1989 Toyota Tire Fitment Guide

1989 Toyota vehicles use 12 different tire sizes across seven model lines. Camry uses 185/70R14 and 195/60R15; Celica uses 205/60R14, 185/70R13, and 165R13; Corolla uses 155/80R13, 155R13, 165R13, 185/70R13, 185/60R14, and 175/70R13; Cressida uses 195/65R15; MR2 uses 185/60R14; Supra uses 225/50R16; and Tercel uses 145/80R13 and 155R13. These sizes mount on 13-, 14-, 15-, and 16-inch rims, with rim-width guidance present for many sizes such as 4.00-5.50 inches for 155R13, 5.00-6.50 for 185/70R13, and 6.0-8.0 for 225/50R16.

That spread means year and make alone are not enough for a confident tire choice on a 1989 Toyota. Start by identifying the exact model, then verify the wheel diameter already on the car, then compare the size molded on the current tire or called for in factory literature. Shared sizes do appear between some models, but a Corolla, Celica, and Tercel can still use different 13-inch sizes, so the safest path is matching your exact application before choosing a brand or sidewall style.

On a 1989 Toyota, 165R13 is a Euro-metric radial size. The 165 is the nominal section width in millimeters, the R identifies radial construction, and the 13 is the wheel diameter in inches. Because no aspect ratio is written into the code, this format conventionally points to an approximately 80-series profile. In the 1989 Toyota range, 165R13 appears on certain Celica and Corolla applications.

That format can look unfamiliar if you are used to modern sizes like 185/70R13, but it is normal for many imported cars from the era. The practical takeaway is not to substitute a different 13-inch size just because the wheel diameter matches. Width and sidewall height still affect the tire's overall shape and appearance, so owners pursuing a faithful late-1980s import look often stay with the Euro-metric format when that is the size their Celica or Corolla uses.

No, 1989 Toyota models do not share one universal tire size. The lineup stretches from the narrow 145/80R13 used on certain Tercels up to 225/50R16 on the Supra, with several middle-ground sizes spread across the Camry, Celica, Corolla, Cressida, and MR2. A few sizes are shared between models, such as 185/70R13 on some Celica and Corolla applications, 165R13 on some Celica and Corolla applications, 155R13 on Corolla and Tercel, and 185/60R14 on Corolla and MR2.

That matters because a shared brand name or body style does not mean shared tire dimensions. Toyota's 1989 range includes economy cars, family sedans, sport coupes, and a performance flagship, so the tire package follows the specific model rather than the badge alone. If you are comparing cars within the same year, treat the model designation and wheel diameter as the first filter, then use the exact size to choose the correct product family and sidewall appearance.

1989 Toyota tire choices cover a wider sidewall-style range than many buyers expect from a late-1980s import. Blackwall appears across most performance and standard radial sizes, while whitewall choices show up in sizes such as 185/70R14, 195/60R15, 185/70R13, and 155/80R13. Redline is available in 195/60R15 and 185/70R13, and RWL appears in 195/60R15. The Supra's 225/50R16 options stay blackwall, which fits that model's more performance-centered character.

The right sidewall style depends on how you want the car to present itself. A blackwall usually looks most at home on sport-oriented Toyotas such as the Celica, MR2, and Supra, while whitewalls or redlines can shift the look toward custom, nostalgic, or period-accessory territory on sedans and compacts. If restoration authenticity is your goal, compare the sidewall style against original photos, dealer literature, or marque-club guidance before choosing a more decorative treatment simply because it fits the size.

1989 Toyota sizes are covered by BFGoodrich, Michelin, Avon, Dunlop, Travelstar, Maxxis, and Tornel. Coverage varies by size: 185/70R14 is available from BFGoodrich, Avon, Dunlop, and Michelin; 195/60R15 from BFGoodrich and Michelin; 185/70R13 from BFGoodrich, Avon, and Dunlop; 165R13 from Michelin and Dunlop; 155/80R13 from Travelstar, BFGoodrich, Maxxis, and Tornel; 155R13 from Michelin and Dunlop; 185/60R14 from Michelin; 175/70R13 from Avon; and 225/50R16 from BFGoodrich and Michelin.

