1995 Chevrolet blazer tire sizes & fitment
Approved tire and wheel sizes for the 1995 Chevrolet Blazer, sourced from manufacturer fitment data and refreshed monthly.
Approved fitments
| Tire size | Rim size | PCD (bolt pattern) | Offset | Load index | Speed rating |
|---|---|---|---|---|---|
| 205/75R15 OEM | R15 | N/A | N/A | N/A | N/A |
| 235/70R15 OEM | R15 | N/A | N/A | N/A | N/A |
| 235/75R15 OEM | R15 | N/A | N/A | N/A | N/A |
Best by use case
Four tires, four jobs
See the best tires for the Chevrolet Blazer, ranked by category →
Tire recalls & safety complaints for the Chevrolet Blazer →
Compatible alternative sizes for 205/75R15
Sizes within the ETRTO ±3% overall-diameter safe-fit tolerance. Each row links to the size's own page.
| Alternative size | %Δ OD | Category | Verdict |
|---|---|---|---|
235/60R16 |
-0.01% | plus 1 | Safe |
215/60R17 |
0.19% | plus 2 | Safe |
195/85R14 |
-0.20% | winter narrower | Safe |
225/80R13 |
0.25% | alternative | Safe |
235/55R17 |
0.26% | plus 2 | Safe |
For the full list of alternatives with comfort/handling impact, see 205/75R15 upsize options. To check an arbitrary size pair, use the tire compatibility calculator.
Check a different size against this vehicle
Type any tire size below; we'll compute its overall-diameter delta against the OEM 205/75R15 and verdict using the ETRTO ±3% rule.
Common upgrade paths
- Plus-1: 235/60R16; one rim size up, -0.01% OD change. Sharper steering, mild ride penalty, modest cost premium.
- Plus-2: 215/60R17; two rim sizes up, 0.19% OD change. Noticeable ride penalty, higher pothole risk, meaningful tire-cost premium.
Use the plus-size calculator to evaluate any rim step against the OEM size.
How to choose tires for the 1995 chevrolet blazer 4wd-4dr
The 1995 Chevrolet Blazer 4wd-4dr ships from the factory on 205/75R15 tires mounted on R15 wheels. 3 approved fitments are documented for this model year, allowing some flexibility between performance, comfort, and winter compounds. The Compatible alternative sizes table above lists every safe substitution within the ETRTO ±3% overall-diameter tolerance.
Tire choice on the Chevrolet Blazer comes down to three trade-offs that matter more than brand loyalty: load index (must equal or exceed the OEM number), speed rating (must match or exceed the placard), and UTQG treadwear (higher means longer life, lower usually means stickier rubber). Owners replacing factory tires with the same compound class, for example all-season for all-season, generally see no change in ride characteristics or fuel economy. Switching categories (performance summer to all-season touring, for example) is where the trade-offs show up at the contact patch.
For 1995 Chevrolet Blazer 4wd-4dr owners considering a plus-size upgrade, the safer option is a Plus-1 step (one rim size up with a 10-point aspect drop and ~10 mm of additional section width). Plus-2 is technically viable on this chassis if the alternative-sizes table lists a Plus-2 candidate within tolerance, but expect a meaningful ride-harshness penalty and a tire-cost premium of 30–60% per tire relative to the OEM fitment. For winter use the recommended pattern is one width step down (e.g. from a 235 to a 225) with the aspect ratio bumped up to preserve overall diameter; narrower tires apply higher contact pressure per square inch on snow, which translates directly into shorter braking distances. The plus-size calculator evaluates any specific rim step against this OEM size.
Before purchasing, verify the tire size on the driver-door placard of your specific 1995 Chevrolet Blazer 4wd-4dr, since trim levels and option packages can shift the original fitment from what is documented here. The placard reading is the authoritative source per FMVSS 110, and dealers will reference the placard rather than aftermarket catalogs when validating warranty claims.
NHTSA-reported issues for 1995 chevrolet blazer
Top issue category: Tires (General)
Most reported: Tires (General) (11) · Tread / Belt (2) · Sidewall (1)
Reported across: 1995 – 1995 (1 year)
What owners described
Loss of control, rollover or collision appears in 16% of these reports; about 2.0× as often as across all tire complaints. Percentages are shares of the 79 reports covering every model year of the Chevrolet Blazer that include a written account; a single report can describe more than one problem, so they do not total 100%.
| Reported problem | This subject | All tire complaints | Relative |
|---|---|---|---|
| Loss of control, rollover or collision | 16% | 8% | 2.0× |
| Blowout or sudden deflation | 11% | 20% | 0.6× |
| Sidewall failure | 11% | 15% | 0.8× |
| Tread or belt separation | 8% | 13% | 0.6× |
| Cracking or dry rot | 8% | 9% | 0.8× |
| Bubble or bulge in the tire | 3% | 6% | 0.4× |
Mileage at failure
36 of these reports state an odometer reading. The middle report is at 25,712 miles, with 8 in 10 falling between 5,000 and 70,000 miles.
