How to Find the Right Lace Length for Any Pair of Shoes

Editorial note: The sizing charts and model recommendations below come from specialist references and commercial shoelace retailers. They have not been independently tested by this publication, so use them as starting points rather than guaranteed specifications.

The quick answer: there is no single standard shoelace length

There is no universal standard shoelace length that fits every shoe. Replacement laces are commonly sold in sizes such as 27, 36, 40 or 41, 45, 54, 63, and 72 inches, although the available increments vary by seller and lace style, as illustrated by the sizes listed in Lace Lab’s commercial guide. Published charts are practical shopping guides, not an industry-wide sizing standard.

For everyday sneakers, approximately 120 cm, or 47 inches, can be a useful first size to investigate. Veter describes that length as a versatile practical choice for many sneakers and everyday shoes, but this is retailer guidance—not proof that 47 inches is the standard or that it will fit a particular pair. Shoe width, eyelet spacing, collar height, knot choice, lace thickness, and lacing style can all change the answer, as the Veter shoelace-length guide itself acknowledges.

Use this decision hierarchy when buying replacement laces:

1. Measure a well-fitting original lace. This gives you the closest match to the shoe and the way you already lace it.
2. If the original is missing, lace the shoe with non-stretch string or yarn. Reproduce the intended pattern and finish, then measure the string.
3. Look for model-specific guidance. A recommendation for the exact shoe can be more useful than a brand-wide or category-wide estimate, although third-party values still need verification.
4. Use an eyelet-pair chart as a fallback. It can identify a likely shopping range, but it cannot guarantee fit.

Here is a compact conversion reference for frequently sold lengths:

Inches	Approximate centimeters
36 in	91 cm
45 in	114 cm
54 in	137 cm
63 in	160 cm
72 in	183 cm

These pairings appear in the Shoelaces Express length chart. When shopping, use the seller’s stated measurement rather than assuming that rounded inch and metric sizes are perfectly identical.

Measure the existing shoelace for the most reliable replacement

If one original lace still fits well, measure it before consulting a generic chart. That lace already reflects the shoe’s geometry, the eyelets you use and—provided you intend to duplicate it—the current lacing pattern.

Use this process:

1. Remove one lace completely. Do not measure it while it remains threaded through the shoe.
2. Place it on a flat surface. Straighten bends and twists so the lace follows a direct line.
3. Do not deliberately stretch it. This is especially important for elastic or flexible laces. Measure the relaxed, straightened length rather than pulling the lace under tension.
4. Measure from finished tip to finished tip. The plastic or metal finished tip is called an aglet. Include both aglets in the full measurement.
5. Record the result in inches and centimeters. Keeping both units makes comparison easier when sellers use different systems.

Removing a lace, straightening it and measuring it from tip to tip is the replacement-sizing method recommended by the Ironlace measurement guide.

Treat the result as a baseline rather than an automatic instruction to buy the nearest available size. First consider how the old lace performed:

• If it reached every intended eyelet and produced the bow you wanted, duplicate its length as closely as possible.
• If it barely formed a knot, add some length.
• If it left oversized loops or excessive overhang, consider a shorter replacement.
• If you skipped the top eyelets only because the lace was too short, measure for the arrangement you actually want rather than repeating that compromise.

Keep the same lacing pattern when duplicating a successful setup. A lace that works with ordinary criss-cross lacing can leave substantially different free-end lengths when rearranged into Ladder, Lattice or another decorative pattern.

If the measured length is not sold, do not automatically round up or down. For example, a 48-inch measurement might fall between a seller’s 45- and 54-inch options. The better choice depends on shoe width, eyelet spacing, lace thickness, knot type, pattern, desired bow size and tolerance for excess lace.

No original lace? Recreate the setup with string or yarn

When both original laces are missing—or when the old laces were clearly the wrong size—reproduce the intended setup with string or yarn. This measures the shoe you own instead of relying on an average for the category.

Choose a non-stretch material thin enough to pass through the eyelets. Then:

1. Thread the string through the shoe using the exact pattern you intend to wear.
2. Use every eyelet you expect to use in the finished setup.
3. Tighten the shoe approximately as you normally would.
4. Leave enough material at both ends for your intended finish.
5. Confirm that the shoe can be loosened, tightened and tied as intended.
6. Mark or cut the string only after the setup works.
7. Remove it, straighten it and measure it from end to end.

Do not omit the top row during the test if you plan to lace the finished shoe all the way up. Skipping those eyelets will underestimate the required length. Conversely, if you deliberately leave the top row unused, reproduce that arrangement instead of measuring a setup you will not wear.

