Powerslide Phuzion Argon Rose 100 Trinity size 37 EU / 235 mm

The Powerslide Phuzion Argon Rose 100 Trinity are three-wheeled fitness skates with a bold silhouette and stylish design, intended for advanced female skaters who want to take advantage of this construction. The skates feature a Trinity frame, where the frame is attached with three bolts instead of the classic two (one under the heel, two under the toe), allowing the wheels to be brought as close as possible to the boot, lowering the centre of gravity and increasing stability. This system reliably dampens vibrations, transfers push-off power more effectively, and provides more control over your ride. The Powerslide Elite casted Aluminium frame has a length of 243mm, making the skates agile and easy to control even at higher speeds. The wheel axles screw directly into the frame body from one side. The skates are fitted with 100mm Powerslide Infinity wheels with a hardness of 83A and WCD Freespin ABEC 9 bearings. This is a medium wheel size for this category, ideal for the city and for trails. The skate's shell provides comfortable ankle support, the outer part is made of glass-fibre reinforced plastic (GFRP) for reliable energy transfer, and the upper boot made of Nano leather and PU leather ensures high durability. The inside of the boot has anatomically shaped padding with Recall memory foam and a Myfit Skatesole EVA insole for reliable shock absorption. There are ventilation holes on the underside for better comfort. The fastening system consists of laces, a classic buckle above the ankle, and a ratchet buckle over the instep, which holds the foot firmly in place and ensures a feeling of security. The adjustable HABS brake block allows you to set any braking angle and lasts longer thanks to its moveable design. The Powerslide Phuzion boot has added fibreglass for increased strength.  

TRISKATES

With the benefits that Triskates bring, you'll never want 4 wheels on your frames again. Three-wheeled frames are lower and shorter, making them easier to manoeuvre and giving you more control. The centre wheel, positioned directly under the skater's centre of gravity, makes turns easier and the overall feel of the ride more natural. The extra PU on the wheels provides better grip in corners. And thanks to the larger wheels, the ride is faster. This makes it easier to cover more kilometres and have more fun.

X-SLOT

By combining the 'along' and 'cross' washers, an 'X' is created on the frames. The X-Slot mounting system allows skaters to move the frames under the boots in all directions to find the best individual frame setup for them. This technology can be found on both 2-point and 3-point mounting systems.          

3D CASTED

3D casted frames are perfectly shaped around the wheels. The wheels are literally enveloped, which improves power transfer. The 3D construction increases stiffness and offers similar characteristics to CNC-machined frames. Thanks to a lower centre of gravity and robust construction, casted frames are popular for their acceleration, control, and maximum speed.  

RECALL PADDING

Made from high-quality memory foams. It wraps around the foot comfortably like a sock and provides exceptional lateral support in the ankle area. The memory foam adapts to the shape of the foot almost instantly thanks to body heat. This feature will work every time you put your feet in the skates.  

STRIDE BAR

The Stride Bar is a reinforcement used on the best fitness skates. The reinforcement is located on the side of the skate and provides perfect power transfer into your push-off and excellent support.   

TORSION BAR

The Torsion Bar system is used in shell constructions and allows for building light and stiffer shells without increasing weight. The benefits are higher durability and improved power transfer with every stride.

TRINITY X

The ultimate Trinity mounting system has been improved on all shells by increasing the side-to-side range. On all the holes, the mounting space has been increased by 4mm, so you can perfectly find the ideal position and balance.