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Renault and Dacia: News at the 2019 Geneva Motor Show
PRESS RELEASE 20190221 RENAULT AND DACIA: NEWS AT THE 2019 GENEVA MOTOR SHOW World premiere for the New Renault Clio: the brand's icon undergoes a revolution The New Renault Twingo presented for the first time Dacia will present its new Ultimate limited edition Rendezvous on Tuesday, March 5 at 8:15 am on the Renault stand (Hall 4) to follow the press conference (live on www.group.renault.com) Groupe Renault managers will be available for interviews. Please contact the press service with requests. BoulogneBillancourt, February 21, 2019 – Renault and Dacia are looking forward to meeting you to discover their new products: The New Renault Clio Renault will present the New Clio, the fifth generation of its icon, with 15 million units sold. Since its first appearance in 1990, the Clio has become Groupe Renault’s bestseller worldwide, the car that has most often been crowned the French people's favorite and which has risen to the rank of leader in the Bsegment in Europe since 2013. Designed on the dual principle of ‘Evolution & Revolution’, the New Clio overturns the codes: the exterior design evolves with more maturity while the interior design has been completely redesigned. With more sculpted lines and a more assertive front end, the New Clio is more dynamic and modern. Inside, the revolution is blatant. Completely redesigned, the cabin is inspired by the upper segments, both in terms of perceived quality and available technologies. The New Clio will be the first model of the group to offer the ETech hybrid engine, based on a technology developed by Renault. -
Modeling and Structural Analysis of Heavy Vehicle Chassis Made Of
International Journal of Modern Engineering Research (IJMER) www.ijmer.com Vol.2, Issue.4, July-Aug. 2012 pp-2594-2600 ISSN: 2249-6645 Modeling and Structural analysis of heavy vehicle chassis made of polymeric composite material by three different cross sections M. Ravi Chandra1, S. Sreenivasulu2, Syed Altaf Hussain3, *(PG student, School of Mechanical Engineering RGM College of Engg. & Technology, Nandyal-518501, India.) ** (School of Mechanical Engineering, RGM College of Engineering & Technology, Nandyal-518501, India) *** (School of Mechanical Engineering, RGM College of Engineering & Technology, Nandyal-518501, India) ABSTRACT: The chassis frame forms the backbone of a needed for supporting vehicular components and payload heavy vehicle, its principle function is to safely carry the placed upon it. Automotive chassis or automobile chassis maximum load for all designed operating conditions. helps keep an automobile rigid, stiff and unbending. Auto This paper describes design and analysis of heavy vehicle chassis ensures low levels of noise, vibrations and chassis. Weight reduction is now the main issue in harshness throughout the automobile. The different types of automobile industries. In the present work, the dimensions automobile chassis include: of an existing heavy vehicle chassis of a TATA 2515EX vehicle is taken for modeling and analysis of a heavy Ladder Chassis: Ladder chassis is considered to be one of vehicle chassis with three different composite materials the oldest forms of automotive chassis or automobile namely, Carbon/Epoxy, E-glass/Epoxy and S-glass /Epoxy chassis that is still used by most of the SUVs till today. As subjected to the same pressure as that of a steel chassis. -
Reignite Your Va Va Voom Drive the Change
RENAULTSPORT REIGNITE YOUR VA VA VOOM DRIVE THE CHANGE RENAULTSPORT REIGNITE YOUR VA VA VOOM OUR KNOWLEDGE p. 3 HALL OF FAME p. 4 CLIO RENAULTSPORT p. 6 CLIO GT-LINE p. 14 MEGANE RENAULTSPORT p. 20 TRACKDAYS AND EVENTS p. 30 OUR KNOWLEDGE FROM FORMULA 1 TO ROAD CARS RENAULT - 115 YEARS OF HISTORY, UNDERPINNED WITH A UNIQUE COMMITMENT AND PASSION FOR MOTOR SPORT Renault has raced for almost as long as the company has been alive. In 1902 a Renault Type K won its first victory in the Paris-to-Vienna road race, propelled by a four cylinder engine producing slightly more than 40 horsepower. It beat the more powerful Mercedes and Panhard racers because they broke down, proving very early on that to finish first, first you have to finish. In that same year Renault patented the turbocharger, something it had not forgotten in 1977 when it was the first manufacturer to race a turbocharged Formula One car. The RS01 was initially nicknamed the 'Yellow Teapot' by amused rival teams, but intensive development eventually saw it scoring fourth place in the 1978 US Grand Prix, and a pole position the following year. Within three years of the Yellow Teapot’s arrival most rival teams were also using turbochargers. Although today’s Renaultsport RS27-2013 engine is a normally aspirated V8, as required by the regulations, from 2014 it will be replaced by a highly advanced, downsized 1.6-litre turbocharged V6 featuring a pair of powerful energy recuperation systems that feed twin electric motors. These include an Energy Recovery System (ERS-K) that harvests Kinetic energy, and a second Energy Recovery System (ERS-H) that captures Heat. -
Renault TWINGO Vehicle User Manual