The free ends are part of the total measurement. Leave enough string for the finish you want: a compact single bow, larger loops, a double knot, tucked ends or deliberately loose styling. If you plan to double-knot the replacement, test a double knot instead of estimating the extra material by eye.

That makes it more dependable than selecting a length solely because the footwear is described as a low-top, running shoe or boot. Shoelaces Express likewise recommends lacing the shoe with string or yarn and measuring the result when the original lace is unavailable.

The confidence order is straightforward: a suitable measured lace is best, a carefully performed string test comes next, and generic category or eyelet charts are fallback estimates.

Shoelace length chart by eyelet pairs

An eyelet is one hole through which a lace passes. An eyelet pair consists of the two corresponding holes across the shoe—one on each side of the opening.

The easiest counting method is to count the holes down one side of one shoe. If there are six holes on the left and six on the right, the shoe has six eyelet pairs, not twelve pairs. It has twelve individual holes in total.

The following table is one retailer’s approximate starting guide. It is not a universal sizing standard or a guaranteed fit.

Eyelet pairs	Suggested length in inches	Suggested length in centimeters
4 pairs	27 in	69 cm
5 pairs	36 in	91 cm
6 pairs	40 in	102 cm
7 pairs	45 in	114 cm
8 pairs	54 in	137 cm
9 pairs	63 in	160 cm
10 pairs	72 in	183 cm

These values come from the previously cited Shoelaces Express chart, which also presents direct measurement or a string test as preferable to taking a chance on the table.

The chart can identify a likely shopping range, but it cannot promise that the result will work. Other retailer tables diverge. For example, one third-party Nike-oriented chart recommends 45 inches for shoes listed as having six to seven eyelet pairs, while unofficial model guidance assigns 54 inches to several six-pair Converse shoes. The Laces Matched Nike chart illustrates the first of those conflicting recommendations.

Do not average conflicting charts and call the result exact. If one chart says 40 inches and another says 54 inches for a six-pair shoe, 47 inches is not automatically correct. The disagreement signals that eyelet count alone is missing important information.

Use the table to answer a limited question: Which lengths should I investigate first? Then verify the likely range by measuring an old lace, performing a string test or checking guidance for the specific model.

Why shoes with the same eyelet count can need different lengths

Eyelet count tells you how many rows or crossings are available. It does not describe how far the lace must travel between them.

Consider two shoes with six eyelet pairs. On a slim dress shoe, the left and right eyelet columns may sit close together, with little distance between rows. On a wide sneaker, the columns may be farther apart, the upper may have more volume and the wearer may want larger loops. Both shoes have six pairs, but their lace paths are not equivalent.

The main variables are:

• Horizontal spacing: More distance between the left and right eyelet columns generally means more lace is needed for each crossing.
• Vertical spacing: Greater distance from one row to the next lengthens vertical or diagonal segments.
• Shoe width and volume: A broad or high-volume upper can create a longer path through the lacing area.
• Collar height: Taller footwear often has more rows or greater overall spacing.
• Eyelets actually used: Skipping the top row shortens the path; using every available eyelet lengthens it.
• Desired free-end length: A compact knot, large bow, loose ends and tucked finish require different allowances.

Lace construction matters too. A thick rope lace can sit differently through an eyelet and needs enough free material to bend into the intended knot. Before buying, confirm that the lace body and aglets will pass through the eyelets. Extra length cannot correct a diameter mismatch.

The wearer also controls several variables:

• tight versus loose lacing;
• single versus double knots;
• large versus minimal bows;
• tied versus tucked ends;
• conventional versus decorative patterns;
• centered versus intentionally uneven end lengths.

Shoe size and design can matter even within one brand or category. “Low-top,” “high-top” and “running shoe” describe broad forms, not standardized lacing dimensions. A large low-top with widely separated eyelets may consume more lace than a compact mid-top with narrow spacing.

A detailed calculation can incorporate eyelet pairs, horizontal spacing, vertical spacing, desired end length and lacing method. Those are among the inputs used by Ian’s Shoelace Site length calculator. Practical results can still vary because of eyelet diameter, upper and lace thickness, elasticity, lacing tension, knot complexity, curvature and measurement approximations.

That is why size charts can disagree without one table necessarily being wrong for every shoe. Each chart simplifies a multidimensional fit problem into one or two easily identified inputs.

Starting ranges for low-tops, running shoes, high-tops, and boots

Shoe type can narrow the search, but category values should be treated as broad shopping ranges rather than specifications. Different retailers group shoes differently, and a category such as “low-top” covers many sizes, widths and eyelet layouts.

