Powerslide Phuzion Argon Scarlet 100 Trinity, 44

The Powerslide Phuzion Argon Scarlet 100 Trinity roller skates are inline fitness skates suitable for women with slimmer feet. The black-gray shell is made of strong and lightweight glass fiber reinforced plastic with an upper made of polyurethane (PU) nano-leather and nylon mesh. The PHUZION Argon Scarlet 100 skates feature a closure system that includes traditional lacing, a solid cuff buckle, and a 45-degree ratchet buckle that locks the heel in place for better control and comfort. TRINITY mounting system improves control and power transfer to the Elite aluminum frame with three 100 mm diameter wheels.

Trinity System

The Trinity frame of the Powerslide Phuzion Argon Scarlet 100 Trinity roller skates is attached with three screws instead of the classic two (one under the heel, two under the toe). This solution allows the wheels to be brought as close as possible to the shoe, lowering the center of gravity and increasing stability. In addition, this system more reliably dampens ride-induced vibrations, better transmits rebound force and provides more control over the ride itself. The wheel axles are screwed directly into the frame body from one side.

Other advantages of the Powerslide Phuzion Argon Scarlet 100 Trinity skates, 44

The Torsion Bar system is used in shell construction and allows to build light and stiffer shells without increasing weight. The benefits are higher durability and improved power transfer with every step. The 3D Casted cast frames are moulded around the wheels to improve power transfer. The 3D design increases rigidity and offers similar characteristics to CNC-built chassis. With a lower centre of gravity and robust construction, cast frames are popular for acceleration, handling and top speed. Stride Bar reinforcement is located in the lateral part of the skate and adds support and perfect power transfer to the rebound. The height-adjustable HABS Brake system has a shorter braking distance thanks to a larger contact area. If the pad wears out, it can be lowered to maintain the best braking point for the greatest safety.