Jensen Made Their Names As Land·Rover but That Never Happened
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Exhaust Notes
Exhaust Notes Newsletter of the St Louis Triumph Owners Association Www.SLTOA.org Vol 15, Issue 12, December 2013 See page 6 In Memoriam Thanksgiving is a special season for all Americans. It gives us a time to count our Kjell Qvale blessings and to consider all the things we have to be thankful for. No matter what 1919-2013 View From Behind the Steering our economic, religious, or ethnic back- Wheel See pg 7 ground, the one thing that will come to the By Creig Houghtaling (Continued on page 7) 1 Calendar 6 Dec 2013—Annual SLTOA Christmas across from Gravois Bluffs in Fenton at 6 PM. Info at Party, Missouri Athletic Club-West, 1777 Des www.stlmgclub.com/events-calendar. Peres Rd, StL. See pg. 3. 11 Jan 2014—MGCStL Holiday Party, at Sqwire’s in La- 21 Jan 2014 – SLTOA monthly meeting fayette Square, 1415 S 18th St, St Louis. Cash bar at 5:30 PM, dinner at 6:30 PM, cost $15 per person (club 9 Feb 2014 – SLTOA Polar Bear Run. Annual all- subsidized), reservations must be made by Monday 6 weather kick-off driving event for the season, 16 January. Details including menu at February will serve as the backup date in the event www.stlouismgclub.com/events-calendar/. of really bad weather. Event route in planning, end 11 Jan 2014—Jaguar Association of Greater St Louis point at El Casa Grande del Moore (ie, Stephen y Annual Dinner and Awards Gala, at the Deer Creek Maria Moore’s), 5215 Mirasol Manor Way, Eureka Club, 9861 Deer Creek Hill, St Louis. -
The Jensen Interceptor: Chrysler-Powered British Luxury
The Jensen Interceptor: Chrysler- Powered British Luxury Allan and Richard Jensen's auto business was started before World War II, which interrupted production until 1950, when their first Interceptor was made. At the time, they made Austin bodies under contract, and the first Interceptor resembled an Austin A40 (the Jensens built bodies for a string of cars that included the Volvo P1800, Sunbeam Tiger, and Austin-Healey.) The first Interceptor used a 4 liter Austin in-line six, and was produced in small numbers for over a decade. Jensen also used Nash Twin-Ignition Eight engines for a time, and the 1962 C-V8 used a Chrysler 361 B-block engine. A number of these early Jensens made their way to the US before and after World War II. The next version kept the basic C-V8 chassis, but changed styling. Initially, an in-house convertible design was planned, but chief engineer Kevin Beattie argued for an Italian flavor. Proposals were taken from different design houses, with Carozzeria Touring winning out with a fastback coupe incorporating a rounded tail, but that house was unable to finalize the design. Vignale, instead, provided prototype and initial production bodies, rendered in steel, on CV-8 chassis sent to them by Jensen. Turnaround was quick - about four months - so the new Interceptors could be shown in London in October 1966. Jensen later used the jigs and tools, which were sent by Vignale to the West Bromwich factory. The body had two doors, a low beltline, and fishbowl rear glass in a handsome 2+2 design. -
PROJECT DP208» Bei As- Ton Martin Lagonda Ltd. Unter Der Nummer W
VOLVO P1800 - POWERED BY ASTON MARTIN 1961 WAR DER START von «PROJECT DP208» bei As- gere Zeit fuhr. Da letztendlich der Motor für VOLVO zurückzuführen. Da nach Rücksprachen mit VOLVO ton Martin Lagonda Ltd. Unter der Nummer W/O 24076 zu teuer war und auch kein Gewichtsvorteil resultierte, Schweden und auch dem VOLVO Importeur wie JEN- wurde das Motorenprojekt unter Federführung von Mr. wurde das Projekt wahrscheinlich 1964 eingestellt». SEN MOTORS die original Chassisnummer nicht eru- John Wyer, dem damaligen General Manager von As- SEIT 1974, laut Artikel aus CLASSIC and SPORTSCAR iert werden konnte, wurde in der Schweiz nach einem ton Martin Lagonda Ltd., genau am 9. März 1961 dem von Jonathan Wood, gelten die verbliebenen 2 Moto- Fahrzeug gesucht das bei JENSEN MOTORS in England Motorenkonstrukteur Mr. Tadek Marek übergeben. ren als verschollen. Auch wurde der dritte Motor mit gebaut