That variety lets buyers approach a 1989 Toyota from different angles. Some brands emphasize a classic look with whitewall, redline, or RWL styling, while others stay with a straightforward blackwall appearance more in line with late-1980s import practice. The strongest buying shortcut is to decide your exact size first, then narrow the field by sidewall treatment and any speed rating requirement, especially on sportier models where the available brand mix changes noticeably from one size to the next.

For 1989 Toyota sizes where both appear, BFGoodrich Silvertown Radial and Avon CR6ZZ approach the same fitment in different ways. In 185/70R14, the BFGoodrich Silvertown Radial is available as a wide whitewall with a 5.00-6.50-inch rim-width range and a 24-pound weight, while the Avon CR6ZZ is a blackwall with a 4.5-6.0-inch rim-width range and weighs 21.61 pounds. In 185/70R13, the BFGoodrich Silvertown Radial comes in redline and wide whitewall versions with a 5.00-6.50-inch rim-width range, while the Avon CR6ZZ is a blackwall with a 4.5-6.0-inch rim-width range.

The practical difference is visual character and wheel compatibility as much as brand preference. A Silvertown Radial suits owners who want a more overtly classic sidewall treatment on a compatible rim width, while the Avon keeps a cleaner blackwall presentation and slightly narrower rim-width guidance. Neither choice should be treated as interchangeable purely on appearance, so confirm your wheel width before deciding between them, especially on 13-inch and 14-inch Toyota applications where both families serve the same nominal size.

Rim-width guidance for 1989 Toyota tires varies by size. Examples include 4.00-5.50 inches for 155/80R13 on some versions, 4.00-5.50 for 155R13, 4.50-6.00 for 165R13, 4.5-6.0 for 175/70R13, 5.00-6.50 for 185/70R13 and 185/70R14 on some products, 5-6.0 for 185/60R14, 5.50-7.00 for 195/60R15, and 6.0-8.0 for 225/50R16. Different products within the same size can show slightly different approved rim-width ranges.

That is why wheel diameter alone is only the first checkpoint. A tire can share the correct 13-, 14-, 15-, or 16-inch rim diameter and still have a rim-width requirement that does not line up with your wheel. Before choosing a 1989 Toyota replacement tire, confirm the actual wheel width on the car and compare it to the approved range for the exact product you want, especially if you are moving between whitewall, performance, or specialty blackwall options within the same nominal size.

Most 1989 Toyota tire products here are radial tires intended for modern-style road use, but tube marking still varies by product and by size. Michelin versions in sizes such as 185/70R14, 195/60R15, 165R13, 155R13, 185/60R14, and 225/50R16 are marked TL, meaning tubeless. Other products in the same or neighboring sizes may not carry a tube marking in the size description, so the requirement can vary by product rather than by the vehicle alone.

For a 1989 Toyota owner, that means the wheel condition and the exact tire specification matter more than a blanket rule. If your wheels are original and in good tubeless-ready condition, many of these radials are naturally aligned with tubeless use, but a marque specialist or wheel shop should look closely at older rims that have corrosion, damage, or uncertain sealing surfaces. Treat the sidewall marking on the specific tire you choose as the final authority instead of assuming every tire in the same size is set up the same way.

A stored 1989 Toyota should be kept in a cool, dry, dark space away from direct sunlight, electric motors, battery chargers, welders, and other ozone-producing equipment that can accelerate rubber aging. Clean the tires gently, keep them off standing moisture, and maintain inflation so the carcass is not left underinflated for long periods. Collector cars that sit for months at a time also benefit from being rolled occasionally or supported in a way that reduces long static loading.

That routine matters whether the car is a Corolla commuter survivor, a preserved Cressida, or a Supra kept for fair-weather use. Even radial tires can develop temporary flat-spotting or cosmetic sidewall aging when parked in one place too long, and those issues tend to show up first on low-mileage hobby cars that otherwise look excellent. Good storage habits protect appearance, ride quality, and long-term service life more effectively than simply covering the car and forgetting about it.

