Alta
An Exploration of Ventilation Systems in Ski Jacket Design
Senior Capstone
Outdoor Apparel Design
2019
More accessible ventilation zips on the upper arms allow for a smooth and efficient interaction. The placement on the high pressure zone of the skier affords more airflow through the jacket than pit zips.
Efficient
Ventilation
The open mesh vent on the back of the jacket is on a low pressure zone. The interaction between the two pressure zones increases air flow while the skier is moving on the mountain.
The bottom flaps of the jacket can be snapped to the sides as another option for temperature regulation.
Hood accommodates helmet
Waterproof zippers on pockets and arm vents
Plenty of storage for skiing essentials in large pockets
Research and Design Process
Ventilation in ski jackets has been dominated by pit zips in the snow jacket industry.
Pit Zips
I asked people about important qualities of their outdoor apparel...
70%
Wear 2-3 layers underneath main jacket
75%
Bring a backpack for water, layers, and avalanche equipment
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SAFETY (COLOR)
VENTILATION
WATER RESISTANT
STORAGE
Rethinking Areas of Ski Jackets
Regulating body temperature without removing layers
Ventilation through alternative solution to pit zips, which can be cumbersome to use
Adequate storage options
in jacket
How might a ski jacket regulate temperature for active skiers
through an improved and innovative ventilation system while also providing adequate storage options?
There are high and low pressure zones on moving objects that create a flow of air when openings are placed on both zones.
Color and Material
BURNT ORANGE
ROYAL BLUE
SUNRAY
Alta
A ski jacket utilizing pressure zones on skiers to create an efficient and innovative ventilation system.
Alta in Use!
I spent this past winter using and testing the features and functionality of Alta for future iterations of the jacket.
This project was the beginning of a passion for designing and making outdoor apparel. Stayed tuned for upcoming projects :)