The Problem
Footwear is the interface between the feet and their environment. Human feet have evolved to become mechanical wonders, with 26 bones and more than 30 ligaments providing resilience both for strain over time and extreme strain during short periods. Shoes and footwear have aimed at facilitating resilience without sacrificing function, and they have achieved this through innovations focused on the underside of the foot. The upper side of the foot, the dorsal aspect, is where shoes or boots are tightened. This, however, is also where arteries and nerves are located, and pressure on these structures can lead to cold feet, pain, and reduced control.
The Solution
VPECS (Versatile PErfusion Control System) is a system that takes the anatomy of the dorsal aspect of the middle foot into account. VPECS respects and protects important anatomical structures and reduces nerve and artery pressure as well as increases grip and control.
Latest Articles
First Hiking shoe with VPECS
The first hiking boot with VPECS has been produced. This shoe will now undergo testing before release
First cycling shoe with VPECS
The first cycling shoe with VPECS has been produced. A mountain bike shoe model was chosen, and will now undergo testing.
First tennis-shoe with VPECS produced
As we are exploring opportunities in footwear where the bearer has high demand on grip,function and comfort; we have started a development process in tennis
VPECS team has new member
We are glad to announce that Paul Pierce has joined our VPECS team. Paul is an experienced entrepreneur and businessman. He will help us with
European patent validated
The European patant was approved last year, and it has now been validated in the key markets for Ski-boots in Europe
Chinese patent approved
The Chinese patent authorities have approved the VPECS patent. This adds protection to a fast-growing markets fro Ski-Boots