On a 1989 Toyota, tire age usually matters more than mileage. Collector and low-use cars often wear very little tread, but the rubber still hardens and ages with time, so a tire should be evaluated closely once it reaches about five to seven years of age and replacement should be seriously considered as it approaches roughly ten years, regardless of tread depth. The DOT date code on the tire sidewall is the starting point for establishing age.

That is especially relevant for cars such as an MR2, Celica, or Supra that may only come out for seasonal driving, because old-looking tread depth can create a false sense of security. If the car sees highway use, spirited driving, or long-distance touring, age-related replacement becomes even more important. A fresh set in the correct size often improves predictability and confidence more than squeezing a few more seasons out of tires that still look cosmetically acceptable.

Tires on a 1989 Toyota should be checked before every drive and given a more thorough inspection before any extended outing. Look for visible cracking, cuts, punctures, bulges, uneven wear, and signs that the tire is losing pressure. Pay attention to the valve stems as well, and if your chosen product is tube-marked or your wheel setup raises tube questions, include the valve area and pressure retention in that inspection routine.

A brief walk-around catches many problems before they become roadside failures. That matters even more on older cars, where a tire issue may be accompanied by long periods of storage, infrequent use, and suspension or alignment wear that develops slowly over time. Make pressure checks, sidewall inspection, and tread review part of the same habit as checking fluids and lights, especially before a club event, road trip, or any drive that will put the car far from home.

Yes, 1989 Toyota tires can be suitable for highway driving when they are the correct size, in sound condition, and matched to the way the car is used. Several sizes carry explicit speed ratings, including S up to 112 mph on certain 195/60R15 products, T up to 118 mph on some 155/80R13 products, H up to 130 mph on sizes such as 185/70R14, 185/70R13, 165R13, 155R13, and 175/70R13, V up to 149 mph on some 185/70R14, 185/70R13, and 185/60R14 products, W up to 168 mph on some 225/50R16 products, and Y above 186 mph on a 225/50R16 option.

The more important limit in normal use is often the car itself rather than the tire's rating. A well-kept Camry or Corolla used at everyday speeds places different demands on its tires than a Supra driven harder, but in every case condition, inflation, alignment, and brake health matter as much as the speed symbol on the sidewall. Treat the rating as a capability ceiling, not a driving target, and make sure the rest of the car is equally ready for sustained highway use.

Inflation pressure for a 1989 Toyota should follow the vehicle's factory recommendation first, with the tire's own sidewall and load information used as a product reference rather than a universal setting. Some available tires include maximum-load figures such as 959 pounds at 35 psi for certain 155/80R13 products, 1,135 pounds at 35 psi for some 185/70R13 versions, 1,201 pounds at 35 psi for a 185/70R14 version, 1,190 pounds at 35 psi for some 195/60R15 tires, and 1,389 at 51 for one 225/50ZR16 product.

Those figures should not be copied from one size to another or treated as the everyday target pressure for every 1989 Toyota. A Tercel, Camry, and Supra ask different things of their tires, even when all are radials. Use the owner's manual or factory placard for the vehicle's intended operating pressure, then confirm that your chosen reproduction or modern tire is being used within its own rated range and load capacity for that exact size.

Before a longer drive in a 1989 Toyota, inspect each tire for cracking, embedded objects, cuts, bulges, and abnormal wear, then verify cold inflation pressure and make sure each tire is holding air consistently. Check the spare as well, because many older cars still carry an original or long-neglected backup tire that is no longer roadworthy. Review the valve stems and wheel sealing surfaces, especially if the car has sat for extended periods or has older wheels with uncertain condition.

A long drive in an older Toyota should always be treated as a full-vehicle readiness check, not a tire-only exercise. Tires are only one part of the equation alongside brakes, cooling, belts, hoses, lights, and fluid condition, but they are the part in direct contact with the road for every mile. Taking ten extra minutes before departure can prevent a small age-related tire issue from turning into a breakdown that cuts short an otherwise dependable trip.