Renault TWINGO Vehicle user manual A passion for performance ELF, partner of RENAULT recommends ELF Partners in cutting-edge automotive technology, Elf and Renault combine their expertise on both the racetrack and the city streets. This enduring partnership gives drivers a range of lubricants perfectly suited to Renault cars. Lasting protection and optimum performance for your engine – guaranteed. Whether changing the oil or simply topping up, to find the approved ELF lubricant best suited to your vehicle, ask your Renault dealer for a recommendation or consult your vehi- cle maintenance handbook. www.lubricants.elf.com A brand from 2016-Elf-ENG.indd 1 18/05/2016 14:20 Welcome to your new vehicle This driver’s handbook contains the information necessary: – for you to familiarise yourself with your vehicle, to use it to its best advantage and to benefit fully from the all the functions and the technical developments it incorporates. – to ensure that it always gives the best performance by following the simple, but comprehensive advice concerning regular main- tenance. – to enable you to deal quickly with minor faults not requiring specialist attention. It is well worth taking a few minutes to read this handbook to familiarise yourself with the information and guidelines it contains about the vehicle and its functions and new features. If certain points are still unclear, our Network technicians will be only too pleased to provide you with any additional information. To help you, you will find the following symbols: and These appear in the vehicle and indicate that you should consult the manual for detailed information and/or limits on operations with respect to your vehicle’s equipment. -
Ics, Low Ed. R Enault U .K. Limited C Ustomer S Ervices, the R Ivers O
Publication date January 2010. and can differ from the descriptions given. It is specifications, therefore equipment necessary and to accessories. Brochures check inevitably with become your out Renault of dealer Although date before every or purchasing effort inaccurate any has in product been some that made respects, the in to characteristics, that ensure specifications, such equipment that characteristics, or the equipment, accessories information specifications of contained or the within accessories vehicle this may on brochure be order is changed are after as as the accurate advertised. publication and date up given to below date as possible, Renault U.K. reserves the right to modify its models without notice including their characteristics, (www.renaultsport.co.uk) CHARTERHOUSE. JA N UARY 2010. PART NU MBER 7701 380 594 Renault U.K. Limited Customer Services, The Rivers Office Park, Denham Way, Maple Cross, Rickmansworth, Hertfordshire WD3 9YS-Tel.0800 52 51 50. WHY RENAULT? For the past 110 years, Renault has been one of the motor industry’s most notable innovators. Our objective has always been a practical one: to serve the needs of the people who use our vehicles. We know that it is not for people to adapt to our cars, but for our cars to adapt to people. Renaultsport cars are special. Renaultsport is more that just a badge that’s added at the end of the production line. Renaultsport is the performance arm of Renault. It produces the most exciting road cars in its class with the Renaultsport versions of Twingo, Clio and Mégane. Renaultsport is also one of the largest producers of competition cars, from rally cars to single seater race cars. -
Preliminary Listing – Model Cars Section Est. Roger L Mines (Lifetime Collection) Cars-Parts-Manuals-Books-Memorabilia Online
Preliminary Listing – Model Cars Section Est. Roger L Mines (Lifetime Collection) Cars-Parts-Manuals-Books-Memorabilia Online Auction – Friday March 19 to Sunday March 21, 2021 https://auctionsplus.com.au/auctionV2/New/#/presale/45312 Further Information – https://www.westechag.com.au/ Model Cars (incl framed pictures) Lot #’s to be confirmed (Individual model cars will be batched into Lots). Lot# Model Car Photo/s Vintage Models of Yesteryear Matchbox Y25 1910 Renault Type AG original box Gorgi 12/16 (yellow) Vintage Renault 1910? (green) Vintage Renault 1910 (cream) Vintage Renault 1910 in display box (silver/black) Vintage Renault 1910 12/16 (light blue) Vintage Renault 1911 No2 Lesney England (green) Vintage Renault 1911 No2 Lesney England (silver) Britains 1:32 Renault TZ15 Tractor Authentic Model original box Sports Renault Le Mans #5 (yellow) Renault Van 1:43 norev die cast (red - CORREIOS) original box Renault Sedan 1:43 (gold) original box Renault Clio (light blue) original box Alpine Renault #2 (light blue) Politoys – M No598 Flip bonnet & engine boot Renault Dauphine twin pack 1946 (cream) 1956 (blue) original box Renault 8 Gordini #34 (light blue) on display platform Rallye De Portugal 1964 Albino Peruire Matchbox Renault Turbo R5 original box (blue) Renault Alpine (blue) original display box 045C Renault 4 GTL (blue) Closed sun roof 1978 Vitesse in original display box V106D Renault F4 Post Van (yellow) Vitesse in original display box V98161 Renault Megane Cabriolet (blue) Vitesse in original display box V98145 Renault Twingo -
IHS Automotive Supplying the Oems Supplierbusiness Supplying the Renault-Nissan Alliance