In owners' own words
Verbatim excerpts from complaints filed with NHTSA about Chevrolet Blazer. Reports are published by NHTSA as filed and are lightly cleaned here only to remove intake codes.
A CHUNK OF APPROXIMATELY 2-3" BLEW OUT OF THE SIDEWALL OF THE REAR PASSENGER TIRE. MY DAUGHTER WAS DRIVING, AND SHE LOST CONTROL AFTER THE TIRE BLEW AND HIT A TREE HEAD ON AT 45 MPH. THE VEHICLE WAS TOTALED AND MY DAUGHTER HAS MULTIPLE INJURIES, INCLUDING A FRACTURED KNEECAP, SPRAINED JAW, DISC PROTRUSIONS AT C6/C7 AND L5/S1. SHE IS HAVING HEADACHES AND FACIAL PAIN AND A BRAIN MRI WAS PERFORMED YESTERDAY. WE'LL HAVE THOSE RESULTS SOMETIME NEXT WEEK. THE TIRE WAS PURCHASED IN OCTOBER 2013, WAS 20% WORN AND HAD NO SIGNS OF INFLATION PROBLEMS OR SIGNS OF ANYTHING STRIKING THE TIRE. IT WAS A GOODYEAR TIRE.
All 4 tires exhibit signs of dry rot impacting the inner sidewalls of each tire. The outer layer is showing significant signs of sidewall separation. There is no sign of damage visible on the exterior side walls, if an inspection was not done on this date 08/20/26 the driver and others would have been at significant risk of injury or death due to catastrophic failure. The worst separation occurred in the front drive / steering tires. While lesser damage was visible on the rear tire the damage was also significant. The driver side rear showed the least damage with only a 2 inch separation. The other 3 tires showed 12 inches or greater separation. Images are available for review.
ORGINIAL TIRES ON 1999 CHEVROLET TRAIL BLAZER, TIRE SIZE P23575R15, TWO REAR TIRES, AND LEFT FRONT TIRES' TREAD SEPARATED WHICH MAY HAVE CAUSED A CRASH. CURRENTLY FRONT DRIVER TIRE, AND THE NEW TIRE THAT GOODYEAR REPLACED, PROBLEM IS REPEATING. PLEASE PROVIDE FURTHER INFORMATION.*AK GOODYEAR WRANGLER P235/75/R15
I HAVE TIRES THAT SHOW BULGES ON THE SIDEWALL, THE SUPPLIER STATES THESE ARE WERE THE TIRE WAS PUT TOGETHER, BUT THERE ARE TWO TO THREE PLACES ON THE TIRE THAT ARE NOW SHOWING THESE BULGES. I TRIED TO CONTACT GOOD YEAR TIRE BUT NO ONE WOULD GIVE ME THE HOME OFFICE ADDRESS. DON'T NOW OF ANY ONE THAT HAS A PROBLEM.
Complaints are voluntarily submitted to the NHTSA Office of Defects Investigation and are not verified by NHTSA; they represent owner-reported problems, not proven defects. Counts can be useful as a relative quality signal across comparable tires or vehicles.
Frequently asked questions
What size tires fit a 1995 Chevrolet Blazer?
Can I run a different tire size on my 1995 Chevrolet Blazer?
Where can I buy tires for my 1995 Chevrolet Blazer?
What is the recommended tire pressure for the 1995 Chevrolet Blazer?
Can I fit winter tires in a different size on my 1995 Chevrolet Blazer?
How often should I rotate the tires on my 1995 Chevrolet Blazer?
For broader tire questions; replacement timing, UTQG, EV-specific tires, winter swaps; see the tire FAQ.
Sources for this page
- Vehicle owner's manual tire & wheel placard; door-jamb placard on the Chevrolet Blazer is the authoritative source for OEM tire size, load index, and cold-inflation pressure for your specific trim.
- NHTSA SaferCar; recall lookup for the 1995 Chevrolet Blazer.
- ETRTO 2024 Standards Manual §2.3; overall-diameter math used for the alternative-size verdicts above.
- Tire & Rim Association 2025 Yearbook; load-index to maximum-load reference.
Last verified 2026-09-02.