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Added on the 19/06/2019 07:14:29 - Copyright : Auto Moto EN
LEVC (London Electric Vehicle Company) is set to revolutionise the commercial vehicle segment with the launch of VN5, its new electric light commercial van. Available to order now, first VN5 deliveries will commence in RHD form in Q4, with LHD models available from March 2021.VN5 has a flexible zero emissions capable range of over 300 miles (484 km)1 delivered by LEVC’s innovative eCity electric technology. It also uses with the same reliable, hard-working construction as LEVC’s highly successful TX taxi.With up to 5.5m3 capacity, VN5 cargo capacity easily accommodates two Euro sized pallets with a gross payload of 830kg. It has been built with a large side-loading door (enabling a pallet to be side-loaded) and a 60/40 split door at the rear to make loading and unloading easy for the driver.
Ducato was founded in the largest light commercial vehicle plant in Europe: the Sevel plant at Atessa, in Val di Sangro. Here, since 1981, the bases are created that, after the conversion work of the builders-campers, arrive on the roads as recreational vehicles. From the Abruzzo lines six generations of Ducato have set off for roads all over Europe, conquering hundreds of thousands of users thanks to the numerous body variants, the square and regular shape of the cargo area, the versatility of the chassis and driving. These qualities make it the best seller in the main European markets and make it an ideal basis for conversion to campers. The registrations expected in the sector for 2018 are over 120,000, equal to an increase of about 10 percent compared to last year. The demand, therefore, increases year by year, for a growth that involves all the markets and is equal to about 50 percent in four years.
Hundreds of tractors block streets around the EU's headquarters in Brussels as ministers met to seek ways to streamline farming rules and red tape that have fuelled protests around the bloc. IMAGES
Kia has revealed its Platform Beyond Vehicle (PBV) future strategy at the 2024 Consumer Electronics Show (CES) in Las Vegas. Kia’s PBV business will initially be based around the introduction of an all-new, modular vehicle, previewed by the Kia Concept PV5.This future vision was presented alongside a multi-phase plan that will see PBVs revolutionize the mobility industry while helping to advance Hyundai Motor Group’s ambitions in robotics, Advanced Air Mobility (AAM), and autonomous driving.Kia PBVs are a total mobility solution that combines fit-for-purpose EVs with advanced software solutions based on the Hyundai Motor Group’s software-to-everything, or SDx, strategy. As a Platform Beyond Vehicle, Kia PBVs will open the door to new businesses and lifestyles by redefining the concept of space thanks to advanced, tailored interiors that provide ultimate freedom and flexibility.
Morgan Motor Company is planning its electric future and sharing details of a new development vehicle that will act as the forerunner to all future electric Morgan sports cars. Referred to as ‘XP-1’, the experimental prototype will provide key information to the engineers and designers at Morgan as they embark on creating the company’s first production electric models. Developed over the last 12 months by Morgan’s team of engineers based in Malvern, Worcestershire, XP-1 is based on Super 3’s aluminium platform.The striking prototype is not intended for production but has been created to enhance thinking in several key areas including driving characterisation, powertrain development, in-house EV competence and training, and new feature ideation and testing. Following 12 months of design and build, XP-1 will now embark on a comprehensive testing programme during the next 18-24 months, undergoing continual evolution to test new technology and features.XP-1’s battery, motor and inverter combination represents Morgan’s first powertrain, internal combustion or battery electric. The powertrain, engineered specifically for XP-1, gives Morgan’s engineers complete control of calibrations that vary the throttle and regeneration level at different speeds, in order to create a range of driving modes featuring a mix of driving characteristics. To aid with the identification of suitable component combinations for the powertrain – both for XP-1 and future Morgan electric models – an in-house developed full vehicle toolchain has been created. This toolchain is key to modelling the compatibility and suitability of a range of different powertrain components, calculating the range prediction algorithm and simulating different scenarios that can help the company to benchmark against future requirements.Ensuring that future electric Morgan sports cars are lightweight – as they have been throughout the company’s 114 year history – is a key requirement. This weight requirement is fundamental in the decision for the company to create its own powertrain combination, working with key partners and utilising industry leading components. As such, XP-1’s weight is comparable to that of the production car it is based on.
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