1959 Chevrolet Chevrolet Tires

The 1959 Chevrolet Chevrolet uses two primary tire sizes: 750-14 and 800-14. Both are bias-ply sizes intended for 14-inch wheels, and both appear within the covered fitment range for 1959 Chevrolet Chevrolet applications outside the Corvette, V8, and wagon group shown here.

That makes the first job confirmation rather than assumption. Checking the tire size already mounted, the wheel width, and the overall setup of the car helps determine which of the two sizes belongs on a particular vehicle before comparing brands, sidewall styles, or radial-equivalent alternatives.

The tire fitments covered here use a 14-inch rim diameter. Both 750-14 and 800-14 share that same 14-inch wheel size, so the rim diameter stays consistent even though the two tire sizes represent different nominal widths.

Rim diameter alone does not settle the full fitment question. It still helps to verify the actual wheel width on the car, because the available tires do not all share the same rim-width range, and that detail affects whether a given 750-14 or 800-14 option is a sensible match.

More than one tire size appears because the covered 1959 Chevrolet Chevrolet application range includes both 750-14 and 800-14. They are both traditional bias-ply sizes for 14-inch wheels, but they represent different nominal section widths and therefore different fitment paths.

The practical takeaway is to identify the car’s present wheel and tire setup before ordering. A 14-inch wheel may accept either size in principle, but the correct choice still depends on wheel width, vehicle configuration, and the appearance or stance the owner is trying to preserve.

For the 1959 Chevrolet Chevrolet, 750-14 is a primary bias-ply tire size. It uses the older numeric sizing system commonly found on American cars of the period, where the final number refers to the 14-inch rim diameter and the size itself belongs to bias-ply construction.

That matters because a bias-ply tire preserves the construction style and visual character many restoration-minded owners want. Buyers considering a different road feel can compare radial equivalents, but the wheel width, tire dimensions, and clearance still need to be checked before moving away from the primary bias-ply fitment.

Radial equivalents for 750-14 are 195R14, P205/75R14, P215/70R14, and 750R14. Radial equivalents for 800-14 are 205R14, P215/75R14, P225/70R14, and 800R14, covering 80-series metric, 75-series P-metric, 70-series P-metric, and bias-look radial formats.

Each of those sizes gives a different way to approach the original bias-ply fitment, but none should be treated as automatic interchange. Checking wheel width, comparing overall tire dimensions, and verifying steering and fender clearance are important before choosing a radial alternative for a 1959 Chevrolet Chevrolet.

Start by matching the radial equivalent to the original tire size on the car, then confirm wheel diameter and wheel width. For this application, 750-14 equivalents carry a 4-6 inch recommended rim-width range, while 800-14 equivalents carry a 5-7 inch range.

A conversion also deserves a close look at tire clearance, suspension condition, and any wheel changes made over the years. Many collector cars no longer sit on their original wheel setup, so measuring the actual car is more useful than assuming every 14-inch wheel will suit every radial equivalent equally well.

The main considerations are using the correct primary size for the car, confirming the 14-inch wheel and matching the tire to the wheel width. Once that is settled, the next factors are construction style, tire series, sidewall treatment, and whether the car is being kept in traditional bias-ply form or compared against a radial equivalent.

Appearance often drives the final decision on a 1959 Chevrolet Chevrolet because blackwall, narrow whitewall, wide whitewall, and redline choices create very different presentations. It also helps to compare rim-width specifications and load figures where available so the selected tire suits both the wheel and the intended use.

The available sidewall styles for this application include blackwall, narrow whitewall, wide whitewall, and redline, depending on tire size and brand. The broadest variety appears in 750-14, while 800-14 centers on blackwall, narrow whitewall, and wide whitewall choices.

That variety matters because sidewall treatment changes the look of the car as much as the tire brand does. A blackwall gives a plainer, more understated presentation, while whitewalls and redlines lean more heavily into period-style character, so the visual goal should be settled before narrowing the product list.

Tires for the 1959 Chevrolet Chevrolet are available from BFGoodrich, US Royal, Firestone, Goodyear, Coker Classic, and Universal Vintage Tire. Depending on the size, those brands appear across classic bias-ply series such as Silvertown Classic Bias Ply, US Royal Classic Bias Ply, Firestone Classic Bias Ply, Coker Classic Bias Ply, Universal Classic Bias Ply, and Custom Super Cushion.

The useful comparison is not simply brand name but how each option combines sidewall style, tire series, rim-width specification, and load capacity. Once the correct size is confirmed, those details help narrow the field to the tire that best suits the car’s appearance goals and expected road use.

A period-style 1959 Chevrolet Chevrolet usually starts with the correct primary bias-ply size, either 750-14 or 800-14 depending on the car’s setup. From there, the choice often comes down to the look you want, with blackwall, narrow whitewall, wide whitewall, and in 750-14, redline, all offering distinct late-1950s visual character.

Bias-ply construction keeps the vintage sizing and overall presentation intact, which is why many restoration-oriented owners stay there first. When exact originality matters beyond general period style, marque-specific references and historical vehicle documentation are still worth checking before settling on a sidewall treatment or brand.

Tire construction changes more than road feel on a restored 1959 Chevrolet Chevrolet; it also affects visual character. A bias-ply tire keeps the classic numeric size format and traditional sidewall presence, while a modern radial equivalent can shift the look depending on its profile and whether it uses a standard radial appearance or a bias-look design.

That is why many owners decide on appearance before they decide on construction. A bias-look radial can preserve more of the older visual impression than a conventional metric radial, but the final result still depends on the chosen size, wheel width, and how closely the tire suits the car’s overall stance.

Yes, modifications can affect tire fitment on a 1959 Chevrolet Chevrolet even when the tire size looks correct on paper. Aftermarket wheels, changes in wheel width, suspension alterations, ride-height changes, or body and brake modifications can all alter how a 750-14, 800-14, or radial equivalent sits in the wheel opening.

That is especially important on older cars that may have changed hands many times. Measuring the actual wheel, checking tire-to-fender and steering clearance, and confirming the car’s present setup can prevent problems that would not be obvious from the tire size code alone.

Before road use, inspect the wheels for damage, verify the tire size and rim compatibility, and make sure each tire is inflated properly for its application. It also helps to check overall installation quality, valve condition, and whether the tires clear suspension and body components through the full steering range.

A collector car deserves a second look beyond the tires themselves. Steering parts, shocks, bushings, and alignment condition influence how any new bias-ply or radial-equivalent tire behaves, so an otherwise correct tire can still feel wrong if the rest of the running gear has been neglected.

Collector-car tires should be inspected regularly for cracking, bulges, cuts, irregular wear, and slow air loss, even if the car is driven only occasionally. Bias-ply tires in 750-14 or 800-14 especially benefit from routine pressure checks and visual inspection because long storage periods can hide age-related issues.

Good storage habits help preserve both appearance and service life. Keeping the car away from prolonged sunlight, excess heat, standing moisture, and ozone-producing equipment such as electric motors reduces tire aging, while periodic movement and inspection help catch developing problems before the next drive.