1935 Studebaker President Tires

The 1935 Studebaker President uses a 700-16 tire size. That is a vintage numeric bias-ply fitment used on a 16-inch rim, and the covered 1935 Studebaker President 1-C 8 Cyl. uses the same size.

The main task is not sorting through multiple primary sizes, but making sure the car still has the correct wheel diameter and an appropriate wheel width for the tire being considered. On a prewar car, that is especially important if the wheels, brakes, or suspension have been changed during restoration or long-term ownership.

The tire fitment for the 1935 Studebaker President is built around a 16-inch rim. The 700-16 size itself reflects that wheel diameter, and the available products for this fitment are designed around 16-inch application.

Rim diameter should be confirmed before ordering because a prewar vehicle may have had wheels changed at some point in its life. Some 700-16 products also show a 4.50- to 5.50-inch rim-width range, so width matters along with diameter when selecting a tire and checking how the wheel and tire work together.

Yes. The 1935 Studebaker President 1-C 8 Cyl. uses the same 700-16 bias-ply tire size as the core 1935 Studebaker President fitment. That keeps tire selection relatively simple for this covered sub-model.

Even with a shared size, the right choice can still vary depending on how the car is being finished and driven. A wide whitewall gives a more formal restoration-oriented look, while blackwall options keep a plainer presentation, and any long-stored car should have its wheels and clearances checked before new tires go into service.

Start with the correct 700-16 size and the proper 16-inch wheel, then decide what kind of presentation and use the car needs. For a 1935 Studebaker President, the available choices are all bias-ply, but they differ by sidewall style, tire series, load specifications, and intended character.

A restoration-minded owner may focus first on wide whitewall versus blackwall appearance, while a driver may compare series details and wheel-width compatibility more closely. It also helps to look at the car’s actual setup, since an older vehicle may have replacement wheels or other changes that affect which 700-16 option makes the most sense.

The 700-16 tire options for a 1935 Studebaker President include both blackwall and wide whitewall styles. That gives the car owner an appearance choice without changing the primary tire size or moving away from the proper bias-ply construction type.

Sidewall style has a big effect on how a prewar Studebaker presents, especially on a full-fender car where the tire is visually prominent. A wide whitewall creates a more formal period-style look, while blackwall can suit a simpler driver presentation, so the best choice depends on the restoration direction rather than fitment alone.

Tires in the 700-16 size for the 1935 Studebaker President are available from Lester, Avon, BFGoodrich, Firestone, Tornel, and STA. Those choices span several bias-ply series, including traditional passenger-style offerings and some truck or military-style tread patterns.

Brand alone should not be the only deciding factor. It is better to compare sidewall treatment, series character, load details where shown, and wheel-width compatibility so the tire suits both the car’s appearance and the way it will be used on the road.

A period-style 1935 Studebaker President should begin with the correct 700-16 bias-ply size and a 16-inch wheel. From there, the decision usually comes down to whether the car looks more appropriate with a blackwall or a wide whitewall presentation within the available classic bias-ply offerings.

For many prewar restorations, tire appearance matters almost as much as the size itself because sidewall treatment strongly influences the car’s stance and overall visual balance. When exact originality is important, compare the tire choice against marque references, restoration photos, or other period evidence tied specifically to your car’s configuration.

Yes, correct tire fitment matters on a 1935 Studebaker President restoration because tire size, construction, and sidewall style all affect how the finished car sits and reads visually. The proper starting point is the 700-16 bias-ply fitment on a 16-inch rim.

An incorrect diameter, the wrong wheel size, or a sidewall style that clashes with the build can change the car’s proportions even before it turns a wheel. Good restoration results usually come from matching the tire to the vehicle’s intended era presentation while also confirming the current wheels and mechanical condition are ready for service.

Yes. Modifications can affect tire fitment on a 1935 Studebaker President even when the intended tire size remains 700-16. Changes to wheel diameter, wheel width, offset, brake components, ride height, or suspension parts can all alter how a tire sits and clears the car.

That matters most on older vehicles that have passed through several owners or restorations. A quick check of the wheel dimensions, steering travel, and fender clearance before mounting new tires can prevent a mismatch, especially if the car no longer retains its original-style wheels or has been adapted for a different type of use.

Before driving a 1935 Studebaker President on new tires, inspect the wheels for damage or rust issues, confirm the wheel diameter and width, and make sure the tires are mounted and inflated correctly. It is also wise to check valve stems, wheel hardware, and overall clearance at both straight-ahead and turned positions.

A prewar car that has been parked for long periods also deserves a close look at the suspension, steering, brakes, and wheel bearings before road use. Fresh tires improve nothing if the surrounding chassis components are worn, loose, or binding, so a basic mechanical review should be part of the return-to-road process.

700-16 tires on a collector 1935 Studebaker President should be maintained with regular pressure checks, visual inspections for cracking, cuts, bulges, and uneven wear, and periodic review of how the car is stored. Collector vehicles often age tires by time and environment long before they wear them out by mileage.

Good storage habits help preserve both the tire and the vehicle’s presentation. Keeping the car away from prolonged sunlight, excess heat, moisture, and ozone sources is helpful, and occasional inspection during storage makes it easier to catch air loss or age-related condition changes before the next drive.