air-oh-eks-tensh-yuns
Noun
Handlebar extensions used to improve aerodynamic positioning
Example usage: I'm adding some aero-extensions to my road bike for a more aerodynamic riding position.
Most used in: Long-distance road cycling and triathlons.
Most used by: Competitive cyclists looking for an aerodynamic advantage.
Popularity: 8/10
Comedy Value: 3/10
Also see: Aero bars, clip-on aerobars, tri-bars, base-bars,
What are Aero-Extensions?
Aero-extensions are a type of handlebar extensions used in road cycling. They are designed to reduce wind resistance and improve aerodynamics, allowing cyclists to ride faster with less effort. The extensions are typically mounted on the ends of the handlebars, and are used in combination with aero bars or clip-on aerobars.
Aero-extensions are popular among competitive cyclists, as they can provide a significant advantage in time trials and other races. In fact, studies have shown that the use of aero-extensions can reduce drag by up to 10%, resulting in a time savings of up to 20 seconds over 40 kilometers.
In addition to improved aerodynamics, aero-extensions also offer a more comfortable and ergonomic riding position. This can be beneficial to cyclists who suffer from wrist, neck, and shoulder pain while riding in a traditional position.
Overall, aero-extensions are an important piece of equipment for competitive cyclists looking to gain an edge over their competition. While they may not be necessary for recreational cyclists, they can be a great way to improve performance and comfort on the bike.
.A Brief History of Aero-Extensions in Cycling
The term “aero-extensions” was first used in cycling in the early 1980s. It was coined to describe the aerodynamic handlebar extensions that had become popular among competitive cyclists. At the time, these extensions were usually made of plastic or aluminum and attached to the handlebars of road and track bicycles.
The idea of using aero-extensions to reduce air drag and improve performance was first introduced in the early 1980s by aero-dynamicist Dr. John Cobb and cyclist and bike designer Ben Serotta. The two developed a prototype of aero-extensions for the US Olympic Cycling team and tested them in the wind tunnel. The tests showed that the aero-extensions improved the aerodynamics of the bicycle, reducing air drag and improving the rider’s speed.
Since then, aero-extensions have become an important part of the cycling world. They are used in all types of cycling, from road racing and time trials to mountain biking and triathlons. Today, aero-extensions come in a variety of shapes and sizes, and are made of materials like carbon fiber and titanium.
Aero-extensions have become an important part of the cycling world, and the term is now used to describe any type of handlebar extension that is designed to reduce air drag and improve a cyclist’s performance.