Lace Lab’s general sneaker guide gives these starting ranges:

General sneaker category	Approximate eyelet count stated by the guide	Retailer’s suggested range
Low-tops	4–5	27–36 in
Mid-tops	6–7	45–54 in
High-tops or basketball shoes	8–10	54–63 in

These are commercial recommendations, not independently established standards.

The same retailer publishes a separate set of athletic-shoe estimates:

Athletic category	Eyelet pairs stated by the guide	Suggested range
Running shoes	4–6 pairs	27–36 in
Training shoes	6–8 pairs	40–54 in
Basketball shoes or high-tops	8–10 pairs	54–72 in

Those figures come from Lace Lab’s running and athletic shoe length guide.

Other retailer guidance places classic low-top sneakers at approximately 45 to 54 inches, well above Lace Lab’s 27-to-36-inch general low-top range, according to the Ribbon by Design sizing guide. This does not establish either recommendation as universally correct. It demonstrates that category labels are too broad to replace measurement.

The useful directional pattern is simpler:

• Low-tops and closely spaced dress shoes often use less lace.
• Mid-tops generally need more when all rows are used.
• Tall high-tops and boots generally consume more because the lacing area extends farther.
• Wide spacing, loose styling, large knots or lace-intensive patterns can move a shoe toward the longer end of a range.

Whenever broad category guidance conflicts with a lace that already fits, prioritize the measured lace. A properly performed string test for the actual shoe should likewise take precedence over a generic category table.

How the lacing pattern changes the length you need

A lace has two jobs: it must travel through the eyelet section, and it must leave enough free material for tying or tucking. Changing either component changes the total requirement.

Decorative patterns can use more or less material than ordinary criss-cross lacing, but no fixed percentage applies to every shoe. The result depends on eyelet count, eyelet spacing and the geometry of the pattern.

One documented example compares three methods on a sneaker with 50 mm horizontal eyelet spacing. Each setup receives 35 cm for the knot, loops and ends:

Lacing method	Eyelet section	Knot, loops and ends	Total lace
Criss Cross	73 cm	35 cm	108 cm
Lattice	69 cm	35 cm	104 cm
Ladder	85 cm	35 cm	120 cm

In this specific setup, Lattice used 4% less total lace than Criss Cross, while Ladder used 11% more. These percentages describe only the documented example and should not be applied automatically to every shoe or eyelet count.

The same comparison shows what happens when all three patterns use an identical 116 cm lace. The calculated loose ends are 11 cm each for Criss Cross, 13 cm each for Lattice and 5 cm each for Ladder. The lace does not change; only its path does.

The calculation also suggests approximately 200–250 mm of combined end length for a tied bow and about 100 mm for tucked ends. These are calculation allowances, not universal requirements. Bow size, stiffness, knot choice and styling will alter the practical amount. The worked examples and allowances appear in Ian’s Shoelace Site comparison of lacing methods.

The practical lesson is not that Ladder always requires a fixed percentage more or Lattice always requires less. Changing the pattern redistributes the lace between the eyelet section and the free ends. If you are moving to an unfamiliar or decorative pattern, perform a string test rather than assuming the original lace length will remain suitable.

Choose between sizes and troubleshoot laces that do not fit

There is no sound rule that says always buy the longer size or always buy the shorter one. Commercial advice itself conflicts: some guides favor less excess, while others suggest sizing up when uncertain. The better direction depends on how the shoe will be laced and tied.

Lean toward the longer option when:

• the shoe is wide or high-volume;
• the eyelet columns or rows are widely spaced;
• every upper eyelet will be used;
• the replacement lace is thick;
• you want a double knot;
• you prefer a large bow or loose styling;
• the intended pattern consumes substantial lace.

Consider the shorter option when:

• the eyelets are closely spaced;
• you want a small, minimal bow;
• the ends will be tucked;
• the top eyelets will remain unused;
• the shoe is laced tightly;
• reducing loops and overhang is the priority.

A lace is probably too short if it cannot reach the intended top eyelets, prevents the opening from being adjusted as intended or leaves too little material for your preferred knot. As a practical check, test the complete setup while wearing the shoe rather than judging only from an untied shoe on a table.

A lace is probably too long if oversized loops or substantial dangling ends remain after the shoe has been laced and tied exactly as intended. Long laces are not automatically wrong—some styles deliberately use excess—but the result should match the wearer’s goal.

Before replacing a poor-fitting lace, try a reversible adjustment.

For a lace that is too short:

• skip the top eyelet pair;
• use a less lace-intensive pattern;
• reduce the bow size;
• switch from a double to a single knot;
• tighten the pattern more evenly to recover available slack.

For a lace that is too long:

• tuck the ends;
• create a larger bow;
• use a more lace-intensive pattern;
• use additional eyelets if the shoe has unused rows;
• adopt a deliberate loose-lace arrangement.

