Nash 1060 Tires

Nash 1060 uses one listed tire size: 5.25-18 for 1932. That is a prewar numeric bias-ply size, and the 18 at the end identifies an 18-inch wheel. Because only one size is listed for the model group, there is no year-to-year size split within Nash 1060 production.

That makes selection simpler than on many multi-year prewar cars, but it is still wise to confirm the wheel diameter on the car itself before fitting tires. Older restorations sometimes involve wheel swaps from related cars, so measuring the rim and comparing it with original Nash references is a smart final check.

The 5.25-18 size on a Nash 1060 is a numeric bias-ply designation. In that format, 5.25 refers to the nominal section width in inches, while 18 is the wheel diameter in inches. It is an older sizing system used well before modern metric radial markings became common.

For a buyer or restorer, the practical point is that the code should be read as a period tire size rather than translated into a modern passenger-car metric equivalent by guesswork. Matching the proper numeric size helps preserve the intended stance and keeps the car aligned with prewar restoration practice.

Nash 1060 uses an 18-inch rim with its listed 5.25-18 tire size. The wheel diameter is built directly into the size code in this case, so the rim specification is more straightforward than on earlier antique diameter-by-section tires. There is no listed rim-diameter change within Nash 1060 production.

Even so, the correct approach is to verify the actual wheels on the car before selecting tires, especially if the car has been restored long ago or assembled from mixed components. A quick check of the rim diameter can prevent an expensive mismatch and helps confirm that the chassis still carries the proper wheel set.

Nash 1060 uses a numeric bias-ply tire size, and with this type of prewar fitment a tube is required. That follows the normal practice for bias-ply collector tires of this era, where the tire and wheel setup is intended to operate with an inner tube rather than as a modern tubeless assembly.

When fitting replacement tires, make sure the tube, flap if required, and wheel condition are treated as part of the complete assembly rather than as separate afterthoughts. Clean rim surfaces and proper installation matter just as much as choosing the correct 5.25-18 size for reliable service on a collector car.

For a 1932 Nash 1060, the listed tire size is 5.25-18. Since only one size is associated with the model group, the main confirmation step is not choosing among several sizes but making sure the car still carries its proper 18-inch wheels. That is especially important on prewar cars that may have had replacement wheels fitted decades ago.

A sensible approach is to compare the wheel diameter on the car with restoration records, period service information, or guidance from a Nash club or marque expert. If the wheel size on the car agrees with the 18-inch fitment, you can move forward with much more confidence that the tire choice matches the application.

The available content here identifies the Nash 1060 size used by year, but it does not establish multiple tire brands for this model group. That means the most useful starting point is the correct size itself, 5.25-18, rather than assuming that every prewar brand or pattern would be appropriate for the car.

For restoration work, brand selection usually comes after the fitment basics are settled. Once the wheel diameter, tire size, and construction style are confirmed, the next step is choosing a period-appropriate tire line that suits the car’s intended use, whether that is show presentation, touring, or occasional local driving.

Nash 1060 is associated here with a single prewar size, 5.25-18, rather than with a broad spread of clearly defined tire series. The important distinction for this application is the period-correct construction style and overall profile expected of a 1932 numeric bias-ply tire, not a modern assortment of performance-oriented categories.

For a restorer, that means the right comparison is usually between period-style collector tire offerings that preserve the car’s appearance and road feel. Keeping the proper section width, sidewall profile, and 18-inch rim fitment in view will do more to guide the choice than looking for modern differences in tread technology alone.

A Nash 1060 should be stored in a cool, dry, dark space with the tires kept away from direct sunlight, ozone sources, and prolonged contact with petroleum products. Prewar bias-ply tires and tube-type assemblies benefit from stable temperatures and clean floors because age and environment can harden rubber long before tread appears worn.

If the car will sit for extended periods, keep it at proper inflation, move it occasionally to avoid flat spotting, and avoid leaving the full vehicle weight on one contact patch for months at a time. Long-term collectors often use jack stands placed correctly under the chassis when the car will not be driven for a season.

