Skis Women's On Piste Skis Nova 14 Ti (Konect)
CHOOSING THE RIGHT FIT
Your choice of ski, boot design and size will always be a very personal and subjective decision. Here we have compiled some factors that should be taken into account when deciding on which ski size to choose.
Optimal ski length is determined according to (in order): weight, physical ability, skier height and type of skier (aggressive/non-aggressive). Less aggressive skiers should choose a smaller size, while more aggressive and experienced skiers may want to choose a size up.
- Measure your height: 175 cm
- Define your skiing level: experienced
- Choose your ski type: piste
- Calculate your required ski length: 175 + Experienced (piste) = 175 + [-5.0] = [170, 175] cm
|Beginner||Your height - 10 cm||Your height - 10 cm||Your height - 5 cm|
|Intermediate||Your height - 7 cm||Your height - 5 cm||Your height|
|Experienced||Your height - 5 cm||Your height||Your height|
|Expert||Your height||Your height + 5 cm||Your height + 5 cm|
|all_available_sizes - Sizes||153||160||167|
|skisidecuttip - Tip dimensions (mm)||123||123||123|
|skisidecutwaist - Waist dimensions (mm)||74||74||74|
|skisidecuttail - Tail dimensions (mm)||109||109||109|
|skiradius - Radius (m)||11||13||14|
|skiweight - Ski weight (kg/pair)||3.1||3.3||3.4|
Details of Women's On Piste Skis Nova 14 Ti (Konect)
|sku - SKU||RAILE01 000|
|descr_weight - Weight||3,4 kg/pair (160cm)|
|skisidecut - Sidecuts dimensions (mm)||123 - 74 - 109|
|skiprofilesidecuts - Sidecuts profile||Oversized|
|skiprofilerockerheight - Rocker||On Trail Rocker|
|skiconstructionstructure - Construction||Rectangular Sidewall|
|skiconstructioncore - Core||Poplar Wood Core|
|skiconstructionreinforcements - Reinforcements||Titanal|
|skiconstructionother - Other||Carbon Alloy Matrix|
|skisystem - Bindings system||Konect|
Hard Snow Precision
On-Trail Rocker profile balances instant turn initiation with explosive power and edge grip
Smooth Stability, Full Control
Adapted from Line Control Technology for a more accessible flex, LCT Soft eliminates counter-flexing for fluid stability in all conditions
Balanced Flex, Full Power
Carbon Alloy Matrix creates a balance of flex, edge grip and vibration absorption for maximum power
Oversized sidecut delivers powerful carving performance
Smooth, Powerful Feel
TItanal layers absorb vibration and transfer power to ski
Why choose the Women's On Piste Skis Nova 14 Ti (Konect)
Originally developed in the race department, Rossignol's patented LCT technology has been adapted to offer fluid stability and control with a more forgiving feel. Featuring a softer central "power rail" integrated from tip to tail, LCT SOFT eliminates counter-flexing to ensure consistent and smooth stability for confident control of your line.
TITANAL laminates optimize dampness, stability, and torsional rigidity for maximum power, precision, and downhill performance.
Designed for on-trail precision, our ON TRAIL ROCKER profile features traditional camber through 90% of the ski length for explosive power, snap, and edge grip, with subtle tip rocker (10%) for easier turn initiation and control.
Combining deep carving sidecuts with wider, modern waist widths, our OVERSIZE SIDECUT delivers powerful carving precision and edge grip with increased stability and control.
This more accessible and durable ROSSITOP CAP construction (no sidewalls), offers lightweight ease-of-use, more comfortable ski-ability, and increased resistance to chipping. The POPLAR wood core ensures a good balance dampness, elasticity, and weight savings.
RECTANGULAR SIDEWALL constructions feature a horizontal layering of core materials (wood, fiberglass, metal, etc.) combined with full-length vertical sidewalls to deliver optimized edge grip, precision, balance, and power.
While some choose to charge hard, others prefer a more relaxed approach to the slopes. Our new ADAPTIVE FLEX answers the needs of every skier with three unique flex profiles (BOOST, ACTIVE, ASSIST) to ensure the right flex for the right feel. BOOST FLEX is designed to deliver the most responsive energy transmission for dynamic power and performance.