1932 Jordan Tire Fitment Guide

1932 Jordan vehicles use two distinct tire sizes, and they are tied to specific models rather than shared across the whole range. The Jordan 80 uses 550-18, while the Jordan 90 uses 6.00-18. Both are bias-ply sizes and both mount on 18-inch wheels. For 550-18 products, listed rim widths run from 3 to 4 inches depending on the tire chosen.

That means the first fitment question on a 1932 Jordan is not wheel diameter, but model identity. Once you know whether the car is an 80 or a 90, you can narrow the size quickly and then confirm the actual wheel and existing tire markings on the car. On a pre-war automobile that may have seen decades of repairs or parts swapping, that extra check is worth doing before finalizing a tire choice.

On a 1932 Jordan, 550-18 is a numeric bias-ply tire size. The 5.50 figure refers to the tire's nominal section width in inches, and the 18 refers to the wheel diameter in inches. This is an older sizing system common on American cars of the era, and on 1932 Jordan it applies to the Jordan 80 model.

The practical takeaway is that 550-18 is not just a general pre-war size; it is the model-specific fitment path for the Jordan 80. If your car carries that size today, compare the wheel and sidewall marking against the tire you plan to use, especially if you are choosing between blackwall and whitewall styling. That preserves proper scale and keeps the car aligned with the way early-1930s fitment was intended.

No. 1932 Jordan models do not all use the same tire size, even though both listed sizes fit 18-inch wheels. The Jordan 80 uses 550-18, while the Jordan 90 uses 6.00-18. Both are bias-ply applications, but the size itself changes with the model.

That distinction matters because a shared wheel diameter can make two sizes seem interchangeable when they are really tied to different cars in the range. If you are early in a restoration or have a car with replacement wheels, verify the model identification first and then compare the current wheel and tire markings. It is a simple step that helps avoid choosing a tire that looks out of proportion or strays from the correct fitment path for your Jordan.

1932 Jordan tire choices in the listed 550-18 size include Blackwall, Wide Whitewall, and Double-Whitewall sidewall styles. Those options appear across Excelsior, Firestone, and BFGoodrich bias-ply offerings. For an early-1930s American luxury or near-luxury car, sidewall appearance changes the visual character of the vehicle almost as much as wheel finish or hubcap detail.

A blackwall usually suits a more restrained or sporting presentation, while whitewall treatments create a richer pre-war look that many restorers prefer on formal or show-oriented cars. The right choice depends on how your 1932 Jordan is being finished and how strictly you are matching period appearance. If originality matters for a judged car, compare your intended sidewall style with period photos, club guidance, and the overall restoration theme before making the final call.

Current 1932 Jordan tire offerings in the listed 550-18 size come from Excelsior, Firestone, and BFGoodrich. All are bias-ply choices suited to a pre-war application, but they differ in presentation through sidewall styling and, in some cases, load figures. Firestone appears in both blackwall and double-whitewall form, BFGoodrich is represented with a wide whitewall version, and Excelsior is represented with a blackwall Comp H option.

Brand choice on a 1932 Jordan usually comes down to the look you want and how closely you are chasing a certain restoration personality. Some owners prioritize a traditional American brand name with strong collector recognition, while others focus first on sidewall treatment and visual scale. Once the model and size are settled, compare the available sidewall style, rim-width compatibility, and load listing within that size rather than assuming every brand version is interchangeable in presentation.

Among 550-18 tires for 1932 Jordan applications, the Firestone and BFGoodrich versions differ in sidewall treatment, listed rim width, weight, and load figure. The Firestone blackwall and double-whitewall examples are listed for a 3.25-inch rim, weigh 19 to 23 pounds, and carry a 1125@32 psi load listing. The BFGoodrich 3.00 Inch Whitewall is listed for a 3-inch rim, weighs 23 pounds, and carries a 1000@32 psi load listing.