Tires on a Nash 1060 should be inspected before each drive and given a more thorough check at regular intervals during the season. On a prewar car, that inspection should include sidewall cracking, tread separation signs, valve condition, tube-related air loss, bead seating, and any irregular wear that could point to wheel or suspension issues.

Collector cars often cover very few miles, so condition matters more than mileage. A quick visual inspection before rolling out and a hands-on check several times a year will catch age-related problems earlier, which is especially important on a tube-type bias-ply setup intended for occasional rather than daily use.

Tires on a Nash 1060 should be replaced when age, cracking, stiffness, vibration, casing distortion, or other visible deterioration appears, even if the tread still looks deep. On a low-mileage collector car, rubber condition nearly always becomes the deciding factor before tread wear does, and prewar tire service should be judged conservatively.

If the car has sat for years or the age of the tires is uncertain, a specialist inspection is worth arranging before road use. That is even more important on an older bias-ply, tube-type fitment, where hidden aging can affect reliability well before the tire appears obviously worn from a few feet away.

Nash 1060 is associated here with the 5.25-18 size for 1932, which gives you the core fitment to work from in a restoration. That establishes the period size and wheel diameter, but original equipment branding and exact factory tire line can vary by surviving records, dealer practice, and the history of the individual car.

For an authenticity-focused restoration, the best next step is to compare that size against factory literature, period photographs, and Nash club resources. Getting the correct numeric size first is the foundation; details such as sidewall appearance and exact brand presentation can then be judged against the standard for the specific car.

Correct tire fitment can absolutely affect how a Nash 1060 is judged and how seriously the restoration is taken. On a prewar car, tire size, profile, and overall period appearance contribute to the stance of the vehicle and signal whether the restoration follows authentic practice or has drifted toward convenience-based substitutions.

Using the proper 5.25-18 size helps preserve the visual proportions expected of a 1932 Nash 1060. For formal judging or higher-end restoration work, it is wise to compare your intended tire choice with marque-club standards and period reference material so the finished car presents as consistently as possible.

A correct sidewall style for a Nash 1060 restoration depends on the standard you are restoring to and the visual presentation you want, but period-appropriate prewar styling is the key principle. On cars from this era, sidewall treatment should support an authentic 1932 appearance rather than imposing a later custom or modern look.

The smartest route is to compare surviving photos, factory literature, and club guidance for Nash 1060 before finalizing the tire appearance. Once the proper 5.25-18 size is settled, sidewall choice becomes an authenticity decision that can influence how convincing the restoration looks even when the basic fitment is correct.

A correctly fitted collector tire in the proper 5.25-18 size can be suitable for public-road use on a Nash 1060 when the entire car is mechanically sound and the tires are in healthy condition. That judgment depends on much more than tread depth alone, because prewar brakes, steering, wheel condition, and rubber age all shape real-world safety.

The practical takeaway is to treat the tire as one part of a complete roadworthiness check. A well-restored Nash 1060 should still be driven with the limits of 1932 engineering in mind, using moderate speeds, generous stopping distances, and careful attention to how the car feels once underway.

Before driving a Nash 1060, check tire inflation, visible sidewall condition, valve stems, wheel security, and any signs of air loss or casing damage. A prewar car also deserves a quick review of brake operation, steering free play, fluid leaks, and whether the car has developed a pull or vibration since its last outing.

That routine matters because collector cars often sit longer than modern vehicles and can change condition while parked. Spending a few minutes on those checks before each drive helps catch small issues early and is especially worthwhile on a tube-type bias-ply setup where age and storage habits have a major effect on serviceability.

A Nash 1060 should be driven at sensible, moderate speeds that respect both prewar vehicle design and the condition of the tires actually fitted to the car. Even with the correct 5.25-18 size installed, a 1932 touring car is not a modern high-speed highway machine, and the mechanical state of the suspension, steering, and brakes matters as much as the tire itself.

In practice, that means building speed gradually, avoiding aggressive cornering, and leaving plenty of distance for braking and road irregularities. Owners who tour regularly usually find that the car is happiest when driven within its natural comfort range rather than pressed to keep pace with fast modern traffic.