Annual Engineering Dinner 2024EESW Project Awards 2024Technical Site Visit - AlkegenWales National Eisteddfod August 2023Technical Visit to Atlas CopcoVisit to the Michael Beetham Conservation CentreMersey Tidal Power Project Quadcopter presentationTalk and site visit to Ynni OgwenHydrogen – Helping to meet the UKs Net Zero targetsJoint Lecture with RAeS A 350 – Diverse FutureMarine EnergyAdvanced Manufacturing Research Center (AMRC)STEM activity Raytheon Quadcopter Challenge 2021, Regional Final.Behind the Scenes at the RAF MuseumThe Seven Ways to Engineer ResilienceSixth Form Project Assessments and AwardsTechnical Lecture: - “Climate Change and Renewable Energy – The solutions and their problems”Presidential Visit Oct 2019Technical Lecture Automobile Division Chair’s Address - 100 Years of Bentley MotorsWirral Arts Festival – How engineering and technology are transforming the healthcare sector!Technical Lecture - The U-Battery, providing local low carbon energy? Visit to the Queensway (Birkenhead) TunnelWales National Eisteddfod 2019New Members Event July 2019Technical Visit to Hoylake Station- June 2019Technical Visit – Tata Steel- Apr 19Technical Lecture Arion 5- Feb 19Atlas Copco Visit- Nov 2018Energy Storage Talk- Nov 2018Wirral Arts Festival- Oct 2018Urenco Site Visit July 2018New Members Event July 2018UAS Challenge June 2018Community Hydro visitCammell Laird- Apprentice VisitEESW Big Bang - March 2018Annual Dinner - March 2018Land Rover 4x4 Schools Technology Challenge Jan 18Space Debris Jan 2018IMechE Engineering Heritage Award - The Daniel Adamson - a fully restored 1903 steam shipEngineering Your Future Careers all day Event- NOv 17Vist to Vauxhall Motors Ellesmere Port Nov 2017Quadcopter Challenge - Nov 2017School's Challenge - Nov 2017Skills Cymru 2017Engineering Your Future Careers all day Event - OctWales GB Rally - Oct 2017Region Supporting Team Falcon F1 in SchoolsWales National Eisteddfod - August 2017Presidential Visit and Annual Dinner - March 2017Bangor Science Festival - March 2017Solar Vehicles - Jan 2017Wave Energy Technical Lecture - Nov 2016Technical Visit to Toyota (Deeside Plant) - May 2016Wales GB RallyRegion Supporting Team Tachyon F1 in SchoolsTechnical Visit to RWEs Dolgarrog Hydro Site - May 2016Technical Visit to Electroimpact - May 2016Breaking the Human Powered land speed record - April 2016EESW Big Bang Event and IMechE Award - April 2016Farwell to Magnox - Seminar - Oct 2015From Formula 1 to Everyday Use (part of the Heswall Arts Festival ) 1 Oct 2015Vehicle Technology: Where Next? 1st Oct 2015Visit to Hoylake Lifeboat Station - Sept 2015Bright Lights and Engineering Technical Seminar June 2015Technical Visit to the Anderton Boat Lift - Oct 2013The History and Design of the Sea PloughYoung Person of the Year 2009 AwardVisit to the Deeside Power StationOpTIC TechniumSustainable EnergyProcessing Energy from WasteSir Alec Issigonis The man and his machineWaterside Most Improved Apprentice 2009

Breaking the 'Human Powered' land speed record

Members and guests were given an informative and insightful glimpse of the sheer hard work and determination of the University of Liverpool Velocipede Team to break the 'human powered' land speed record.  Attendees were provided with an overview of the project which culminated in them braking the UK 'human powered' land speed record in 2015 and the ongoing work to take the team back to the 2016 competition.  As well as listening to the presentation, there was the opportunity to ask questions as well as seeing the 'record breaking' velocipede up close and uncovered.  Everyone who attend agreed it was an excellent evening.

The team has provide more information, along with a request for sponsorship / logistics assistance and if anyone has access to a potential venue to test out this years vehicle then they would love to hear from you.

University of Liverpool Velocipede Team

The ARION project was first offered in 2013 to eight third year undergraduate students, who immediately started work on the design of a land speed bike, cumulating in a wind tunnel model being manufactured over the Summer of 2014. This model was then tested at the wind tunnel facilities at MIRA to validate the CFD design.

In 2014, as these students moved to the fourth year, a further eight new third years joined the team. These third years started designing the ARION2 ready to improve upon the initial offering, while also being responsible for parts on the ARION1 itself. Being responsible for bringing a design through its life cycle was a new experience for the students, and the practical skills developed have prepared them for life after University. The opportunity to improve their skillset by working in the University’s workshop and with external engineering companies has been invaluable to their growth as professional engineers.

In September 2015, the ULV Team set the British land speed record for fastest human powered vehicle, reaching 75mph with the ARION1 Land Speed Bicycle. Over the course of the race week, the British record was broken three times by the ULV Team, and now sits an impressive 8 mph higher. With the lessons from the desert and the skills developed over the previous year, the Team threw themselves into proceeding with the ARION2.

The ARION2 will have some key design changes from its predecessor, incorporating a front wheel drive system, as well as larger wheels and a removable seat. The lessons the team have learnt have provided invaluable in the design of the ARION2, and it is currently on track to surpass the Team’s first attempt at the record.

The ULV Team are currently manufacturing the ARION2, having built fiberglass moulds for its aerodynamic shell. The carbon fibre layup of the bottom half of the shell has been finished, with the Team concurrently designing the internal components needed. Once these parts have been manufactured, they can be bonded into the shell, and the ARION2 will start to take shape.

The Team are once again racing the speed bike in Nevada in September, and are currently searching for a logistics sponsor to provide a way for the Team and the ARION2 to reach their destination.

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