise and best left to a shop. Many drivers can still DIY drain-and-fill.
On 4x4 models, replace transfer case fluid every 60,000 miles. Use Motorcraft XL-12 — do not substitute generic transfer case fluid.
Estimated cost — typical U.S. ranges
Dealer
~$105–$140
Shop
~$75–$100
DIY
~$15–$40
AWD/4WD vehicles only. Easy drain-and-fill on most platforms.
F-Series and Expedition: replace rear axle fluid every 100,000 miles, or 50,000 miles if towing. Limited-slip rear ends require friction-modifier additive.
Estimated cost — typical U.S. ranges
Dealer
~$150–$195
Shop
~$105–$135
DIY
~$20–$50
Drain plug + fill plug — straightforward DIY. AWD vehicles have two; budget for both.
Iridium spark plugs on Coyote 5.0L, EcoBoost 2.7L/3.5L, and 2.3L are rated 100,000 miles. EcoBoost engines: never exceed the interval — gap erosion causes coil failure.
Estimated cost — typical U.S. ranges
Dealer
~$285–$390
Shop
~$200–$275
DIY
~$25–$100
Iridium plugs cost more but last 100k+ miles. V6/V8 access varies wildly — some are tough.
Motorcraft Orange (Dex-Cool compatible) coolant: first change at 100,000 miles, then every 50,000. Older trucks with Yellow Motorcraft coolant: 50,000 miles throughout.
Estimated cost — typical U.S. ranges
Dealer
~$285–$330
Shop
~$200–$235
DIY
~$25–$60
Use the manufacturer-specified coolant — wrong color/chemistry can damage the cooling system.
Extends the life of your vehicle and improves comfort
Replace the cabin air filter every 20,000 miles. On F-150, located behind the glove box; on Escape and Explorer, accessed from the passenger footwell.
Estimated cost — typical U.S. ranges
Dealer
~$60–$95
Shop
~$45–$70
DIY
~$15–$40
Usually behind the glovebox. Shops charge labor for a 10-minute job — easy DIY win.
Occupant deaths in fatal crashes (FARS)
1,272 crashes 1990–2024
How the 1,272 occupant deaths break down
993
driver deaths
279
passenger deaths
1,272
occupant deaths
Crash years covered: 1990–2024 This model year first appears in 1994 crashes. Older models have had more years on the road to appear in these crashes, so a higher count here does not by itself mean a vehicle is less safe.
FARS counts every occupant death in a fatal crash, whatever the cause — it does not mean the vehicle was at fault or defective. Counts are not adjusted for how many of each vehicle are on the road. How to read this number
FARS 2024 data is an annual report file. NHTSA revises these records when the final file is published, so this count can change.
Every vehicle has exactly one driver seat, so driver deaths line up fairly when you compare one model to another. Occupant deaths include passengers, so a three row SUV can show a higher number than a two seat car simply because it carries more people.
Both figures are plain counts, not rates. A rate would need to know how many of each vehicle are on the road, and that registration data is not public, so we do not publish rates or scores of any kind.
IIHS publishes driver death rates using this same driver only idea, paired with a registered vehicle years denominator we do not have. Their rates and these counts answer different questions, so do not read either number here as a safety rating.
Owner-reported problem signals
Separate from the federal fatality data above: complaints owners filed with NHTSA about this year and model. These are reports of problems, unverified, and are counted here only as signals.
10
complaints mentioning a crash
20
complaints mentioning a fire
Typical U.S. ranges. Actual quotes vary by shop, parts choice, and vehicle condition.
How we estimate: Dealer = OEM parts × 1.4 + labor × $165/hr. Shop = parts + labor × $115/hr. DIY = parts only.
This maintenance schedule for the 1995 Ford F-250 reflects Ford's published service intervals and the Intelligent Oil-Life Monitor system. Your actual service needs may vary based on driving conditions, climate, and vehicle usage. Always consult your owner's manual for model-specific recommendations.