Products
An Intro to Cycling Aerodynamics
The Science of Aerodynamics in Cycling Aerodynamics plays a crucial role in cycling performance, as it directly impacts the rider's speed, efficiency, and overall energy expenditure. Here, we'll explore the fundamental principles of aerodynamics, how body shape and position affect...
Traditionally calf guards in triathlon have been worn for compression benefits. Tight fitting fabric provide stability to the calf muscles to help reduce fatigue. But the performance benefits of an aerodynamic calf guard can outweight that of a compression sleeve. To demonstrate...
High Speed Base Layer Development and Testing
The High Speed Base Layer brings cutting edge aero gains to speeds of 50kph+
TT Skinsuit 2.0 Vs. The Neo Suit 1.1 and Aero Base Layer
Comparing TT Skinsuit 2.0 and Neo Suit with Aero Base Layer The Neo Suit, when paired with out Aero Base Layer is our fastest skinsuit. But just how much faster is it than our next best suit, the TT Skinsuit 2.0?...
So you have aero socks, but you're looking to add more even more aero savings to your race day kit. Enter Aero Sleeves! To test out just how many Watts you could save by adding aero sleeves, we headed to...
Cycling demands a great deal of energy and endurance from the body. The leg muscles, particularly those of the quads are placed under heavy aerobic and anaerobic stress in training and racing. Compression leggings have been widely used as a...
Aero overshoes or aero socks? What's the difference between them and is it worth getting overshoes is you already have aero socks. To clear up this question we've tested the options so you know whats best for you. Rule 28 UCI...
Aero socks are now ubiquitous in cycling, from Grand Tours through to weekday crit racing thanks to the huge aerodynamic savings that can be achieved with very little cost or effort. There are now many companies offering their own aero socks...
The Aero Base Layer - A New Era of Aero
Cycling Aerodynamics The aerodynamics of cycling clothing is all about reducing the drag generated by the rider. The human body isn’t designed with aerodynamics in mind. Adaptions can be made through changes to riding position, but this still leaves us...