What are DIN Settings?

When we talk about DIN settings, we are referring to a numerical value that determines the force required for your ski boot to release from your binding. Proper DIN settings ensure that your ski releases when you fall but not while you are skiing. The higher the number, the more force is needed before your boot releases from the binding. If the value is too high, your ski won't release when it should. If your DIN is set too low, your boot might release from the binding while making turns. In short, accurate DIN settings are essential for safe skiing. You can adjust the DIN on the toe and heel pieces of your ski binding.

Video: How to determine your correct DIN settings

What's your DIN?

The DIN you need is unique to you and depends on your skiing experience, weight, height, age, and the length of your ski boot sole. Online, you can find various tools to easily determine your personal DIN, such as the DIN Calculator, DIN Settings, and Powder7.

When using the calculator, make sure to enter all the information as accurately as possible.

Begin by entering your skill level and what type of skier you are

  • Choose type 1 if you are a beginner or a cautious skier on gentle to moderate slopes.
  • Choose type 2 if you are a recreational skier who skis most runs but not aggressively or extremely fast.
  • Choose type 3 if you are an experienced, fast, and aggressive skier who skis on moderate to steep slopes.

Now enter your weight, height, age, and the length of your ski boot sole

The length of your ski boot sole is typically indicated on the side or bottom of the boot and is measured in millimeters. Once all values are entered, the tool will display your personal DIN value!

Set Your DIN Settings

You can adjust your DIN settings on the heel and toe pieces of your binding. Set both to your personal DIN value, and you're ready to hit the slopes! Assuming your binding is already adjusted correctly. Not sure? Check out our article about how to adjust your ski bindings. 

Note: if any of the entered values change, be sure to recalculate your DIN.