1910 Vehicle Tire Fitment Guide

1910 vehicle tire sizes include 30X3, 30X3.5, 32X4, 34X3.5, 34X4, 34X4.5, 36X4, 36X4.5, and 42X4/12. These are early bias-ply fitments associated with Brass Era automobiles, and the range shows just how much tire size could vary from one 1910 vehicle to another.

Smaller applications appear on cars such as the 1910 Ford Model T and certain Buick models, while larger touring and prestige models move into 34-inch, 36-inch, and even 42X4/12 territory. Because these sizes follow early sizing conventions rather than modern metric systems, the exact marked size on the vehicle or confirmed fitment reference is especially important when selecting replacement tires.

No. 1910 vehicles do not use one universal tire size. Fitment varies significantly by make and model, with examples ranging from 30X3 and 30X3.5 on smaller applications up to 36X4.5 and 42X4/12 on larger cars. Even within a single make, multiple sizes may be used across the lineup.

Buick is a good example, with several different sizes spread across its 1910 models, and Packard also uses more than one large-format fitment. Even one model can be associated with two sizes, as seen with the 1910 Cadillac Model Thirty and 1910 Ford Model T. That is why year-only shopping is not enough for accurate 1910 vehicle tire fitment.

Start by confirming the exact year, make, and full model name, then match that vehicle to the documented tire size. For 1910 cars, that step matters because similar vehicles from the same year can use different sizes, and some models are associated with more than one fitment.

It also helps to inspect the wheels already on the car, especially if the vehicle has been restored or modified over time. Early applications may involve clincher or beaded-edge details, and listed product specifications such as rim diameter can help narrow the choice. On Brass Era vehicles, the safest path is to verify model identity, wheel type, tire size marking, and overall clearance before selecting a product.

The 1910 fitment range here covers Buick, Cadillac, Ford, Oldsmobile, Packard, and Studebaker. Together, these makes show a broad cross-section of Brass Era tire applications, from compact early-car sizes to much larger touring-car fitments.

That mix is useful because it shows how widely tire sizing could vary in 1910. Ford and some Buick models use smaller sizes, while Cadillac, Packard, and Oldsmobile include larger and more specialized applications. Studebaker is more concentrated around one shared size. For anyone shopping 1910 vehicle tires, the make is the first major clue, but the model still determines the exact fitment.

The 1910 models represented include Buick Model 10, Buick Model 16, Buick Model 17, Buick Model 19, Buick Model 41, Buick Model 7, Buick Model F, Cadillac Model Thirty, Ford Model T, Oldsmobile Series 22, Oldsmobile Series 23, Oldsmobile Series 24, Oldsmobile Series 25, Packard Model Eighteen, Packard Model Thirty, Studebaker Model G7, Studebaker Model H, and Studebaker Model M.

Some of these models share a size across several vehicles, especially 34X4, while others are tied to more specialized applications such as 32X4, 34X3.5, 36X4.5, or 42X4/12. That combination of shared and model-specific fitments is typical of the Brass Era and makes exact model identification an important part of the tire search.

Yes. Different 1910 models from the same year often use different tire sizes, and in this group that variation is very clear. A 1910 Buick lineup alone spans several fitments, and 1910 Oldsmobile and 1910 Packard also show distinct size differences between models.

This happens because 1910 automobiles varied widely in chassis scale, intended use, and wheel equipment. A shared model year does not mean shared wheel diameter or tire section width. In addition, some single models are associated with two sizes, which means owners and restorers should confirm the exact vehicle configuration rather than relying on the make name or production year alone.

Available 1910 vehicle tires are bias-ply products designed around early automotive applications. Depending on size, choices include Brass Era-oriented offerings, high-pressure style tires, and clincher or beaded-edge products in sizes such as 30X3.5. Sidewall treatments include blackwall, all white, and wide whitewall in certain applications.

The product range also varies by tire size. Brands represented across these fitments include Coker Classic, Universal Vintage Tire, Michelin, BFGoodrich, Firestone, Diamond, and Lester. For some sizes, the main decision may be appearance and tread series, while for others the key issue is confirming a specific wheel style or clincher-compatible application before choosing a tire.

The 1910 vehicle tires represented here are bias-ply. That construction is appropriate to the period and aligns with the early sizing systems used on these Brass Era applications, including sizes such as 30X3, 34X4, and 36X4. No radial fitments are represented in this 1910 range.

