Welcome to the Newschoolers forums! You may read the forums as a guest, however you must be a registered member to post. Register to become a member today!
Ganja_ridahBuy J skis most durable ski on the industrie with 2mm edge last for ever
And for the other compagnies it's call capitalisim
Ganja_ridahBuy J skis most durable ski on the industrie with 2mm edge last for ever
And for the other compagnies it's call capitalisim
DuckonquackOn3p skis use 2.5 mm edges
DuckonquackOn3p skis use 2.5 mm edges
CONAIR_BUSCEMIK2 uses 3.5mm edges.
Burgyi saw on some old K2 skis, that it said they use 3.5mm... do they still do this?... i thought the industry thickest was 2.5?
iggyskierA lot of people confuse thickness with width. Very few brands are using edges over 2mm thick (about 1.3mm thick base material), though you can get a 2mm thick edge that is 2.5mm wide. So to sound more impressive, they just list the edge width and leave out the thickness.
And then there are other brands that literally don't know the materials they are using or how a ski is constructed and list the edge widths as thinner than the base material, or incorrectly as equal to the base material, and a bunch of other funny stuff.
As for the ski edges without teeth...the thinking behind it is that the edge is more solid throughout the ski and thus less susceptible to edge cracks. The bad part is that the design relies completely on the surface bond on the ski edge for edge retention. Once it fails, it fails fast. With a typical ski edge with edge teeth, the gaps in the teeth allow for materials to be pressed in those spaces, which allows for not only a surface bond on the surface of the edge, but a physical bond to keep the edge in the ski.
iggyskierA lot of people confuse thickness with width. Very few brands are using edges over 2mm thick (about 1.3mm thick base material), though you can get a 2mm thick edge that is 2.5mm wide. So to sound more impressive, they just list the edge width and leave out the thickness.
And then there are other brands that literally don't know the materials they are using or how a ski is constructed and list the edge widths as thinner than the base material, or incorrectly as equal to the base material, and a bunch of other funny stuff.
As for the ski edges without teeth...the thinking behind it is that the edge is more solid throughout the ski and thus less susceptible to edge cracks. The bad part is that the design relies completely on the surface bond on the ski edge for edge retention. Once it fails, it fails fast. With a typical ski edge with edge teeth, the gaps in the teeth allow for materials to be pressed in those spaces, which allows for not only a surface bond on the surface of the edge, but a physical bond to keep the edge in the ski.