If those changes produce an arrangement you dislike, replace the lace rather than designing the entire setup around the wrong length.

Before purchasing, check all of the following:

• [ ] Measured length of a suitable original lace or string test
• [ ] Number of eyelet pairs
• [ ] Number of eyelets you will actually use
• [ ] Shoe width and spacing between eyelet columns
• [ ] Intended lacing pattern
• [ ] Single knot, double knot, bow or tucked finish
• [ ] Lace thickness and eyelet compatibility
• [ ] Preferred amount of overhang
• [ ] Seller’s units: inches, centimeters or both

Unofficial model-specific example: Converse replacement lengths

Model-specific guidance can account for design differences better than a broad label such as “Converse,” “low-top” or “high-top.” However, the values below come from Adventure Andy, a third-party shoelace retailer—not from Converse—and the retailer does not provide a manufacturer measurement method.

Converse model	Listed eyelet pairs	Third-party replacement length
Chuck Taylor All Star High Top	8 pairs	63 in / 160 cm
Chuck Taylor All Star Low Top	7 pairs	63 in / 160 cm
Converse One Star	6 pairs	54 in / 137 cm
Run Star Hike Low Top	6 pairs	54 in / 137 cm
AS-1 Pro Low Top	6 pairs	54 in / 137 cm
Run Star Motion High Top	7 pairs	63 in / 160 cm

These figures are listed in the retailer’s unofficial Converse shoelace-length chart.

The examples show why generic assumptions can mislead. The listed Chuck Taylor All Star Low Top receives the same 63-inch recommendation as two high-top examples despite its low-top label. Several six-pair low-tops are listed at 54 inches, considerably longer than some generic six-pair charts suggest.

That does not make the third-party table an official specification. Verify its values against an existing lace or a string test, particularly if you are changing the factory pattern, skipping eyelets, using thicker laces or preferring a different bow.

Frequently asked questions

What is the most common shoelace length for sneakers?

There is no independently established single most common length for every sneaker. Veter promotes approximately 120 cm, or 47 inches, as a versatile practical starting point, while Kicks Shoelaces lists commercial brand-level sneaker sizes ranging from roughly 120 to 180 cm, or 47 to 71 inches, depending on the brand and design, in its shoe-lace size guide.

Use 47 inches as a size to investigate, not a default answer. If an original lace is available, its aglet-to-aglet measurement is more useful than a general popularity claim.

Do I count every shoelace hole or only the holes on one side?

Count the holes down one side of one shoe to get the number of eyelet pairs. Six holes down the left side correspond to six pairs when matched with the six holes on the right.

Alternatively, count every individual hole on that shoe and divide by two. Read retailer tables carefully because some use “eyelets” to mean individual holes, while others use the term for rows or pairs.

How long should the free ends be for a bow or tucked lacing?

As calculation guidance, approximately 200–250 mm of combined free-end length may be allowed for a tied bow, while tucked-end methods may need about 100 mm, according to the specialist comparison cited in the lacing-pattern section above. These figures are starting assumptions rather than universal requirements.

A double knot, large loops, stiff or thick laces and loose styling can require more. A compact bow or closely tucked finish can use less. The best check is to reproduce the intended finish with string and measure the complete setup.

Do thick laces, wide shoes, or double knots require longer laces?

They can push the choice toward a longer size, but not by a fixed amount. Wide shoes and widely spaced eyelets increase the distance the lace travels. Thick laces may follow a bulkier path and need more free material to form a knot, while double knots use more of the available ends than single knots.

Also confirm that thick laces and their aglets fit through the eyelets. Length cannot solve a diameter mismatch. When these variables apply and your measurement falls between available sizes, the longer option may be the more practical candidate—but test the intended setup whenever possible.

Can I make shoelaces that are too long or too short work without replacing them?

Often, yes. For a short lace, skip the top eyelet pair, use a less lace-intensive pattern, form a smaller bow or use a single rather than double knot. For a long lace, tuck the ends, enlarge the bow, use additional eyelets or switch to a pattern that absorbs more lace.

These are reversible fixes, not obligations. If they prevent you from using the pattern or finish you want, measure the corrected setup and buy a more suitable length.

The measurement-first rule

Remove and measure a lace that already fits, from aglet to aglet. If no suitable original remains, reproduce the intended setup with non-stretch string and measure the complete path, including the material needed for your knot or finish.

Treat eyelet charts, 47-inch shortcuts, shoe-category ranges and unofficial model tables only as starting points. The final choice should reflect the shoe’s width and eyelet spacing, the lacing pattern, the eyelets actually used, lace thickness and the amount of free lace you want for tying or tucking.