Those differences matter most when you are trying to match the wheel already on the car and the visual style of the restoration. A buyer with a narrow original wheel may pay closer attention to rim-width compatibility, while someone building a more formal pre-war presentation may focus first on the whitewall treatment. It is worth checking both the wheel width and the finished look you want before choosing between otherwise similar bias-ply offerings in the same nominal size.

For 1932 Jordan tires in the listed 550-18 size, rim width varies by product rather than staying fixed across every offering. Available examples include 3-inch, 3.25-inch, and 4-inch rim fitments, all on an 18-inch rim diameter. That means two tires carrying the same 550-18 sidewall size can still differ in the wheel width they are intended to work with.

The practical step is to measure or verify the wheel on your Jordan before choosing a specific tire version. On a pre-war car, wheels may have been changed, repaired, or mixed over time, so relying on the sidewall size alone is not always enough. Matching the product to the actual rim width helps the tire sit correctly on the wheel and preserves the proper shape and stance expected from an early-1930s bias-ply setup.

1932 Jordan tires in both listed sizes use 18-inch wheels, so the Jordan 80's 550-18 and the Jordan 90's 6.00-18 share the same rim diameter. That said, shared diameter does not automatically make the two sizes interchangeable from one model to the other. Tire size on 1932 Jordan is model-specific, and the wheel's actual width still needs to match the tire being considered.

If your car still has its original wheels, the main question is whether those wheels belong to the model you are restoring and whether their width matches the tire you plan to fit. If the car has replacement wheels from another Jordan or another make, treat wheel diameter as only the first checkpoint. Confirm the wheel width and compare the current size on the car before assuming either 18-inch Jordan size belongs on your particular automobile.

A 1932 Jordan should be stored in a cool, dry, dark space away from direct sunlight, electric motors, battery chargers, furnaces, and other ozone-producing equipment that can age rubber. Bias-ply tires also benefit from being kept at proper inflation during storage. Because collector cars often sit for long periods, moving the car periodically or supporting it appropriately can help reduce prolonged flat spotting.

Storage habits matter as much as mileage on a pre-war automobile that may only see occasional use. If the car will rest for months at a time, keep the tires clean, avoid petroleum-based dressings, and inspect the sidewalls before the next outing. Good storage will not stop aging entirely, but it does slow the cracking, shape loss, and cosmetic deterioration that often show up first on older-style bias-ply tires.

On a 1932 Jordan, tire life is usually judged more by age and storage history than by mileage. Collector-car tires should be evaluated regularly once they are around five to seven years old, and many owners begin serious replacement consideration by about ten years regardless of tread depth. The DOT date code, overall condition, and the way the tire has been stored all matter more than how often the car is driven.

That approach is especially important on a low-use pre-war car, where a tire can look presentable but still have age-related hardening or sidewall deterioration. A 1932 Jordan that appears ready for a tour or local show should still have its tire age checked before road use. If the tires are older, inspect them closely and weigh replacement against the consequences of relying on rubber that may have aged out long before it wore out.

Tires on a 1932 Jordan should be inspected before every drive, with a more thorough check before any longer outing or tour. Look for sidewall cracking, cuts, uneven wear, bulges, signs of bead trouble, and pressure loss since the previous use. Because pre-war cars are often used infrequently, a tire can change condition while parked even if it has covered very few miles.

A quick walk-around before departure should become routine, especially on an older bias-ply fitment where age and storage can affect the tire's shape and feel. Include the spare in the same inspection habit, since many collector cars still rely on a road-ready spare rather than a modern assistance plan. Catching a cracked sidewall, a damaged valve area, or a soft tire before the trip is far easier than dealing with the problem once the Jordan is underway.

A 1932 Jordan 80 would have been fitted in keeping with early-1930s American practice, which means bias-ply construction rather than modern radial design. The size associated with the Jordan 80 is 550-18, mounted on an 18-inch wheel. That aligns with the period, when numeric bias-ply sizing was standard and sidewall presentation could vary according to market position and owner preference.