wurde. Die Suche war erfolgreich, fand man DER AUFTRAG lautete: Dieses Projekt beinhaltet der eingeschlagenen Nummer 3 im Block und einer 1 doch in der Nähe von Basel ein solches Fahrzeug das das Design und Konstruktion von drei 2,5Ltr. 4-Zylin- im Zylinderkopf gesucht. mit grossem Aufwand restauriert und in der Farbe BRG der Motoren unter Verwendung von möglichst vielen hervorragend zu diesem Projekt passt. GENAU DIESER MOTOR wurde uns per Telefon von Werkzeugen, Gussformen und Teilen des bestehenden Herrn Wolfgang Buchholz, einem langjährigen Vertrau- DA AUSSER DEN DAMALIGEN PROJECT-SHEETS 3,7 Ltr. 6-Zylinder Motor, d.h. des DB4 Motors. ten unserer Firma, 2003 angeboten, da das Interesse keine Zeichnungen oder Fotos über dieses Fahrzeug bis DIE KOSTEN für dieses Projekt wurden mit £ 3000.— an diesem für die meisten ASTON MARTIN-Enthusias- Dato zu finden waren, haben wir uns entschlossen mit- beziffert, d.h. -
Road & Track Magazine Records
http://oac.cdlib.org/findaid/ark:/13030/c8j38wwz No online items Guide to the Road & Track Magazine Records M1919 David Krah, Beaudry Allen, Kendra Tsai, Gurudarshan Khalsa Department of Special Collections and University Archives 2015 ; revised 2017 Green Library 557 Escondido Mall Stanford 94305-6064 [email protected] URL: http://library.stanford.edu/spc Guide to the Road & Track M1919 1 Magazine Records M1919 Language of Material: English Contributing Institution: Department of Special Collections and University Archives Title: Road & Track Magazine records creator: Road & Track magazine Identifier/Call Number: M1919 Physical Description: 485 Linear Feet(1162 containers) Date (inclusive): circa 1920-2012 Language of Material: The materials are primarily in English with small amounts of material in German, French and Italian and other languages. Special Collections and University Archives materials are stored offsite and must be paged 36 hours in advance. Abstract: The records of Road & Track magazine consist primarily of subject files, arranged by make and model of vehicle, as well as material on performance and comparison testing and racing. Conditions Governing Use While Special Collections is the owner of the physical and digital items, permission to examine collection materials is not an authorization to publish. These materials are made available for use in research, teaching, and private study. Any transmission or reproduction beyond that allowed by fair use requires permission from the owners of rights, heir(s) or assigns. Preferred Citation [identification of item], Road & Track Magazine records (M1919). Dept. of Special Collections and University Archives, Stanford University Libraries, Stanford, Calif. Conditions Governing Access Open for research. Note that material must be requested at least 36 hours in advance of intended use. -
Braking Systems : Past, Present & Future
Braking Systems : Past, Present & Future Akshat Sharma*,Amit Kumar Marwah** *Student, Department of Mechanical Engineering, MIT Ujjain(M.P.) **Associate professor, Department of Mechanical Engineering, MIT, Ujjain (M.P.) Email: [email protected] A major test of brake systems took place in 1902 on an Abstract:- Humans have always been fascinated by the unpaved road in New York City called Riverside Drive. idea of going faster than before . With advancements in the Ransom E. Olds had arranged to test a new brake system IC engine technologies and then Jet Propulsion Engine the against the tire brake of a four-horse coach and the internal highest speed that vehicles can reach has multiplied drum brake of a Victoria horseless carriage. His manifold. However as the speeds of vehicles go up the Oldsmobile sported a single flexible stainless-steel band, technology required to safely stop these vehicles must wrapped around a drum on the rear axle. When the brake evolve. Braking systems have had tremendous pedal was applied, the band contracted to grip the drum. A transformations from lever type brakes on horse carriages vast improvement on brakes was born, one that would pave to multi layered carbon ceramic disc type brakes to air the way for the systems afterwards. The repercussions of brakes used on land speed record braking cars. While the which spread to every facet of the industry, even something technology used to power vehicles to higher than ever like being able to compare car insurance without the speeds is what catches popular imagination the same has advancements in brakes that have taken place. -
