Fischer CARBONLITE SKATE JR + RACE JR SKATE IFP cross-country skis

Fischer CARBONLITE SKATE JR + RACE JR SKATE IFP cross-country skis

Fischer CARBONLITE SKATE JR + RACE JR SKATE IFP are top junior racing cross-country skis for skating technique designed for young athletes and talented racers. The model is based on the technologies of the RACE CODE racing series and offers extremely low weight, high stability and maximum maneuverability. The new lower and shorter World Cup Tip design significantly reduces the swing weight of the skis and facilitates fast acceleration and precise track control.

The lightweight Air Core Carbon with over 80% air combined with the Skating 115 construction ensures strong rebound, high torsional rigidity and stability on hard snow. The World Cup Plus base with DTG World Cup Plus treatment provides excellent glide in a wide range of snow conditions. The set includes the Fischer Race Jr Skate IFP racing binding, which is easily mounted on the integrated IFP plate without drilling.

Parameters:

Product type : junior cross-country skis with bindings
Model : CARBONLITE SKATE JR + RACE JR SKATE IFP
Purpose : skating technique (Skate)
Construction : Air Core Carbon
Base : World Cup Plus (DTG World Cup Plus)
Profile : 41–44–44 mm
Technology : Air Core Carbon, Skating 115, World Cup Tip, DTG World Cup Plus, Computer Flex Control, Power Edge, Finish First, Prewaxed, Race Code
Bindings : Fischer Race Jr Skate IFP
Shoe compatibility : TURNAMIC®, NNN, Prolink
Weight : 890g (161cm)

Other parameters:

Mounting system : integrated IFP plate without drilling
Features : very low weight, racing design, high torsional rigidity, excellent stability, fast acceleration and universal base for various snow conditions
Suitable for : sports and racing juniors with good skating technique
Advantages : technologies taken from the World Cup, lightweight Air Core Carbon, precisely matched skis thanks to Computer Flex Control, top riding characteristics and Race Jr Skate IFP racing bindings for maximum energy transfer.