IQON ACT CL Team Inline Skates
$573.99 CAD
SKU:10607
Availability:Out of Stock
IQON ACT CL Team Inline Skates. Introducing the Interlink concept – the revolutionary, patent-pending technology that will transform your skating experience. The Interlink boot offers ultimate flexibility, performance, and control, accommodating all types of skating and skate mountings in one versatile boot. INTERLINK = UFS Mount incl. Wizard + 165 CL Mount + Trinity Mount
IQON ACT CL Team Inline Skates guarantee the lowest possible height for all mountings. Quick and easy to change and...
Categories:
IQON ACT CL Team Inline Skates are perfect for Urban and Wizard skating
- Boot: ACT White Urban with UFS mounting
- Closure: Upper strap, laces
- Liner: MYFIT x Iqon Prime liner ACT edition, heat-moldable 90C
- Frames: Decode SE 3×110/4×90 allowing 1mm rocker on the middle wheels in a 4x90mm setup or a flat in 3x110mm
- Wheels: Iqon Access 90mm 85A Natural round profile
- Bearings: Wicked ABEC 9 bearings
- Weight: 1810g (size 42/43EU)
What’s in the box?
- CL (165mm) adaptor mounted on the skates (white)
- Myfit Double infusion casted PU and EVA MYFIT shock absorber
- Myfit size adjuster
- Kizer Supreme buckle
- Iqon tool
Technical Features of the ACT Boot:
- Integrated and over-injected metal plate for a strong and solid mounting platform
- State-of-the-art skate design
- Lowest hardboot for Wizard skating, specifically designed for this style
- Perfect fit for over 95% of testers right out of the box
- Lacing system with flex cuts to adjust to individual foot shapes
- Reinforced and protected sliding areas
- 100% new liner designed with MYFIT to fit the last and shape of the ACT boot
- Universal cuff system compatible with almost any cuff on the market
- New cuff with an overlap system in the front, strong, supportive, and responsive
- Integrated Interlink system with 165 – Trinity and UFS Adaptor/soulplate
- Double infusion casted PU and EVA MYFIT shock absorber
- Lightweight boot, 100% performance-driven
- Designed in cooperation with Nick Le Bruyn, University of Antwerp, and with input from the global skating community
