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175/65R13 tires

Vehicles that use 175/65R13 as an OEM tire size, the tire models we currently catalog in this size, and the compatible alternative sizes within the ETRTO ±3% safe-fit tolerance.

Paired pages: What does 175/65R13 mean? · 175/65R13 upsize and downsize options

175/65R13 dimensions

22″
Overall diameter
559 mm
6.9″
Section width
175 mm
4.5″
Sidewall
114 mm
68.9″
Circumference
1750 mm
919
Revolutions / mile
measured
13″
Wheel
rim diameter

175/65R13 tires have a diameter of 22.0", a section width of 6.9", and a wheel diameter of 13". The circumference is 68.9" and they have 919 revolutions per mile. Generally they are approved to be mounted on 5-6" wide wheels. Specs may vary by manufacturer. learn more

Vehicles that use this size

Vehicle Trim Year Fitment
Ford Courier N/A 1996 Approved
Ford Courier N/A 1998 Approved
Ford Courier N/A 1997 Approved
Ford Courier N/A 1999 Approved
Ford Ikon N/A 2011 Approved
Ford Ikon N/A 2010 Approved
Chevrolet Damas N/A 2006 Approved
Chevrolet Damas N/A 2010 Approved
Chevrolet Damas N/A 2009 Approved
Chevrolet Damas N/A 2008 Approved
Chevrolet Damas N/A 2011 Approved
Chevrolet Damas N/A 2013 Approved
Chevrolet Damas N/A 2012 Approved
Chevrolet Damas N/A 2015 Approved
Chevrolet Damas N/A 2014 Approved
Chevrolet Damas N/A 2018 Approved
Chevrolet Damas N/A 2020 Approved
Chevrolet Damas N/A 2022 Approved
Chevrolet Damas N/A 2021 Approved
Chevrolet Damas N/A 2019 Approved
Chevrolet Damas N/A 2007 Approved
Chevrolet Damas N/A 2005 Approved
Chevrolet Damas N/A 2016 Approved
Chevrolet Damas N/A 2017 Approved
Chevrolet Labo N/A 2006 Approved
Chevrolet Labo N/A 2005 Approved
Chevrolet Labo N/A 2009 Approved
Chevrolet Labo N/A 2008 Approved
Chevrolet Labo N/A 2007 Approved
Chevrolet Labo N/A 2011 Approved
Chevrolet Labo N/A 2013 Approved
Chevrolet Labo N/A 2015 Approved
Chevrolet Labo N/A 2016 Approved
Chevrolet Labo N/A 2019 Approved
Chevrolet Labo N/A 2014 Approved
Chevrolet Labo N/A 2017 Approved
Chevrolet Labo N/A 2018 Approved
Chevrolet Labo N/A 2012 Approved
Chevrolet Labo N/A 2023 Approved
Chevrolet Labo N/A 2022 Approved
Chevrolet Labo N/A 2021 Approved
Chevrolet Labo N/A 2010 Approved
Chevrolet Labo N/A 2020 Approved
Nissan March N/A 1991 OEM
Nissan March N/A 1990 OEM
Nissan March N/A 1989 OEM
Nissan March N/A 1988 OEM
Volkswagen Lupo N/A 2005 Approved
Volkswagen Polo N/A 1999 Approved
Volkswagen Lupo N/A 2000 Approved
Volkswagen Lupo N/A 2003 Approved
Volkswagen Lupo N/A 2002 Approved
Volkswagen Lupo N/A 2004 Approved
Volkswagen Lupo N/A 2001 Approved
Volkswagen Lupo N/A 1999 Approved
Volkswagen Lupo N/A 1998 Approved
Volkswagen Polo N/A 1994 OEM
Volkswagen Polo N/A 1998 Approved
Volkswagen Polo N/A 2000 Approved
Volkswagen Polo N/A 2001 Approved
Volkswagen Polo N/A 1995 OEM
Volkswagen Polo N/A 1993 OEM
Volkswagen Polo N/A 1997 Approved
Volkswagen Polo N/A 1996 OEM
Subaru Columbuss N/A 1989 Approved
Subaru Columbuss N/A 1988 Approved
Subaru Columbuss N/A 1990 Approved
Subaru Columbuss N/A 1991 Approved
Subaru Columbuss N/A 1992 Approved
Subaru Columbuss N/A 1985 Approved
Subaru Columbuss N/A 1983 Approved
Subaru Columbuss N/A 1993 Approved
Subaru Domingo N/A 1993 Approved
Subaru Domingo N/A 1986 Approved
Subaru Domingo N/A 1990 Approved
Subaru Domingo N/A 1988 Approved
Subaru Domingo N/A 1991 Approved
Subaru Domingo N/A 1983 Approved
Subaru Domingo N/A 1989 Approved
Subaru Domingo N/A 1984 Approved
Subaru E series N/A 1985 Approved
Subaru E series N/A 1986 Approved
Subaru E series N/A 1984 Approved
Subaru E series N/A 1983 Approved
Subaru Domingo N/A 1992 Approved
Subaru Domingo N/A 1985 Approved
Subaru Domingo N/A 1987 Approved
Subaru E series N/A 1987 Approved
Subaru E series N/A 1989 Approved
Subaru E series N/A 1992 Approved
Subaru E series N/A 1990 Approved
Subaru E series N/A 1991 Approved
Subaru E series N/A 1993 Approved
Subaru E series N/A 1988 Approved
Subaru Columbuss N/A 1986 Approved
Subaru Columbuss N/A 1987 Approved
Subaru Columbuss N/A 1984 Approved
Subaru Domingo N/A 1994 Approved
Subaru Libero N/A 1984 Approved
Subaru Libero N/A 1983 Approved

