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Bowers Group Drive UWR Team’s Metrology Capabilities with Cutting-Edge Bluetooth Measurement Devices

Bowers Group has gifted the UWR team a selection of technologically advanced, handheld Bluetooth metrology devices
Bowers Group help foster innovation and precision within the UWR team

As a global leader in metrology solutions, Bowers Group has embarked on an initiative to support the University of Wolverhampton Racing Team by gifting the team a selection of technologically advanced, handheld metrology devices that utilise Bluetooth for fast and effective data capture.

The group's primary objective is to help foster innovation and precision within the UWR team, driving them towards triumph on the racing track. By equipping the team with top-of-the-line metrology devices that adhere to industry standards, it helps to significantly boost their motor racing abilities as well as enhancing the students' learning experience.

Data Analysis and Collaboration

The team's metrology arsenal has been significantly enhanced with the latest additions, featuring the highly advanced Sylvac digital caliper and the cutting-edge Bowers DigiMic, developed exclusively by the company. These devices are equipped with Bluetooth technology, enabling swift and precise data capture.

Additionally, Bowers has taken a step further by introducing Sylcom Pro, a powerful support system that facilitates data analysis and collaboration. This comprehensive software offers a wide range of functionalities, including the ability to display values in various modes, upload part drawings with dimensions, showcase agreed-upon tolerance levels, and provide pass/fail readings.

The collected data can be effortlessly exported to Excel, facilitating its utilisation in generating reports. Furthermore, the M-bus modules enable seamless connectivity with multiple probes and instruments, further enhancing the versatility and compatibility of the system.

Elevating Performance

Harnessing Bowers Group's expertise in metrology data management and analysis software, the team gains an unprecedented advantage in their ability to swiftly, accurately, and comprehensively process, visualise, and interpret measurement data. This capability empowers them to make precise, data-driven decisions that exceed traditional racing boundaries, elevating their performance both on and off the track.

Paul Bates, Technical & Business Resource Manager at the University of Wolverhampton said: “It’s our responsibility to teach students on the ground about industry standard procedures, equipment, and software that they will use in their future careers once they leave university. The Bluetooth-enabled hand tools and SPC software from Bowers Group are industry standard and therefore the perfect way to ensure our students get the best start.

This donation from Bowers Group allows us to take an important step forward in our teaching both for the Racing Team and at the School of Engineering’s metrology room.”

By leveraging this new technology, the team optimises every aspect of its racing performance, identifying areas for improvement, leveraging their newfound understanding of metrology principles and its profound application in the dynamic racing industry. This collaborative approach creates an environment conducive to continuous learning, bringing about a relentless pursuit of knowledge and growth that propels the team to the forefront of their field.

Driving Success on the Track

The partnership between Bowers Group and the University of Wolverhampton Racing Team aims to empower aspiring engineers to push the boundaries of innovation and performance. By providing access to this industry-standard metrology tooling and fostering a culture of precision and excellence, the collaboration is helping shape the future of motor racing engineering.

The team's ability to leverage advanced measurement tools, analyse data, and work with industry experts positions them for success on the track and in their future careers by gaining valuable hands-on experience, allowing them to stay at the forefront of technological advancements in the field.

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