IHS Automotive Supplying the OEMs SupplierBusiness Supplying the Renault-Nissan Alliance 2014 edition supplierbusiness.com SAMPLE IHS Automotive SupplierBusiness | Supplying the Renault-Nissan Alliance Contents Overview .......................................................................................................................................................................... 6 Global market overview .............................................................................................................................................. 6 Financial data ............................................................................................................................................................... 6 Renault-Nissan alliance financial overview .............................................................................................................. 7 Product and platform strategy ...................................................................................................................................... 9 Company background and strategy review ............................................................................................................. 9 Major model programmes ....................................................................................................................................... 10 1. Renault Clio ............................................................................................................................................................ 10 2. Nissan -
Lotus Cars Limited DELAMARE ROAD, CHESHUNT, HERTFORDSHIRE, ENGLAND TELEPHONES: WALTHAM CROSS 26181/10 CABLES: LOTUSCARS LONDON
THE (C Constructed around a backbone of racing experience ... Years of painstaking design, research and experience have reached their spectacular conclusion in the production of the Lotus Elan. Even to the untrained eye the sleek and crisp styling of the glassfibre-reinforced-plastic coach- work immediately creates the impression of a beautifully balanced motor car. Compact yet spacious, fast but also quiet and docile, superbly finished and equipped but low in price. The Lotus Elan represents so great an advance in sports car design as to be unique. LOUt S From its precision engineered twin overhead camshaft engine to its functional foam filled bumpers this · car portrays a totally new outlook in automotive engineering. I n Numerous features of the Lotus Elan are indirectly con- · ceived from its renowned sister - the Lotus Elite - and . backed by the design resources of today's most successful manufacturer of specialised performance cars, Lotus 150 O present a safe, proven, economical and unbelievably exciting sports car well worthy of the reputation which has made the Marque world famous. Full length, wide opening doors give step ease of entry for driver and passenger. The compact form ofthe Lotus inside Elan belies the well appointed spacious interior with fully adjustable, deep squab-shaped bucket seats for driver and passenger, plus occasional seating for a child. Alternatively, this space will accom- modate a carry-cot. Sliding side windows, precise door locks, glove compartment and map pockets are further features of the Elan's interior design. , ,,.$~:~~ The sloping bonnet provides \-.._Jrf'l~ . ~~.~":~:=:;;;:~= completely unobstructed . y vision of the road ahead. -
Design and Analysis of a 3-Wheleer Integrated Monocoque Chassis 1 2 3 G
ISSN 2319-8885 Vol.05,Issue.05, February-2016, Pages:0984-0989 www.ijsetr.com Design and Analysis of a 3-Wheleer Integrated Monocoque Chassis 1 2 3 G. SAWAN KUMAR , SHUVENDRA MOHAN , G. SARVOTHAM YADAV 1B.Tech Scholar, Dept of Aeronautical, SVIET, Hyderabad, TS, India, E-mail: [email protected]. 2M.Tech Scholar, Dept of Aeronautical, IARE, Hyderabad, TS, India, E-mail: [email protected]. 3M.S Scholar, Dept of Mechanical, Southern University A & M, Louisiana-USA, E-mail: [email protected]. Abstract: In this project, the design and development of integrated chassis of three wheeler prototype vehicle chassis is done, to convert the three wheeler passenger vehicle chassis into a load carrier chassis with the aim of reducing the tooling cost and increasing the rate of production. For this, the analysis is carried out by using Finite Element Analysis (FEA). The parameters checked in the analysis are the displacement of the chassis structure and stresses under static condition. The modeling of new chassis is done by using PRO-E and FEA by using ANSYS. Specifications of materials selection become a priority in order to construct the new chassis, based on the results of FEA we selected CRS-D grade (Cold Rolled Steel) of thickness 1.6mm. The best design with minimum self-weight, maximum load capacity and minimum deflection under static loading was then identified based on the results obtained through FEA. Keywords: FEA, CRS-D, Monocoque. I. INTRODUCTION Advantages: Chassis is a French term and was initially used to denote The half-axles have better contact with ground when the frame parts or basic structure of the Vehicle. -
Design and Analysis of Car Chassis Mohamad Sazuan Bin
