Making skis and ski clothing costs more than you think
It takes a lot to build a pair of skis. Wood core, fibreglass layers, steel edges, a polyethylene base, a plastic topsheet, epoxy resin. Each material arrives at a factory having already been mined, processed, and shipped, with a broader impact on the environment. The energy adds up fast. Some brands and manufacturers are also developing more environmentally friendly materials, including recycled inputs and zero-waste approaches, to reduce the footprint and use fewer virgin resources.
A lifecycle study published in the Journal of Industrial Ecology, with the original article detailing the manufacturing-emissions breakdown, found that manufacturing a single conventional alpine ski produces around 22.6 kg of CO₂ — roughly 45 kg for a pair — and carbon dioxide is a greenhouse gas linked to global warming. About a third of that comes from the raw materials themselves. The remaining 60% comes from the production process.
~45 kg CO₂
to manufacture one pair of alpine skis
One ski: 22.6 kg CO₂ · breakdown per ski
- Production processes
- Factory energy to build the ski
- Raw materials
- Wood, fibreglass, steel, plastic & resin
Globally, around 3 million pairs of alpine skis are sold every season. That's a lot of manufacturing emissions for equipment that, in many cases, gets used a handful of days a year, stored in a garage for the other 50 weeks, and replaced within a decade. Renting also gives skiers a practical way to try equipment before a purchase instead of owning gear that may barely get used.
Rental changes the equation. When one pair of skis serves 15, 20, or 30 different skiers across its lifetime, the manufacturing footprint gets shared across all of them. The same skis go out, come back, get cleaned, maintained, and when gear shows wear or starts to break, sent for repair instead of being replaced immediately, as rental companies often explain to customers in their servicing programs.
