Honest height math

How tall do your
shoes make you?

Enter your barefoot height. Pick a shoe. See how tall you’d appear—without stretching the truth.

01 Your barefoot height

FeetInches

02 Choose a shoe

What actually moves the number?

Stack height does. It is the material between your foot and the floor: insole, midsole, and outsole. The heel stack is the most useful consistent number for estimating how much taller you stand in a shoe.

Drop does not—by itself. Heel-to-toe drop is the difference between heel and forefoot stack. It changes foot angle and feel, but a 10 mm drop can sit inside either a thin shoe or a very tall one.

Read the complete stack-height guide →

SHOE TYPES

Maximal cushion vs. elevator shoes

Max-cushion

A tall external foam platform spreads cushioning across the entire foot. It looks sporty, not secret, and usually adds about 1.4–1.9 inches of unloaded heel stack in today’s tallest models.

Internal lift

A wedge inside the shoe raises the heel while a taller upper hides the angle. It can claim two inches or more, though aggressive lifts change fit and walking mechanics.

Boots & dress

Boots gain height from thick outsoles and block heels. Traditional dress shoes use a smaller structured heel; platform fashion boots can out-height both running and lift shoes.

30 SOURCED MODELS

Shoes ranked by apparent height gain

Static heel stack converted directly to inches. No visual exaggeration, and every launch entry links to its measurement source. Retailer buttons are paid links.

Sort by

#	Shoe	Type	Heel stack	Height added	Source	Buy
01	CALTOY6012 Elevator Oxford	internal lift	60.96 mm	+2.40″	Sourced	Check price (paid link)
02	ChamaripaCD109B3011 Oxford	internal lift	60 mm	+2.36″	Sourced	Check price (paid link)
03	ChamaripaH2C130B1021D Elevator Sneaker	internal lift	60 mm	+2.36″	Sourced	Check price (paid link)
04	Dr. MartensJadon Platform Boot	boot	50.8 mm	+2.00″	Sourced	Check price (paid link)
05	HokaSkyward X	max cushion	46.3 mm	+1.82″	Sourced	Check price (paid link)
06	HokaClifton 10	max cushion	44.4 mm	+1.75″	Sourced	Check price (paid link)
07	ASICSGel Nimbus 27	max cushion	42.7 mm	+1.68″	Sourced	Check price (paid link)
08	BrooksGlycerin Max	max cushion	42.3 mm	+1.67″	Sourced	Check price (paid link)
09	New BalanceFresh Foam X More v5	max cushion	42.1 mm	+1.66″	Sourced	Check price (paid link)
10	HokaBondi 9	max cushion	41.3 mm	+1.63″	Sourced	Check price (paid link)
11	NikeAir Max Dn	other	40.3 mm	+1.59″	Sourced	Check price (paid link)
12	ASICSGel Kayano 31	max cushion	39.3 mm	+1.55″	Sourced	Check price (paid link)
13	New Balance990 v6	other	39.1 mm	+1.54″	Sourced	Check price (paid link)
14	BrooksGhost Max 2	max cushion	39 mm	+1.54″	Sourced	Check price (paid link)
15	BrooksGlycerin 22	running	38.5 mm	+1.52″	Sourced	Check price (paid link)
16	HokaTransport 2	running	38 mm	+1.50″	Sourced	Check price (paid link)
17	OnCloudmonster 2	max cushion	37.9 mm	+1.49″	Sourced	Check price (paid link)
18	New BalanceFresh Foam X 1080 v14	max cushion	37 mm	+1.46″	Sourced	Check price (paid link)
19	BrooksCaldera 7	hiking	36.7 mm	+1.44″	Sourced	Check price (paid link)
20	NikeAir Max 270	other	36.4 mm	+1.43″	Sourced	Check price (paid link)
21	NikeAir Max 90	other	36.4 mm	+1.43″	Sourced	Check price (paid link)
22	HokaMach 6	running	36 mm	+1.42″	Sourced	Check price (paid link)
23	HokaGaviota 5	max cushion	34.9 mm	+1.37″	Sourced	Check price (paid link)
24	TimberlandEuro Hiker	boot	34.6 mm	+1.36″	Sourced	Check price (paid link)
25	HokaArahi 7	running	34.2 mm	+1.35″	Sourced	Check price (paid link)
26	New BalanceFresh Foam X Hierro v8	hiking	32.2 mm	+1.27″	Sourced	Check price (paid link)
27	HokaSpeedgoat 6	hiking	32.1 mm	+1.26″	Sourced	Check price (paid link)
28	OnCloud 5	running	27.6 mm	+1.09″	Sourced	Check price (paid link)
29	Bruno MarcPurpose-2 Oxford	dress	25.4 mm	+1.00″	Sourced	Check price (paid link)
30	FryePaul Bal Oxford	dress	25.4 mm	+1.00″	Sourced	Check price (paid link)

Stack measurements include the insole where the cited lab method says so. Manufacturer-claimed elevator-shoe gains are labeled in their source notes.

THE TWO-INCH QUESTION

Can shoes really add
2 inches?

Statically, yes. A two-inch platform or engineered internal lift can put roughly 50.8 mm beneath the heel.

In motion, it gets messier. Soft foam compresses under weight, manufacturing varies, and the foot sits inside the shoe—not perfectly on top of its outer silhouette. That is why this calculator describes an approximate apparent height, not a medical-grade body measurement.

See the honest breakdown →

FAQ

Questions people actually ask

Do all Hokas add the same height?+

No. Hoka is a brand, not one sole geometry. Current lab measurements in our database range from roughly 32 mm at the heel for the Speedgoat 6 to more than 46 mm for the Skyward X. Model, size, and measurement method all matter.

Do lift shoes look obvious?+

Not always. Internal-lift shoes hide part of the elevation inside a taller upper, but larger lifts need more internal volume and a steeper foot angle. Around two inches can be discreet in the right boot or sneaker; more aggressive lifts are harder to disguise.

How much height do boots add?+

Most ordinary boots land in the same broad range as cushioned sneakers—often around one to one-and-a-half inches of static heel stack. Purpose-built platform boots can reach two inches or more.

Does stacking insoles work?+

It raises the heel, but it also reduces room, changes fit, and can make the foot unstable. Loose stacks can slip or crowd the toes. A shoe engineered around an internal lift is usually safer and less obvious than piling inserts into a normal shoe.

What is the tallest shoe category?+

Internal-lift and platform shoes usually produce the largest stated gains. Max-cushion running shoes are generally subtler and easier to wear, but their static stacks often top out around 40–50 mm rather than a true two-plus inches under load.

Can shoes really add two inches?+

Some platform boots and elevator shoes have a two-inch static heel or claimed total increase. Soft running foam compresses under body weight, so a 50 mm catalog or lab stack should not be treated as a guaranteed 50 mm real-world gain while moving.