1960 Rover Tire Fitment Guide

1960 Rover vehicles use five different tire sizes across three model groups. The Rover 109 uses 750-16, the Rover 80 & 100 uses 600-15 and 640-15, and the Rover 88 uses either 175R16 or 600-16. The 109 and 88 are 16-inch-wheel applications, while the 80 & 100 uses 15-inch-wheel sizes. Rim-width ranges are available for 750-16 at 5.00 to 6.00 inches, for 600-15 at 4.00 to 5.00 inches depending on product, for 640-15 at 4.00 to 5.00 inches depending on product, and for 600-16 at 4.00 to 4.50 inches on the products that publish rim-width guidance.

That spread means year and make are only the starting point on a 1960 Rover search. A Rover 88 owner also has to decide whether the vehicle should stay with a bias-ply presentation or move to a radial-type size, while 80 & 100 owners need to confirm which 15-inch size best matches the wheel and the car's intended appearance. Checking the sidewall marking on the existing tire and the actual wheel before ordering is the safest way to narrow the choice.

On a 1960 Rover, 750-16 is a traditional numeric bias-ply size. The 7.50 portion is the nominal section width, expressed in inches using older bias-ply sizing convention, and the 16 identifies the wheel diameter in inches. On the 1960 Rover range, that size belongs to the Rover 109 and mounts on a 16-inch rim, with published rim-width guidance of 5.00 to 6.00 inches on the products that include it.

The important takeaway is that 750-16 is not a modern metric radial code and should not be treated like one. If you have a Rover 109, staying within that size keeps you in the period-style format that suits the vehicle's original era. The next step is choosing the visual treatment you want, since blackwall and wide whitewall versions both exist in that size.

On a 1960 Rover, 175R16 is a euro-metric radial size. The 175 is the section width in millimeters, the R identifies radial construction, and the 16 is the wheel diameter in inches. Because no aspect ratio is printed in the size itself, this older euro-metric format is conventionally understood as an 80-series radial. Within the 1960 Rover lineup, 175R16 applies to the Rover 88.

That matters because 175R16 represents a different sizing language and a different construction type than 600-16, even though both are 16-inch applications for the Rover 88. If your goal is easier modern-road familiarity in feel and response, this is the format many buyers compare against the period-style bias-ply choice. Confirm actual wheel suitability before making the switch, especially on a vehicle that may have seen wheel changes over the years.

For a 1960 Rover 88, the choice between 175R16 and 600-16 is mainly a question of construction type and the character you want from the vehicle. The 175R16 is a radial-format size, while 600-16 is a traditional bias-ply size. Both are 16-inch applications for the Rover 88, but they represent different eras of tire design and usually appeal to different ownership goals.

A buyer preserving a period look typically gravitates toward 600-16, especially for restoration-minded use, while a buyer who plans to spend more time on modern roads often compares the radial option closely. Neither decision should be made by year and make alone, because the 88 is the only 1960 Rover model where that construction split appears. Start by confirming you have an 88, then match the tire style to how authentic or road-oriented you want the truck to feel.

1960 Rover tires span several sidewall styles depending on size. The 750-16 for the Rover 109 comes in blackwall and wide whitewall, 600-15 for the 80 & 100 comes in blackwall and wide whitewall, 640-15 for the 80 & 100 appears in wide whitewall and narrow whitewall, and 600-16 for the Rover 88 comes in blackwall and wide whitewall. Those choices are concentrated in the bias-ply sizes.

For many Rover owners, sidewall style is less about fitment than about restoration taste and market flavor. Utility-oriented Land Rovers often look most at home on blackwalls, while whitewall options can make more sense on passenger-car Rovers or on builds aimed at a distinct period appearance. If authenticity matters for a show field, compare your chosen sidewall style against period photos and the expectations of the club or event judging standard you plan to enter.

1960 Rover tire coverage includes Firestone, Lester, BFGoodrich, Coker Classic, and Avon, depending on the size. The Rover 109's 750-16 is available from Firestone, Lester, and BFGoodrich. The 80 & 100 sizes draw from BFGoodrich and Firestone, while the Rover 88's 600-16 includes BFGoodrich, Coker Classic, Avon, and Firestone. Brand choice changes with size, so not every brand crosses the full 1960 Rover range.