MULTIDISCIPLINARY ACCIDENT INVESTIGATION DATA FILE Editing Manual and Reference Information Volume II 1976 REFERENCE INFORMATION
MULTIDISCIPLINARY ACCIDENT INVESTIGATION DATA FILE Editing Manual and Reference Information Volume II 1976 REFERENCE INFORMATION HIGHWAY SAFETY RESEARCH INSTITUTE THE UNIVERSITY OF MICHIGAN ANN ARBOR, MICHIGAN 48109 MARCH 1976 CONTRACT NO. DOT-HS-5-01134 Prepared for: Department of Transportation Nationa I Highway Traffic Safety Administration Washington, D.C. 20590 TECHNICAL REPORT STANDARD TITLE PAGE . - 1. Report No. 2. Government Acccrr~onNO. 3. Rec~p~cnt'sCoto~ap No. C 1 4. Title and Ssb+~tle Multidisciplinary ~ccide$t Investigation Data March 1976 File, Editing Manual and Reference Informatio . 6. P*rforrntng Orponl ration Coao Volume I1 - 1976 Reference Information . -- -- -- ---. 1 7. Author's) 8. Perfornllng Orgon~z-at~orlReport NO. i 9. Performing Orgatxot~onName ond Address 10. Work Unit No. 1 013646 AI Highway Safety Research Institute 11. Controct or Grant No. University of Michigan I , DOT-HS-5-01134 I Ann Arbor, Michigan . , - 13. Type oi Report and Pergod C. cered 1 12. Sponsoring Agency Name anc Address April 18, 1975 through National Highway Traffic Safety Admin. April 17, 1976 Department of Transportation Washington, D.C. 20590 14. Sponsoring Agency Code -1 This report documents in two volumes the editinq conventions and reference information used in processing ~ultidisci~iinar~Accident Investigation reported- case vehicles into a time-s,hared acciden.t data bank. Volume I (Editing Manual) contains an "Annotated Collision Performance and Injury Report" Revision 3 and Air Cushion Restraint System (ACRS) Supplement. The text documents the editing procedure and the interpretations of each question (variable) on the CPIR form and its supplements. Volume I1 (Reference Information) is a compilation of reference information (e.g., original steering column I angles) available to the data editors. -
Slide Heading Appears Here (24Pt Arial)
Analyst Note> Autofacts R March 2014 Gaining traction Advanced drivetrains are fueling driver safety and experience Added security, better torque management, increased stability and affordability… these are the ingredients that have made all-wheel drive (AWD) and four-wheel drive (4WD) more attractive while preserving the driver experience. A brief look at the present and future of drivetrain technology. Vehicle Drivetrain Technologies Off-road capabilities vs. On-road performance Part-time Permanent 4WD 4WD 4WD AWD p + 4WD Part-time eMotor in wheel AWD w/lock Value gap « off-road » (AWD → 4WD) option (extreme conditions)(extreme Torque Vectoring Permanent AWD AWD Part-time capabilities AWD Value gap « off-road » road - (4x2 → AWD) off Traction Control 4 x 2 4x2 Increased Increased on-road performance (road handling) Value gap « on-road » (4x2 → AWD) Source: Autofacts Analysis 4WD, AWD, and the changing spectrum traction to be sent to the second axle. Due to its basic While the origins of 4WD technology can be traced layout, a classic 4WD system is virtually undriveable back to military vehicles in times of war, AWD on the road, but offers superior traction in soft systems have their roots in high-performance on- terrain. Therefore, most 4WD vehicles only operate road cars looking to increase mechanical traction. “part-time” – when the driver explicitly activates the Technically, the main difference between the central transfer case or the freewheel locks at the systems lies in the way driving force, or torque, is wheels. In addition, they offer the possibility to lock distributed between the front and rear axles. While the axle differentials to climb or descend terrain at 4WD systems rely on a central transfer case that steep grades while still maintaining a steady speed splits torque in a fixed ratio, AWD systems use a with either a “descent-hill-control” electronic system central differential that allows variable amounts of or specific transmission with a short first gear. -
