Enter your weight and height

Type your body weight and height with ski boots off, using the lb/kg and ft-in/cm toggles to match your units. The calculator converts everything internally before finding your skier code.

2

Pick your skier type and age

Choose Type I (cautious) through Type III+ (expert) honestly from your speed and terrain, and enter your age. A higher type raises the setting; age 50 and over or under 10 lowers it one row.

3

Read your DIN and the chart

The result card shows the recommended DIN plus your skier code and the row/age adjustments. Open the DIN Reference Chart tab to see your code and boot-sole-length highlighted in the ISO 11088 table.

4

Confirm with a technician

Write the number down and take your skis to a certified technician. They mount, set, and release-test the binding on a calibrated device — this estimate never replaces that final step.

Step 1 — Skier code from weight and height

code = the higher chart row of ( weight code , height code )

Weight and height each map to a letter on the ISO 11088 chart (A = lightest). When they fall on different rows the higher row — the lower, less aggressive setting — is used, so a shorter skier is never over-set.

Step 2 — Skier type and age adjustment

final code = code + typeShift (I:0, II:+1, III:+2, III+:+3) − 1 if age ≥ 50 or < 10

The weight/height code is the cautious Type I baseline. Moving down the chart raises release force for more aggressive skiers; very young or older-than-50 skiers move up one row for an easier release.

Step 3 — DIN release value

DIN = chart[ final code ][ boot-sole-length column ]

The final code (row) and boot sole length in millimetres (column) intersect at the indicative DIN setting. Longer boot soles need slightly less force for the same code, so the value eases to the right.

Reviewed by Calculover Editorial Review Updated 2026-06-01 2 sources Methodology & limitations

Editorial accountability

Author: Quinn Sumner{{^authorProfileUrl}}Quinn Sumner{{/authorProfileUrl}} - Editor

Owner: Quinn Sumner - Editorial owner

Reviewer: Calculover Editorial Review - Standards and safety-limitation review

Last reviewed: 2026-06-01

Last verified: 2026-06-01

Data effective: 2026-06-01

Methodology

Weight and height are mapped to an ISO 11088 skier code (A–O), taking the higher chart row when they differ. The weight/height code is the Type I baseline; Type II, III, and III+ move it down one, two, and three rows, and skiers age 50 and over or under 10 move up one row. The final code and the boot sole length (mm) intersect on the ISO 11088 indicative pre-adjustment table to give the DIN release value. Combinations beyond the charted range return no estimate.

Assumption: Weight is entered with ski boots off and height in stocking feet; the entered skier type honestly reflects speed, terrain, and ability.

Assumption: Boot sole length is the value in millimetres stamped on the boot, and the binding's DIN range actually covers the recommended setting.

Assumption: The indicative chart value is a starting point and the binding will be release-tested by a technician before use.

Limitations & guidance

Indicative chart values are estimates and can differ from a shop's own indemnification chart or a specific binding model's recommendation.

The tool does not model binding model and DIN range, mounting position, anti-friction device condition, ramp angle, or injury history.

It cannot perform the toe and heel release torque test that confirms the binding actually releases at the set value; profiles beyond the standard chart return no number.

Professional guidance: This calculator is for educational purposes only and is not professional binding-adjustment or safety advice. An incorrect DIN setting can cause serious injury. Always have your bindings mounted, adjusted, and release-tested by a certified ski technician on a calibrated device before skiing.

Primary sources

ISO 11088 — Alpine ski/binding/boot (S-B-B) system: assembly, adjustment and inspection - International Organization for Standardization

ASTM F939 — Standard Practice for Selection of Release Torque Values for Alpine Ski Bindings - ASTM International

DIN setting The numeric release/retention value a binding is set to. Named for Deutsches Institut für Normung, it controls how much twisting or forward force is needed before the binding releases the boot.

Skier code (A–O) A letter from the ISO 11088 chart determined by weight and height. It is the row used to look up the DIN value and is shifted by skier type and age before the final reading.

Skier type (I–III+) A self-assessment of how aggressively you ski. Type I is cautious at lower speeds, Type II is an average all-round skier, and Type III / III+ are aggressive, high-speed, or expert skiers.

Boot sole length (BSL) The length of the boot sole in millimetres, stamped on the heel or side of most alpine boots. It sets the lever arm of the boot in the binding and selects the chart column.

Release value The torque the binding tolerates before releasing — twisting (Mz) at the toe and forward lean (My) at the heel. The DIN number maps to specific Nm release torques verified on a test device.

Pre-release An unwanted release during normal skiing, usually from a DIN set too low. Setting too high risks the opposite — the binding failing to release in a fall, a leading cause of knee injury.

🎿

Average intermediate, age 30

160 lb, 5 ft 9 in, Type II, boot sole 305 mm

Weight 160 lb Height 5'9" Skier type Type II Boot sole length 305 mm

Weight and height both land on code K; Type II moves one row down to L, and at a 305 mm boot sole that reads DIN 6.5. This is a typical mid-range setting for an all-round intermediate skier.