That makes the correct size the first filter and the brand the second. Once the size is nailed down, the remaining differences usually come down to sidewall appearance, construction family, and details such as rim-width guidance or speed rating where offered. Rover owners who care about a distinctly British feel may notice Avon on 600-16, while others may focus more on whether blackwall or whitewall better suits the vehicle they are restoring or driving.

Rim-width guidance on 1960 Rover tires depends on the size. The 750-16 used on the Rover 109 fits 5.00 to 6.00-inch rims on the products that publish a range. The 600-15 and 640-15 sizes used on the Rover 80 & 100 span 4.00 to 5.00 inches depending on the specific tire, while 600-16 for the Rover 88 is paired with 4.00 to 4.50-inch rims on the products that include rim-width information.

Those ranges are wide enough that wheel verification still matters, especially on an older Rover that may no longer wear its original rims. A tire can share the correct diameter and still be a poor match for wheel width if the setup has changed over time. Measuring the actual wheel and matching it to the range for the exact tire you are considering is the cleanest way to avoid fitment surprises.

The available 1960 Rover products shown in these sizes do not carry TT or TL markings in the size field, so tube status is not presented uniformly across the range in the tire descriptions themselves. The key practical point is that many collector-era wheel designs, especially on utility vehicles and early wheels, may still call for tube-compatible setups even when the tire size itself looks familiar to a modern buyer.

That makes wheel type just as important as tire size when you are setting up a 1960 Rover. Before installation, confirm whether your specific wheel is intended for tube-type use, tubeless use, or a conversion that has already been made during the vehicle's life. If the vehicle retains original-style wheels, a Rover specialist or experienced installer can help you match the tire, wheel, flap, and valve-stem arrangement correctly.

The two Rover 88 sizes, 175R16 and 600-16, both use a 16-inch rim diameter, so they share the same basic wheel diameter requirement. That means the original 1960 Rover 88 wheels may be candidates for either size from a diameter standpoint. The question does not end there, though, because actual wheel width and wheel design still need to suit the exact tire chosen.

This is where many buyers save themselves trouble by checking the wheel before deciding between radial and bias-ply. The 600-16 products that publish wheel guidance point to a 4.00 to 4.50-inch rim range, and that gives a useful benchmark when inspecting original wheels. If your Rover 88 has replacement rims or later modifications, confirm those dimensions first rather than assuming every 16-inch wheel will behave the same way.

A 1960 Rover should be stored away from direct sunlight, electric motors, welders, battery chargers, and other ozone sources that speed sidewall aging. Keep the vehicle on a clean, dry surface, maintain inflation, and move it periodically so the tires are not holding one static footprint for months at a time. Bias-ply tires, which make up most of the 1960 Rover sizes, are especially prone to temporary flat-spotting during long sits.

If the Rover will sit for a season, many owners either roll the vehicle occasionally or support it in a way that reduces constant load on the tires without letting the suspension hang unnaturally. The goal is to protect both the casing and the wheel-and-valve assembly while preserving the shape of the tread and sidewall. A little attention in storage often matters more on collector tires than adding very few annual miles.

Tires on a 1960 Rover should be judged more by age, condition, and storage history than by mileage. A collector vehicle can accumulate very few miles while still aging the rubber through time, heat cycles, and environment. Most vintage-tire owners begin evaluating closely once tires are around five to seven years old, and many treat ten years as a serious replacement point regardless of tread depth. The DOT date code, when present on the tire, helps establish that timeline.

That approach is especially important on a Rover that may be driven occasionally and then asked to handle a long outing after months of inactivity. Cracking, hardening, irregular wear, or loss of pressure should matter more than whether the tread still looks deep. A well-stored tire can age better than a neglected one, but age-based inspection is still the right habit for any 1960 Rover owner.

Tires on a 1960 Rover deserve a quick inspection before every drive and a more deliberate one before any longer trip. Check for sidewall cracking, weathering, punctures, cuts, bulges, embedded debris, and uneven tread wear. Also confirm pressure retention and take a close look at valve stems and the spare, since a collector vehicle's spare often goes untouched for years.

That routine matters because old vehicles tend to reveal tire problems while parked rather than while wearing out through daily use. A short pre-drive walkaround can catch a developing issue before it becomes a roadside problem, and it also gives you a chance to feel whether one tire has gone soft since the last outing. Building that habit is one of the simplest ways to keep a 1960 Rover dependable on occasional drives.

