RC4 MV represents the next generation of high performance ski boots. The RC4 130 MV is designed to allow skiers to push their limits and raise the level of their skiing. Adjustable VACUUM shell plus iFZ Performance liner tensioned with BOA H+i1 system guarantee a secure fit and accomodate a wide range of foot shapes.GripWalk to master any conditions.

Technologies

BOA Fit System - H+i1

• Dialed in. Locked in. Confident. This new high power and high strength BOA system was developed specifically for use on alpine boots to promote shell wrapping and pressure distribution. Precision fit with on-the-fly tightening and loosening.

FISCHER Scan-Fit Last

• Next generation of last built leveraging hundreds of thousands of customer foots scans obtained through the FISCHER Scan-Fit App. Guarantees an anatomic fit that provides increase power transfer and control.

GripWalk Sole

• The GripWalk soles (ISO 23223) offer end users the ultimate in natural walking comfort, safety across slippery terrain, and ski performance. This is achieved through pronounced rounded shape and convex rib profile built with co-polymer rubber material. Adult and Children's norm soles are 100 % compatible across all boots in the FISCHER range.

iFZ Liner

• iFZ (individual fit zone) Velcro outer material in the heel and ankle area of all PERFORMANCE fit liners. Allows Velcro fitting pads to be attached to reduce pressure points or increase heel hold.

Phatt Maxx Strap

• 50 mm wide power strap enhances power transfer and pressuer distribution across cuff and liner tongue. Simple cam strap allows strap to be locked down tight but also easily adjusted.

RD20 Race Canting

• The lastest generation of race canting is designed to reduce the tolerance between cuff and shell of the boot, allowing for maximum power transfer and overall control. Available in 2 and 3 point asymmetrical versions to enable cuff alignment tuning.

VACUUM

• Shells are moldable at 80°C through VACUUM and ZONE FIT process. Dynamic plastic that improves skiing experience, plus greater temperature stability and 15 % less weight.