Out of the numerous systems and parts that make up heavy commercial vehicles, the braking system is among essential and with the years has witnessed rapid advancement depending on various kinds of parameters such as type of heavy commercial vehicle, braking regulations, materials of component, innovation in technology among others. For heavy commercial vehicles, brake components need to be able of handle high rates of dynamic and static forces to ensure that the vehicles stop within a minimal distance.
HCV Brake Calipers Component to Witness Higher Demand
HCV brake calipers are the components that are expected to see significant growth in the coming years owing to the regulations that mandate the use of brake calipers in heavy commercial vehicles, thereby increasing the demand in the HCV brake components market worldwide. Brake calipers play vital roles in braking systems.
In addition to the front brakes, a number of heavy commercial vehicles also use disc brakes for the rear wheels as well. As a result calipers are essential in slowing down the vehicles wheels by creating adequate friction along with the wheel rotors. Strict regulations for the safety of passengers and vehicles has resulted in mandatory installations of brake calipers in HCVs, despite high costs.
In addition to this, the growing trend of product remanufacturing is getting increasing importance among existing components. This has resulted in an overall fall in prices and reduced carbon footprints from the production sector.
Demand for Automatic Emergency Braking Systems to Increase Demand for Specialized HCV Brake Components
Rising awareness about safety standards for vehicles among drivers and manufacturers is propelling the Automatic Emergency Brake market, and consequently the demand for the relevant brake components. Governments and organizations such as the U.S. National Highway Traffic Safety Administration (NHTSA) and the Euro NCAP are actively pushing for the introduction and regulation of the use of these technologies.
Vehicles in the EU are to be compulsorily equipped with system designed for active safety, which reduce or eliminate collisions at low and medium speeds, using real-time data. It is a critical, including information about changing conditions of the road, probable movement of other vehicles, and other environmental factors.
Design and Material Innovations to Drive the Future of HCV Brake Components Development
Advanced technology and material in HCV brake components including discs and pads are seeing a good rate of adoption owing to the benefits they provide in relation to conventional counterparts. For example, high carbon discs enable optimal levels of thermal conductivity, which allows consistent performance of brakes by cooler operations. These discs have improved resistance to distortion and thermal cracking which provides enhanced stability thereby improving the driving experience significantly.
Newer brake pads, provide higher resistance to fade arising from overheating of HCV brake components, which allows quicker recovery even in wet conditions, and the pads also allows proportional braking force to the force applied on the pedal.
New technology protects brake components from water splashes which is prevents corrosion. This feature makes use of radar to monitor the vehicles distance to vehicles moving ahead, providing visual and auditory alerts to reduce the vehicle speed when chances of impacts are detected. The system also enables the automatic emergency brakes in case the driver does not respond.
Scrutiny of the global HCV brake components market provides a detailed report of the current and future scenarios of the HCV brake components market. The complete analysis on the HCV brake components market makes insights that are usable available to readers from the latest developments of the market that are raising the installation of modern HCV brake components worldwide.