If you are restoring a Jordan 80 for accuracy, start with the correct size and construction before worrying about finer cosmetic details. Sidewall style can influence the final look, but the biggest authenticity markers are the proper 550-18 sizing and a bias-ply build consistent with the era. For market-specific or body-style-specific confirmation, it is wise to compare period literature and Jordan club knowledge before settling on the final visual treatment.

Correct tire fitment matters on a 1932 Jordan because judges and knowledgeable enthusiasts often notice tire size, construction type, and sidewall appearance immediately. A Jordan restored for authenticity should wear the correct model-specific size and a bias-ply construction appropriate to the early 1930s. An obviously modern construction or a sidewall style out of character with the car's restoration theme can stand out even to a casual observer.

For a show car, tire choice is part of the visual and historical story, not just a maintenance item. The Jordan 80 and Jordan 90 should each be matched to their proper size, and the sidewall style should agree with the way the rest of the car has been restored. If you plan to enter judged events, compare your intended tire choice with the standards used by the hosting organization and the expectations of Jordan marque enthusiasts.

On a 1932 Jordan restoration, blackwall and whitewall tires can share the same basic size while giving the car a very different period presentation. In the available 550-18 range, blackwall, wide whitewall, and double-whitewall styles all appear. The construction remains bias-ply, but the sidewall treatment changes how formal, sporting, or upscale the finished car appears.

Choosing between them depends on the personality of the restoration you are aiming for. A blackwall often creates a cleaner, more restrained look, while a whitewall treatment can emphasize the elegance many owners want from a premium pre-war automobile. If authenticity is the priority, compare your choice against period Jordan imagery, body style, and event standards so the tires support the restoration rather than distracting from it.

1932 Jordan tires can be suitable for road use when they are the correct size, in sound condition, properly inflated, and matched to the car's intended use. The listed 550-18 products shown here are bias-ply reproductions, which preserve pre-war driving character but do not behave exactly like modern radial tires. On an automobile from 1932, the condition of the suspension, steering, brakes, and wheel bearings can be just as important to safe highway use as the tires themselves.

The realistic approach is to think of tire safety as part of the whole vehicle system. A well-sorted Jordan driven at reasonable speeds and inspected carefully before use is a very different situation from a long-dormant car heading straight onto fast modern roads. Before any sustained highway outing, make sure the tires are age-appropriate, pressure-checked, and free of visible damage, and treat the car's broader mechanical condition as part of the same safety decision.

Inflation pressure on a 1932 Jordan should follow the vehicle maker's original recommendation when available, while also respecting the tire's own load-and-pressure listing. In the listed 550-18 offerings, examples include 1000@32 psi and 1125@32 psi, which are tire load ratings rather than universal instructions for every Jordan application. Pressure should never be copied casually from one size to another or from one product family to another.

The best practice is to begin with the car's period specification, then compare it with the rating information for the exact tire you are using. If the car is restored, loaded differently than original, or driven in modern touring conditions, take a careful, measured approach instead of assuming one number fits every setup. Matching pressure to the exact size and product helps protect ride quality, tread wear, and overall stability on a pre-war chassis.

Before taking a 1932 Jordan on a longer drive, inspect each tire for cracking, cuts, bulges, uneven wear, and proper inflation, and make sure the spare is serviceable as well. On a pre-war car, it is also smart to look closely at the valve areas, wheel condition, and overall age of the tires before departure. Since these cars are often used intermittently, a thorough pre-drive check helps catch age-related issues that may not show during short local runs.

Tires are only one part of the checklist, but they are among the easiest items to inspect before a tour. Combine the tire check with a broader look at brakes, steering response, fluid levels, and cooling condition so the Jordan is ready for the pace and distance you have planned. A few minutes in the garage can reveal enough to postpone the trip, correct a problem, and avoid placing unnecessary stress on both the tires and the car.