Kjell Qvale Dies at 94; Married U.S. to Sports Cars - the New York Times
9/21/2020 Kjell Qvale Dies at 94; Married U.S. to Sports Cars - The New York Times https://nyti.ms/183z3Rp Kjell Qvale Dies at 94; Married U.S. to Sports Cars By Douglas Martin Nov. 12, 2013 Kjell Qvale, who fell in love with a forest-green, wire-wheel MG sports car in the 1940s and went on to become one of the earliest American importers of European cars, ultimately selling a million automobiles as a distributor and dealer, died on Nov. 1 in San Francisco. He was 94. His family announced the death. As a recently discharged Navy veteran, the Norwegian-born Kjell Qvale (pronounced shell KAH-vah-leh) entered the car business in 1946, using $8,500 in savings to invest in a Jeep dealership in Alameda, Calif. He had no particular passion for cars at the time; to him, this was strictly a business proposition. It was also strictly business when he made a trip to New Orleans to meet with an importer to discuss expanding his line by adding James motorcycles, a not-terribly-fast British make known for its Jeep-like practicality. There, Mr. Qvale found himself standing on a street corner when “this goofy-looking car pulls up to the curb in front of me,” he said in an interview in 2008. He asked the driver where it was made. “England,” the driver said. The car was the MG, and the driver turned out to be the importer of motorcycles he had come to see. He gave Mr. Qvale a ride. It also turned out that the importer was looking for someone to market MGs in Northern California. -
July/August 2010
VOLUME 15, NUMBER 4 July–Aug 2010 INSIDE THIS ISSUE UPCOMING EVENTS EDITOR’S BIT AGM Tour: Aug. 12th to Aug. 15th As usual, many thanks to all who Project Mini part II 4 wrote and submitted articles for Member’s Cars 6 Filberg Show : Aug.15th this issue including our regulars, Vancouver Moment 9 Rally In The Valley: Aug. 21st Walter, Les and Steve H, without Portland ABFM: Sept. 4th whom there wouldn’t be much of a Cars in Egypt 10 Roundabout. Also a special thank Historic Races 11 VCB Meeting: Sept.7th, Ocean you to John Chapman who’s work Hey Jude 12 Park Village Pub, 12822 16th Ave- has not graced these pages in a nue, Surrey (6:30 for dinner) while, we look forward to the final Louis Brier Show 12 chapter of “What Was I Thinking?” Meeting Minutes 13 ECAIP (Fort Rodd Hill Show): Sept. seeing as the Imp is nearing com- Autojumble 14 12th pletion. Welcome To OECC 14 Whistler All British Run: Sept. 18th After meeting the members of the rest of the group we MY SECRET LIFE were off once again bound for Kamloops via Lytton, Spence‟s Bridge and Logan Lake. Early on in the morning By John Chapman the sun came out which made our cruise into the Okanagan very pleasant. Normally when I go on a run with the club I‟m on my own. Well when Brits „Round B.C. came up this year my wife Emma‟s first amazement was the small town of Yale. Mary-Jane thought that it would be a good idea that one of Maybe, town is too grandeur a description. -
Jensen Motors Lotus Europa Twin Cam Competition Manual
LOTUS EUROPA TWIN CAM COMPETITION MANUAL PREPARED BY: JENSEN MOTORS, INC. 19200 SUSANA RD. COMPTON, CALIF. 90221 ( i ) FOREWORD Modifications of the type described in this booklet and/or the use of the Lotus Europe Twin-Cam for competition render the vehicle warranty null and void. Jensen Motors, Inc. and/or Lotus Cars, Ltd. will not be held responsible for any damage or injury, which may occur in the following of any procedure or changes outlined in the following text. ( ii ) CONTENTS FOREWORD............................................................................................... ( i ) INTRODUCTION....................................................................................... ( ii ) Section CHASSIS...................................................................................................... 