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This calculator will suggest the recommended DIN release value for your ski bindings based on the type of skier you are. Fill in the details to the best of your knowledge and we’ll do the rest. The calculated value is for reference only.
What Is Your Skiing Abilitiy?
How Much Do You Weigh?
How Tall Are You?
What Is Your Ski Boot Length?
How Old Are You?
Your Recommended DIN Settings is:
Why Does the DIN Setting Exist?
DIN stands for Deutsches Institut für Normung (German Institute for Standardization).
The DIN setting that can be found on your ski bindings and is an industry-wide scale that sets the release force for ski bindings on an impact. To help reduce the risk of injury, ski bindings are designed to release in the event of a fall.
Advanced or expert skiers have a higher release force because their skiing style is more aggressive and the ski is exposed to more forces.
For new or beginner skiers their DIN setting is lower so that the ski safely detaches in the event of a fall or impact.
Use my free DIN calculator above to determine the range to help you set your ski bindings. The number depends on your height, weight, boot size and age as well as your style and level of skiing.
How To Adjust Your Ski Bindings?
Ideally, ski bindings should always be adjusted by a specialist technician who can set the correct DIN value for you based on their years of experience. The calculator above is purely for reference and to help guide you with a reference point.
That said the data in the calculator above uses data directly from the Salomon Alpine Tech Manual 2019/20. Specifically, the chart listed on page 90. This is the manual used by Salomon certified ski technicians.
Ski Bindings and Release Force
Ski bindings are designed to release you from your skis during a fall so that you don’t become tangled up and cause greater injury to yourself.
The bindings will either release sideways or upwards:
- During a big twisting force, the boot will release sideways.
- If there is a forward for the boot will be release upwards.
A higher DIN value, allows the binding to experience a greater force before it releases – which is why heavier, faster or more experienced skiers need a higher value. Having a ski binding that is too sensitive and prone to coming loose while skiing is also dangerous.
Similarly, if the DIN value is set too high and the skier is less experienced, lighter, and weighs less – then during a fall or accident the skis will not be released in time and greater injury is more likely.
For this reason, getting the right sweet spot is key. By setting yourself up with the correct DIN value you are making it safer to ski. It is more likely that the bindings will release you from the skis at the right time and place when you need them to.
The Main Skier Types:
One of the key considerations for the DIN value is the skier’s ability. The DIN value takes this into consideration by separating skiers up into 3 main types (with 2 sub-types either side).
For a release value lower than for a Type 1 skier.
i.e Lighter first-time skiers.
Novie & Cautious skiers
Low release force, lighter retention settings, wide release margin.
Average or Moderate skiers (Intermediate or Advanced)
Average release force, average retention settings, average release margin.
Aggressive and High-speed skiers (Expert)
High release force, high retention settings, narrow release margin
For a release value higher than for a Type 3 skier.
i.e Going Heavier, Faster or Steeper
Always have your bindings checked and adjusted by a certified ski technician.