i DESIGN AND ANALYSIS OF CAR CHASSIS MOHAMAD SAZUAN BIN SARIFUDIN A report submitted for partial fulfilment of the requirement for the Diploma of Mechanical Engineering award. Faculty of Mechanical Engineering UNIVERSITI MALAYSIA PAHANG JANUARY 2012 vi ABSTRACT This project concerns on the assessment on making an analysis of the car chassis will fit all aspects and concepts according to the rules of Eco Marathon Challenge. The objective of this project to design and analyse of car chassis. To avoid any possibilities of failure of the structure and thus to provide enough supporting member to make the region stronger in term of deformation. Finite element analysis enables to predict the region that tends to fail due to loading. Besides that, need to utilize the feature of CAE software named as FEMPRO to get the distribution of stress and strain on the chassis, both component as well as the material costing. The main objective is to study the effect of load that applied in term of driver weight, the car body and the equipment. vii ABSTRAK Projek ini menekankan pembelajaran berkenaan dengan cara–cara menganalisa terhadap casis kereta berdasarkan undang-undang yang terdapat di dalam pertandingan Shell Eco Marathon. Objektif projek ini ada untuk mebuat rekaan adan menganalisa casis kereta. Untuk menghindarkan sebarang kemungkinan kegagalan struktur casis kereta dan membrikan sokongan yang secukupnya kepada casis kereta. Analisa “Finite element” membantu untuk mengesan kawasan yang berkemungkinan akan gagal. Perisian CAE atau FEMPRO digunakan untuk mendapatkan taburan “stress” dan “strain”. Tambahan pula, tujuan utama adalah untuk menelaah kesan bebanan hasil daripada berat pemandu, berat body dan berat kelengkapan tambahan. -
Cars-Parts-Manuals-Books-Memorabilia Preliminary Listing
Est. Roger L Mines (Lifetime Collection) Cars-Parts-Manuals-Books-Memorabilia Preliminary Listing Cars/Vehicles – unless otherwise stated all vehicles are in unrestored original condition, unregistered and most stored undercover during the last 20-30 years. Various stages of condition. 4CV 1953 (light blue) – ¾ restored (interior & electrics to complete) – refer photo of Roger above. All the original parts remaining to complete this project are provided with the sale of this vehicle. 4CV Deluxe 1956 (red previously yellow/weathered) – recently stored outside R8 1100cc (grey) original SA plates Eng#688-02 #40507 Plate#3030422 R1132 #26972– original Mines family car purchased new by Rogers parents. R10 (white) – recently stored outside/interior good condition R10 1966/7 round eye (white) R10S 1970 (white/black stripe) R10 (white/weathered) – stored outside R5 TS ‘Lecar’ 1976 1500cc (blue) – ex Australian French Embassy Car R12 1979 Virage auto (green) R12 factory air (blue/weathered) – stored outside R15TS 1974 (white previously red?) Fuego GTX 1984 2L (red) R19 1.7L 1994 (gold) R20 (bluegreen?/weathered) – stored outside Engine & chassis numbers - to be notified. Model Cars Lot #’s to be confirmed (Individual model cars will be batched into Lots). Vintage Models of Yesteryear Matchbox Y25 1910 Renault Type AG original box Gorgi 12/16 (yellow) Vintage Renault 1910? (green) Vintage Renault 1910 (cream) Vintage Renault 1910 in display box (silver/black) Vintage Renault 1910 12/16 (light blue) Vintage Renault 1911 No2 Lesney England (green) -
University of Warwick School of Engineering
University of Warwick School of Engineering Chassis Design Analysis for Formula Student Car by Samuel Turner 0619743 Report Reference Code: ES327 Supervisor: Dr K. Mao i Author's Self Assessment What is the engineering contribution of this project? This project focuses on gaining primary data on the strength and stiffness of the proposed chassis for the 2009 Warwick formula student car. This data has been analysed to identify any areas that lack the necessary stiffness and also areas that could have the stiffness reduced in order to lower the total weight of the chassis. Why should this contribution be considered either relevant or important to engineering? This project can be considered relevant to engineering as it demonstrates ways in which finite element analysis techniques can be adopted and used for basic analysis of space frame style chassis’ designs in order to allow an optimal design to be achieved. The project also provides an example of how finite element analysis can be applied to many different situations and serves as an illustration of the wide umbrella of areas that it is suitable for. How can others make use of the work in this project? Other people who may find this report useful include future teams on Warwick Formula Student projects. This report can serve as a base upon which there designs can be built. The report shows areas on the chassis that are prone to high forces under certain conditions and so future teams can develop their vehicles appropriately in order to reduce the effect of these forces. ii Why should this project be considered an achievement? This project can be considered an achievement because it has shown that the proposed chassis design suitably meets the needs of the vehicle and will provide confirmation to the 2009 Warwick Formula Student team that their design is suitable for the purpose intended and will allow them to know with confidence that their design will function to the full extent that it was designed for.