A 1960 Rover 109 would have been associated with bias-ply construction in period, and the size used here is 750-16. That aligns with the era's normal practice for utility vehicles, long before radial construction became the universal default. Original-equipment branding could vary by market and supply, so the most reliable authenticity anchors are the correct size, the correct construction type, and a sidewall appearance that suits the way the vehicle was originally delivered.

For a restoration, that means starting with 750-16 bias-ply and then narrowing the visual finish to match the character of your particular 109. Owners chasing show-level accuracy should compare surviving photos, handbooks, and marque-club knowledge rather than assuming every 1960 Rover was finished the same way worldwide. The closer the vehicle is judged for originality, the more size, construction, and sidewall style all begin to matter together.

Correct tire fitment matters on a 1960 Rover because judges and knowledgeable enthusiasts often notice size, construction type, and sidewall treatment before they ever study fine mechanical details. A Rover 88 on a radial may look different from one on a period-style bias-ply, and a whitewall treatment can shift the visual impression dramatically depending on whether the vehicle is a passenger Rover or a Land Rover utility model. Those details can affect authenticity even when the tire physically fits.

For local casual shows, the difference may only influence appearance and conversation. For marque judging or a restoration class, an incorrect construction type or sidewall style can be the sort of detail that separates a broadly accurate restoration from a carefully researched one. If show scoring matters, use the event rules and Rover club expertise as the final authority, then choose the tire that fits those standards rather than general collector taste.

For the 1960 Rover 109 in 750-16, both Firestone and BFGoodrich offer bias-ply tires on a 16-inch rim with the same published 5.00 to 6.00-inch rim-width range on the products that include it. Firestone appears in blackwall and wide whitewall form with a 1660-pound maximum load at 40 psi, while BFGoodrich appears in a wide whitewall version with an 1850-pound maximum load at 48 psi. Product weight is close, with Firestone around 29 to 31 pounds and BFGoodrich at 30 pounds in the examples here.

The practical difference is less about one brand being universally right and more about choosing the visual style and specification that best suits your 109. If a blackwall is important, Firestone covers that appearance in this size, while BFGoodrich emphasizes a traditional whitewall presentation. On a restoration, those details can be just as important as the load and pressure figures, so compare both the look and the published tire specs before deciding.

1960 Rover tires can be suitable for highway use when the tire's condition, inflation, load, and speed capability are respected. Most of the sizes here are bias-ply, and the 600-16 range also includes an Avon 600H16 93H with an H speed rating, which carries a 130 mph ceiling. That number does not mean a 1960 Rover should be driven anywhere near that speed; on vehicles of this age, braking, steering, suspension condition, and the vehicle's own design limits usually matter more than the tire's rating in normal highway use.

The safe approach is to treat the tire as one part of the overall system rather than the only factor. A well-sorted Rover on properly matched tires is a very different proposition from one on aged rubber with unknown alignment or wheel condition. Before longer road use, verify tire age, inspect each casing, and keep expectations in line with the way a 1960 British vehicle was engineered to travel.

Inflation pressure on a 1960 Rover depends on the exact tire size and product. Published maximum load and pressure figures include 750-16 at 1660 pounds at 40 psi or 1850 pounds at 48 psi depending on product, 600-15 at 1150 pounds at 32 psi, 640-15 at 1190 pounds at 32 psi with one example at 970 pounds at 32 psi, and 600-16 at 1400 pounds at 32 psi with one Avon example carrying 1,433 pounds. Those figures are tire ratings, not a blanket recommendation to inflate every Rover tire to the same pressure.

The best practice is to begin with the original Rover handbook or factory placard for the vehicle's intended operating pressure, then compare that guidance with the tire manufacturer's rated limits for the exact product you choose. Pressure should never be transferred casually from one size to another, especially across different constructions. Load carried, wheel width, and the way the vehicle is actually used all affect the final setting.

Before a longer drive in a 1960 Rover, inspect all five tires if the vehicle has a spare fitted, not just the four on the ground. Look for cracking, cuts, bulges, irregular wear, low pressure, and any sign that the tire has shifted on the rim or begun to leak around the valve stem. On an older British utility vehicle or sedan, the spare deserves equal attention because it may be decades older in service condition than the road tires suggest.

Tire checks should be part of a broader pre-drive routine that also covers wheel fasteners, brakes, steering feel, and fluid leaks. A classic Rover often sees infrequent use, which means deterioration can hide between otherwise uneventful short trips. Giving the tires a deliberate inspection before a tour or highway outing is one of the simplest ways to reduce avoidable trouble once the vehicle is far from home.