How can we design an ascent aid that can be operated from an upright position?

Marker EPF Ski Binding Module

Anton Ropers

While getting a chance to try the Marker Baron ski Binding last December, I noticed the faultiness of the Extended Power Frame’s ascend aid which was ergonomically extremely difficult to reach via ski poles. This means that while ascending a mountain on any of the five Marker models that use the Extended Power Frame module, the skier must cycle through the 3 steps of the mechanical ascent aid by bowing down and shimming their ski pole in extreme and often dangerous terrain. The primary aim of my project was to improve the ascent aid, and thus also the EPF module base by always keeping user friendliness as the final goal. This was done with minimal expenses for Marker in mind and easy production methods that are already in their arsenal. The expectations for the end product was a mechanism that worked reliably that could be adjusted from the comforts of an upright and controlled position with any type of ski pole.

A project made in the course

ATELIERprojekte

ATELIERprojekte is conceived as a design experience, aimed at refining and testing technique, creativity, personal organization, research, and communication. After the study of diverse typologies of product and companies, each student freely chose a personal project to work with, consisting in an object to develop, also imagining its potential producer. The path is completed by a rich formation in digital modelling and a theoretical deepening of communicative issues touched by the project itself.