1 SUSPENSION AND STEERING................................................................ 4 BRAKING SYSTEM................................................................................... 11 COOLING SYSTEMS (WATER, OIL AND DRIVER)............................. 12 ENG I NE..................................................................................................... 14 TRANSMISSION AND CLUTCH.............................................................. 15 BODY........................................................................................................... 21 ELECTRICAL.............................................................................................. 21 FUEL SYSTEM........................................................................................... -
The Detomaso Mangusta an Italian Exotic That Happened by Accident
The DeTomaso Mangusta An Italian exotic that happened by accident.. By Rick Feibusch In the good old days, years before the implementation of emissions and safety laws, exotic high-performance automakers woul d just build a car, display it at a few key international auto shows and start taking orders. There wasn't even a legal requirement that the manufacturer road test a prototype before the first production models were delivered to the public! Italian automakers were particularly prone to using the public to test their cars - after delivery. The DeTomaso Mangusta was a particularly interesting example. The Mangusta was born out of the ambition of Argentinian race driver Alejandro De Tomaso who, like many othe r racers, yearned to build his own cars. DeTomaso was born to a wealthy family in a small town near Buenos Aires. He left Argentina in 1955, just one step ahead of Juan Peron's goon squads, having offended the great dictator with political writings publi shed in a local newspaper. Peron, like his idol Adolph Hitler, loved sports cars and heavily supported successful drivers like Juan Manuel Fangio because he believed that if drivers from his country won races, it showed a national superiority. Since DeTomaso wouldn't play ball, he was excluded from the gravy train. DeTomaso left for Italy, the land of his grandparents with only $126 in his racing jumpsuit He met Isabelle Haskell, a rich American woman who owned and raced a Siata and a Maserati. In those d ays, women racers were a rare and unproven commodity, and Ms. -
Alan and Richard Jensen Produced Their First Car in 1928 When They
Alan and Richard Jensen produced their first car in 1928 when they converted a five year old Austin 7 Chummy Saloon into a very stylish two seater with cycle guards, louvred bonnet and boat-tail. This was soon sold and replaced with another Austin 7. Then came a car produced on a Standard chassis followed by a series of specials based on the Wolseley Hornet, a popular sporting small car of the time. The early 1930s saw the brothers becoming joint managing directors of commercial coachbuilders W J Smith & Sons and within three years the name of the company was changed to Jensen Motors Limited. Soon bodywork conversions followed on readily available chassis from Morris, Singer, Standard and Wolseley. Jensen’s work did not go unnoticed as they received a commission from actor Clark Gable to produced a car on a US Ford V8 chassis. This stylish car led to an arrangement with Edsel Ford for the production of a range of sports cars using a Jensen designed chassis and powered by Ford V8 engines equipped with three speed Ford transmissions. Next came a series of sporting cars powered by the twin-ignition straight eight Nash engine or the Lincoln V12 unit. On the commercial side of the business Jensen’s were the leaders in the field of the design and construction of high-strength light alloys in commercial vehicles and produced a range of alloy bodied trucks and busses powered by either four-cylinder Ford engines, Ford V8s, or Perkins diesels. World War Two saw sports car production put aside and attentions were turned to more appropriate activities such as producing revolving tank gun turrets, explosives and converting the Sherman Tank for amphibious use in the D-Day invasion of Europe.