For a 1910 automobile, the more relevant distinction is usually not bias-ply versus radial, but the exact early tire type and size format involved. Some products are identified as clincher or beaded-edge, while others are listed in high-pressure or classic bias-ply series. On antique vehicles, construction details must be matched to the proper wheel and application rather than treated as interchangeable modern tire options.

Tire sizes vary across 1910 vehicles because early automobiles were far from standardized. Different makes and models used different chassis sizes, wheel diameters, and load requirements, so a small runabout and a larger touring car could need very different tires even within the same model year.

Construction details also vary because Brass Era tire design included more than one early format. Some applications are straightforward high-pressure bias-ply sizes, while others involve clincher or beaded-edge designs. That is why 30X3.5 products can include clincher-specific options, while larger sizes such as 34X4 or 36X4 focus more on broader bias-ply product choices, sidewall styles, and period-style tread series.

The first thing to consider is the exact tire size required for the specific 1910 make and model. After that, look at wheel-related details such as rim diameter, possible clincher or beaded-edge requirements, and whether the vehicle still retains its original-type wheel setup. Those are the foundation of accurate fitment.

Once size and wheel type are confirmed, compare product features that matter to your goals. Some 1910 tire sizes offer blackwall, all-white, or wide whitewall styles, and certain products include published load capacities. A restoration-focused owner may prioritize period-oriented appearance, while another buyer may focus on a particular brand or tread series within the correct size.

Brands available across 1910 vehicle tire applications include Coker Classic, Universal Vintage Tire, Michelin, BFGoodrich, Firestone, Diamond, and Lester. The exact brand choices depend on the tire size, so one 1910 application may have a broader product range than another.

For example, some smaller sizes include Coker Classic and Universal Vintage Tire options, while larger sizes can bring in Michelin, BFGoodrich, Firestone, Diamond, or Lester depending on the fitment. That size-specific brand coverage matters because early tire applications were not uniform. The best approach is to identify the correct size first, then compare the brands offered within that exact 1910 fitment.

Sidewall styles available for 1910 vehicle tires include blackwall, all white, and wide whitewall, depending on the tire size. Not every size has every sidewall treatment, so the available appearance choices are tied directly to the specific fitment and product line.

That can be especially useful for a restoration or period-oriented presentation. A size such as 34X4 or 36X4 offers more than one visual treatment, while smaller or more specialized sizes may have a narrower set of options. Sidewall style should come after the correct size and wheel type are confirmed, because appearance choices only matter once the tire is appropriate for the vehicle’s actual fitment.

Yes. Modifications can absolutely affect tire fitment on a 1910 vehicle. Changes to wheels, hubs, brake components, steering parts, suspension pieces, or body clearance can alter what tire size or tire type will work, even when the vehicle originally used a documented 1910 fitment.

This is especially important with Brass Era cars because many surviving examples have been restored, updated, or assembled over long periods of ownership. A car that originally used a size such as 30X3.5 or 36X4 may now wear different wheels or require a different tire style detail, such as clincher-compatible construction. Always inspect the current vehicle configuration before choosing replacement tires.

Before installing tires on a 1910 vehicle, confirm the exact size, inspect the wheels, and verify that the tire type matches the application. For this era, that includes checking the wheel’s rim diameter where listed, confirming whether the application involves clincher or beaded-edge details, and reviewing overall clearance.

It is also wise to inspect the condition of the wheels and hardware on an antique vehicle before mounting new tires. Wheel age, prior repairs, and restoration changes can affect fitment and safe use. If the car uses a size with published product dimensions or load information, those details can help refine the selection after the basic fitment has been verified.

Tires on a 1910 vehicle should be inspected regularly for visible cracking, tread wear, sidewall damage, age-related deterioration, and proper inflation. Because these are early bias-ply applications, they benefit from consistent pressure checks and careful visual inspection before road use, especially on collector vehicles that are driven infrequently.

Maintenance should also include checking wheel condition, valve areas, and how the tire is seated on the rim. Antique vehicles often spend long periods in storage, so clean storage conditions and avoidance of prolonged underinflation are important. If the vehicle is used for tours or events, a routine pre-drive inspection helps catch small issues before they become larger fitment or reliability problems.