Tires available in this size

Tire Brand Season UTQG
Michelin Pilot Exalto Pe2 Michelin all-season 240 A A

Compatible alternative sizes within ±3%

Other tire sizes that fall inside the ETRTO safe-fit tolerance for 175/65R13. Sorted by smallest overall-diameter change.

Alternative%Δ ODSidewall ΔCategory
155/65R14 -0.11% -13.0 mm plus 1
195/45R15 -0.22% -26.0 mm plus 2
185/55R14 0.25% -12.0 mm plus 1
175/50R15 -0.30% -26.3 mm plus 2
205/55R13 -0.36% -1.0 mm wider
205/50R14 0.52% -11.3 mm plus 1
165/70R13 0.63% +1.8 mm winter narrower
165/60R14 -0.74% -14.8 mm plus 1

For the full categorised list (Plus-1, Plus-2, winter narrower, wider, etc.) with verdicts and speedometer impact, see 175/65R13 upsize options.

What changes if you go up or down one aspect step

The cleanest single-step swap is moving the aspect ratio by ±5 points on the same rim. The table below shows the math for 175/65R13 vs the adjacent ±5 aspect sizes.

OEM 175/65R13Down to 175/60R13Up to 175/70R13
Overall diameter557.7 mm540.2 mm575.2 mm
% Δ vs OEM-3.14%3.14%
Sidewall height113.8 mm105.0 mm (-8.8)122.5 mm (+8.8)
True mph at 60 indicated60.00 mph58.12 mph61.88 mph
Verdict (±3% rule)Outside ±3%Outside ±3%

Shorter sidewall (down a step): sharper steering, harsher ride, higher pothole risk. Taller sidewall (up a step): softer ride, fuel-economy gain on highway, less precise handling. Use the compatibility calculator to evaluate any size pair beyond the single-step swap.

What 175/65R13 means

The first number — 175 — is the tire's section width in millimeters (about 6.9 inches from sidewall to sidewall, measured when the tire is mounted and inflated to standard pressure). The second number — 65 — is the aspect ratio: the sidewall height as a percentage of the section width, which works out to 113.8 mm of sidewall for this size. The R indicates radial construction (universal on passenger tires today, mandatory under FMVSS 109), and 13 is the rim diameter in inches. Together these give an overall tire diameter of 557.7 mm (22 inches) — the dimension that matters for speedometer accuracy, wheel-well clearance, and TPMS / ABS / AWD calibration.

100 vehicle/year combinations in our catalog list this size as an OEM or approved fitment, and 1 tire models in our catalog are sold in this size. Each one turns about 919 revolutions per mile (circumference 1752 mm × π), which is the figure your speedometer and TPMS modules are calibrated against. When you replace tires within the same size, brand and compound choice are what change the driving experience — every tire in this size is engineered to the same outside diameter, so speedometer error and wheel clearance won't change. Where the differences show up is in tread compound (longer-wearing vs stickier), construction (touring sidewall vs performance-stiff), and season class. For a deeper breakdown of what each digit in the size string represents, see the paired 175/65R13 explained page.

If you are considering deviating from 175/65R13 — a plus-size step up, a winter step down, or a same-rim width change — keep the overall outside diameter within ±3% of the original per the ETRTO 2024 §2.3 safe-fit standard. Major changes to outside diameter affect speedometer calibration (SAE J1349 ±4% factory tolerance), ABS rotational reference (FMVSS 135), TPMS rev/mile tracking (FMVSS 138), and AWD viscous coupling temperature on systems that rely on consistent tire revolutions per mile. The Compatible alternative sizes table above lists every size within tolerance, and the 175/65R13 upsize and downsize options page groups them by upgrade intent (Plus-1, Plus-2, winter narrower, wider, etc.) with verdicts and speedometer impact. Always confirm any non-OEM substitution with the manufacturer or a qualified tire shop before purchase.

For shoppers looking at this size, the key spec questions to ask are: does the tire's load index equal or exceed the OEM placard requirement (Tire & Rim Association 2025 Table 1-2 maps the number to maximum weight), does its speed rating match or exceed the placard, and what is its UTQG treadwear rating? The third question is the best single proxy for tread life: 600+ UTQG signals a long-wear touring compound, 400–600 is mid-life performance, under 300 is short-life high-grip. Cross-reference any candidate tire's spec sheet against the manufacturer's published technical bulletin before committing.

Last verified 2026-06-09.