At 6:00 pm on November 14, 2022, Bola and Pakistan National University of Sciences and Technology (NUST) signed a DOA online, aiming to carry out research and promotion in the field of electric vehicles in Pakistan. During this meeting, representatives of all the included parties addressed the speech
Read moreSince the establishment of Bola in 2019, with the gradual cooperation with Far-UK, it has quickly developed and been An influence that cannot be ignored in the field of carbon fiber composite materials industry. In 2021, Bola started to get the attention Huateng Venture Capital of The Rock
Read moreTen years ago, Far-UK Ltd was founded to make a difference by developing better technology through its innovation in lightweight design and manufacturing. Since its inception, Far has solved a large number of engineering challenges, many of which have been in the transport and mobility sectors.
Read moreLegislation is pushing the automotive industry to develop more sustainable vehicles. The complexity of a vehicle’s product lifecycle results in an array of sources of carbon emissions. This complexity, along with cost considerations, leads to a number of competing design requirements that
Read moreHow do you develop a new lightweight panel that will absorb impact energy and protect users while controlling cost?
Read moreThe ATTIC project has focused on the development of a fully automated drilling, monitoring and inspection solution for glass fibre composites. High-resolution laser profilers are used to monitor composite drilling tools to ensure that the level of wear is acceptable prior to each operation. This will be combined with machine learning techniques to optimise tool-processing parameters such as drilling speeds.
Read moreFar-UK Ltd has been working with Nobe Cars USA to produce an innovative lightweight electric vehicle in carbon fibre composite.
Read moreFar-UK Ltd is pleased to have participated in the Innovate UK research programme RoboMade, Digitally Enabled Ultrasonic Assisted Robotic Machining, which has now reached its conclusion after running for thirty months. The company has gained valuable learning from the research surrounding the use of robotics for the highly accurate machining of composites, and plans to integrate this into its future projects.
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