University of Bolton, Deane Road, Bolton. BL3 5AB
Tel:
Email:
Back to menu
Back to menu
Study with an Off-Campus Partner
Back to menu
Back to menu
University of Bolton, why we are the right choice
Location - Bolton, Greater Manchester
27/11/2023
In the fast-paced world of motorsports, where every second counts, racing technology has undergone a remarkable evolution over recent decades. The relentless pursuit of speed, efficiency, and safety has transformed the way we perceive and enjoy racing.
As technological revolutions hit the tracks and ushers in an era of innovation that would redefine the very essence of motor racing. Let's take a ride through the fascinating journey of racing technology.
One of the most noticeable advancements in racing has been in aerodynamics. Back in the day, cars were like bricks hurtling down the track. Now, sleek and streamlined designs cut through the air, reducing drag and increasing speed; every angle, meticulously crafted for optimal performance.
The heart of racing technology lies in the engines. Earlier, it was all about brute force; today, it's a ballet of precision engineering. Turbocharging, hybrid systems and advanced fuel injection have turned the once-thirsty engines into efficient powerhouses. Racing technology has not just increased speed but also improved fuel efficiency, aligning with the global push for sustainability.
Racing technology in recent years has added a new dimension – data. In the past, a driver's skill was their best tool. Cars are equipped with sensors these days that gather a plethora of information during qualifying and a race. From tyre pressure to engine temperature, every aspect is monitored and analysed in real-time. This data-driven approach helps teams make split-second decisions, giving them the edge on the track.
The materials used in race cars have undergone a radical transformation: carbon fibre, a lightweight yet incredibly strong material, has become the superstar of racing. It replaces traditional metals, shedding weight without compromising strength. This not only contributes to speed but also enhances safety by absorbing and dispersing impact forces.
Speaking of safety, racing has not overlooked this crucial aspect. A helmet and seatbelt use to be the primary safety features. Today, we have advanced crash structures, HANS devices to protect the neck and even cockpit canopies. Racing technology has become a guardian angel, evolving to minimise the risks involved in the pursuit of speed.
In recent years, a new player has joined the motorsport arena – electricity. Electric racing series have emerged, pushing the boundaries of what was once thought possible. The whirr of electric motors has added a new soundtrack to the racing arena and the focus has shifted to battery technology, charging infrastructure and sustainable racing practices.
In the age of smartphones and instant connectivity, racing has embraced technology to bring fans closer to the action. Live telemetry, in-car cameras and augmented reality apps provide viewers with a front-row seat, allowing them to experience the intensity of the race from the comfort of their homes, or wherever they are.
The evolution of racing from basic engines to today's precision engineering, aerodynamics, and data-driven decisions, it's a fascinating journey. For those eyeing the University of Bolton's Motorsport Engineering Programme, this evolution is a sneak peek into the dynamic field they're about to enter.
The checkered flag not only signals the end of a race but also the start of an exciting academic journey at the University of Bolton, where students can enjoy studying in the UK’s any National Centre for Motorsport Engineering. Contact us at 01204 903903 or send us an email at enquiries@bolton.ac.uk and get ready for a fast track to success!
Download the app for your smartphone from:
University of Bolton, Deane Road, Bolton. BL3 5AB
Part of the University of Bolton Group
University of Bolton, Deane Road, Bolton. BL3 5AB
Part of the University of Bolton Group