🧓

Cautious skier, age 58

190 lb, 6 ft 0 in, Type II, boot sole 315 mm

Weight 190 lb Height 6'0" Skier type Type II Age 58

Base code L plus a Type II step would reach M, but being over 50 moves the row back up one — netting code L at a 315 mm sole, DIN 6.0. Age deliberately eases the release for older skiers.

⛷️

Short, stocky skier

200 lb, 5 ft 0 in, Type I, boot sole 300 mm

Weight 200 lb Height 5'0" Skier type Type I Boot sole length 300 mm

Weight alone is code L, but a height of 150 cm is only code I, and the chart takes the higher (lower) row — so the code is I, giving DIN 3.5. Short build keeps the setting conservative.

Your DIN setting decides how easily a ski binding lets go of your boot in a fall. Set it too low and the ski pops off mid-turn; set it too high and the binding may not release when your leg twists — the classic cause of knee injuries. This guide explains how the ISO 11088 chart turns a few measurements into a recommended release value, and why a certified technician must still make the final call.

How the calculator works

The tool follows the ISO 11088 indicative pre-adjustment chart. First it converts your weight and height to a skier code (A through O). Weight is the primary factor; height only matters when you are short relative to your weight, in which case the chart uses the higher (less aggressive) row.

That code is the cautious Type I baseline. Your skier type then moves the row down the chart — one row for Type II, two for Type III, three for Type III+ — because faster, more aggressive skiing needs more force to hold the boot. Skiers aged 50 and over, or under 10, move back up one row for an easier release. Finally, the boot sole length in millimetres selects the column, and the chart returns the indicative DIN.

Inputs and what they mean

Enter weight with boots off and height in stocking feet; the lb/kg and ft-in/cm toggles convert for you. Skier type is an honest self-assessment — most recreational skiers are Type II. Boot sole length is the three-digit number in millimetres printed on the heel or side of the boot sole, not your shoe size. Age matters because the standard deliberately softens the setting at both ends of the age range.

Limits and safety

This calculator is an educational estimate of the indicative chart value only. It does not account for binding model and its DIN range, mounting position, anti-friction device wear, ramp angle, injury history, or a shop's own indemnification chart, and it cannot perform the torque test that confirms the binding actually releases at the set value. Always have a certified ski technician mount, set, and release-test your bindings on a calibrated device before skiing, and re-check the setting each season.

What does this calculator compute?+

It estimates the indicative DIN release setting for an alpine ski binding using the ISO 11088 chart. From your weight, height, skier type, age, and boot sole length it derives a skier code and reads the recommended release value from the standard's table.

How accurate is the result?+

It reproduces the ISO 11088 indicative pre-adjustment chart, which is the same starting point ski shops use. It is an estimate, not a final setting — a technician adjusts for your binding model, mounting, and a release torque test, so treat this as a planning number and always verify in person.

How do I choose my skier type?+

Type I is cautious skiing at lower speeds on easy terrain; Type II is the average all-round skier on varied terrain; Type III is aggressive, higher-speed skiing on steeper slopes; Type III+ is expert or racing. When unsure, pick the lower type — it gives an easier release. Most recreational skiers are Type II.

Why does my age change the setting?+

The ISO 11088 standard moves skiers aged 50 and over, and children under 10, up one row to a lower DIN. Bone density and reaction time differ at both ends of the range, so an easier release reduces the force transmitted to the leg in a fall.

Where do I find my boot sole length?+

Boot sole length (BSL) is a three-digit number in millimetres — usually 250 to 340 — stamped or molded on the heel or the outside of the boot sole. It is not your shoe size. Enter that number so the calculator picks the correct chart column.

Does this replace a ski technician?+

No. A certified technician must mount the binding, set the toe and heel, and confirm the release on a calibrated test device. An incorrect DIN can fail to release in a fall or release unexpectedly at speed, so this estimate is only a starting point — never ski on a self-set binding.

DIN Ski Binding Calculator

Skier Profile

Recommended DIN

ISO 11088 Release-Value Chart

DIN by boot sole length for your code

How to Use This Calculator

Enter your weight and height

Pick your skier type and age

Read your DIN and the chart

Confirm with a technician

Formula & Methodology

Trust, Methodology & Sources

Key Terms Explained

Real-World Examples

Average intermediate, age 30

Cautious skier, age 58

Short, stocky skier

Understanding DIN ski binding settings

How the calculator works

Inputs and what they mean

Limits and safety

Frequently Asked Questions

DIN Ski Binding Calculator

Skier Profile

Recommended DIN

ISO 11088 Release-Value Chart

DIN by boot sole length for your code

How to Use This Calculator

Enter your weight and height

Pick your skier type and age

Read your DIN and the chart

Confirm with a technician

Formula & Methodology

Trust, Methodology & Sources

Key Terms Explained

Real-World Examples

Understanding DIN ski binding settings

How the calculator works

Inputs and what they mean

Limits and safety

Frequently Asked Questions

Keep Exploring

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