Cycling keeps evolving every day with the new technological advances that come in place. They help to enhance the performance for cyclists. The improvements made on various bicycle parts are mostly incorporated in modern technology.
The aim of these improvements is to support the cyclists and their teams. They help to run the sport as well as individuals just for self monitoring and improvement.
There are several key recent technological advancements that help to improve cycling as a whole. These are not the only ones but we review them to allow you appreciate how they shape the cycling world. They cover important aspects of cycling and are spread across various categories of cycling.
The improvements are made to cover the bicycle itself, apparels as well as the accessories used by the cyclist.
The use of GPRS tracking systems
The GPRS tracking systems are currently fitted on helmets, cycling watches, pedals and other apparels. They monitor movement and help in navigation when cycling. Gprs trackers mostly use satellite technology to enable signals to be received from the locations of the cyclists.
Bicycles are fitted with trackers to help cyclists navigate new routes. They also give accurate and up-to-date data to the cyclists and their teams.
Bike helmets with lights
Bike helmets are fitted with lights at the front to help the cyclist easily navigate dark areas. They are useful in places where visibility is poor. They provide additional light to help access the cycling route with ease.
Most of the best bike helmets with lights are used for night rides. They can be of help when darkness covers the area before one reaches their destination. Helmets are also fitted with Multi-directional Impact Protection System (MIPS) which is a modern brain protection system.
MIPS is a very advanced and commonly used in professional cycling. It is designed to reduce rotational forces that may impact on the helmet and cause injury. It detects any forces that may occur inside the helmet when a cyclist is wearing it.
Modern cycling pedal systems
Pedals are very important parts of a bicycle that every cyclist uses to power the bicycle. There are many pedals with toe clips that come with most bikes in the market. A new production technique is also gaining popularity where clipless pedals are becoming the norm.
They are made of pedals and cleats that usually attach to the sole of the shoe. They match with it in order to enable the cyclist ride the bicycle. This pedal technology can now be used even on some of the best Cycling Pedals for Knee Problems.
Wireless speakers for entertainment
When cycling, it is supposed to be an enjoyable experience and not just a physical activity that consumes your body energy. Communication with your teams can be enabled using some of the best Wireless Headset Microphone for Speaking to ease communication.
These are light and can be easily fitted on the cycling clothes through the helmet. They make communication easy as once cycles through a given route. Wireless speakers usually cover a given range of distance in order for the signal to be clear. This helps the people communicating to hear one another.
Clarity may be achieved through Bluetooth or simple satellite connections that make communication possible in a given area. They are the best since they save the cyclist the problem of having to carry along long coded cables. The short attached codes and earpieces just help meet the purpose.
Conclusion
Cycling is no longer the traditional casual way that has existed without key improvements made to enhance the riding experience. The above named major technological improvements have greatly improved the cycling experience by enabling easy communication, monitoring of vital parameters and navigation through new routes and terrains when cycling.
The more enjoyable the cycling experience is to a cyclist, the more they feel to continue doing it and even exploring more possibilities in different races. For individual cyclists who just aim to ride for fun or to keep fit, these improvements help to also ease their physical input through the process.