MG has confirmed full pricing and specification of the new MG5 EV estate, available to order now with the first deliveries expected before the end of 2022.
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Tag: Technical
MAHLE Powertrain has announced the completion of two new facilities in Northampton, the result of a £15m investment over the last five years (including £3.6m of UK Government funding), that will deliver much-needed testing capability as the automotive industry accelerates its transition towards decarbonised propulsion. The purpose-built facilities allow MAHLE Powertrain to support customers with every aspect of development for the future of mobility, permitting the safe testing of vehicles, batteries and hydrogen technologies, under even the most extreme simulated environmental conditions.
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Contracts have been signed to commence construction on the next key phase of development at Bicester Heritage – a major extension of the Bicester Heritage Technical Site as part of the Bicester Motion Technical Cluster. The move follows the appointment of Northamptonshire-based Buckingham Group as the construction partner for the project which will be delivered in Q2 of 2020.
Thanks to the unanimous planning approval that the project has received from Cherwell District Council, the entire £10.4 million project has been comprehensively funded from the outset with the backing of Handelsbanken AB.
The commencement of works signifies an exciting new era in the history of the former RAF aerodrome with the first new-build development in more than 80 years.
Occupying land currently lying derelict alongside Skimmingdish Lane, formerly an active part of the RAF Bicester base, the New Technical Site will provide purpose-built units, allowing new businesses to join the thriving Bicester Heritage community in eight new buildings.
Built sympathetically and in keeping with their Grade II-listed surroundings, the new units – ranging in size from 5,000-17,000 ft2 – are expected to create a host of new skilled employment and training opportunities. More than 80% of the space has been pre-let in advance of the construction beginning and, with an extensive waiting list already in place for the remaining units, the New Technical Site has proved an immediate business success.
The design and arrangement of the New Technical Site, which received unanimous approval from the Cherwell District Council’s planning committee in December 2018, has been developed with a conservation-led approach. This ensures the respect of the site’s historic significance and the creation of new structures that are in keeping with the character and appearance of the wider development.
Across many areas of industry and commerce, fast-paced changes in technology, business models and consumer preferences and expectations mean that access to flexible, relevant and highly informed advice and expertise can be crucial to success. The model of internal talent creation, backed up by specialist consulting support, has served many businesses well over the years. But as new product and service innovations and disruptive technologies break down established business models and supply chains, the companies most likely to succeed are those able to adapt to this new environment – a new environment in which rapid change is the status quo, and external resource needs are project-based and diverse in terms of skills requirements, rather than predictable and ongoing.
A Greater Manchester company, MeV Ltd is addressing the twin issues of reducing vehicle emissions and improving air quality by producing innovative and affordable electric vehicles, the BeeAnywhere.
The 2020 Chevrolet Corvette Stingray’s signature sound and performance are enabled by advanced exhaust and powertrain technologies from Tenneco Inc. (NYSE:TEN). Tenneco’s Clean Air and Powertrain Business Groups supply the complete cold-end exhaust system, as well as a range of components for the eighth generation sportscar’s Small Block V-8 LT2 engine.
New real-world data on vehicle emissions will allow revitalisation of an automotive industry and global economy devastated by the COVID-19 outbreak but with cleaner air and reduced impact on climate change.
The AIR Index at airindex.com identifies the cleanest cars, giving buyers confidence to switch to cleaner vehicles, restoring an automotive industry badly impacted by the pandemic.
The freely available ratings database is the result of rigorous testing according to the legal standard method, CWA17379. It details real-world nitrogen oxide (NOx) and carbon dioxide (CO2) emissions.
It shows that clean and efficient vehicles, which have low NOx and low CO2 emissions already exist, without having to wait for new technology at scale.
Nick Molden, co-founder of AIR said: “As the world emerges from the impact of COVID-19, legislators, manufacturers and buyers have an opportunity to focus on the cars that will limit the rise in pollution generated by economic recovery.
Published by the AIR Alliance (AIR), the AIR Index demonstrates the risk of selecting vehicles based only on the official emissions figures that are not detailed enough to identify the cleanest cars. A Euro 6 vehicle may be clean, or it may be dirty, but the official data do not give enough clarity to differentiate.
The AIR Alliance is a growing group of international organisations that share a vision. You can read more about us, the AIR Index and access the data for yourself at airindex.com.
-1200x1043.webp "Tenneco IROX® 2 receives 2020 Automotive News PACE Award 12")
Tenneco Inc.’s Powertrain business group has been recognized with a 2020 Automotive News PACE Award for its second-generation polymer bearing technology, IROX® 2, a universal solution for all engine applications. The prestigious PACE award recognizes automotive suppliers for superior innovation, technological advancement and business performance.
An industry leading development, Tenneco’s IROX® 2 bearings provide outstanding seizure and wear resistance, load capacity and conformability for the most critical engine operating conditions. The IROX 2 coating features an enforced polymeric binder material with a highly effective synergistic filler composition and can be used for nearly every engine application, from high-performance sports cars to large heavy-duty diesel trucks. Since the launch of IROX 2, nearly 10 million bearings have been produced using this advanced technology, with that number expected to grow to more than 40 million units by 2022.
The 26th annual PACE Award was presented by Automotive News and Automotive Parts Manufacturers’ Association (APMA). The competition was open to suppliers who contribute products, processes, materials or services directly to the manufacture of cars or trucks. The Automotive News PACE Award is accepted around the world as the industry benchmark of innovation.
Tenneco’s Powertrain business group has had a successful history with PACE, earning 17 awards since 2006. The company has received PACE recognition for innovative products including: DuraForm-G91® piston alloy; MicroTorq® sealing technology; DuroGlide® low friction ring pack technologies; lead-free engine bearings; IROX® first-generation polymer engine bearings; High Modulus Bonded Piston technology; EcoTough®-coated piston; LKZ-Ring® High-Temperature Alloy (HTA) gaskets; Goetze® Diamond Coating (GDC®) for piston rings; and the company’s Monosteel® diesel piston.
Castings specialist, Grainger & Worrall has been recognised for its pioneering “Next Generation” castings work with a Queen’s Award for Enterprise: Innovation in 2020.
The Award acknowledges GW utilising its expertise and technology in casting design & simulation, materials development, digital sand printing and dimensional & integrity validation to deliver the best castings service in the world.
Matthew Grainger, CEO, Grainger & Worrall, said: “We are exceptionally pleased to be recognised by the Queen’s Awards for Enterprise, especially as it is the third time we have received such an award and underlines our ongoing commitment to be a global leader within our industry.
Grainger & Worrall has developed Next Generation castings in response to the challenges faced by the global transport industry in terms of reducing emissions and fuel consumption. “The automotive market is moving towards ever more complex and structurally sound castings,” says Grainger. “This is particularly the case in high performance aluminium alloys, and our knowledge and experience combined with our state-of-the-art facilities means we have been able to develop the next generation of aluminium and non-ferrous castings.
“By blending digital manufacturing and 3D sand printing with our design and materials experience, we are enabling customers to design, produce and validate complex components within a compressed timescale.”
Grainger concludes “Our Next Generation innovations deliver real benefits for component suppliers in reduced cost, improved efficiency and rapid turnaround. We look forward to working with the industry to maximise these benefits when current restrictions are lifted.”
