Octaviaheritage DRIVING DAY 1959-2019

Total Page:16

File Type:pdf, Size:1020Kb

Octaviaheritage DRIVING DAY 1959-2019 OctaviaHERITAGE DRIVING DAY 1959-2019 PRESS INFORMATION Octavia1959-2019 MODEL: OCTAVIA CODE: TYPE 968 INTRODUCED: 1959 BUILT: MLADÁ BOLESLAV KVASINY 1959-1971 2 CONTENTS INTRODUCTION 05 BACKGROUND 06 1959 OCTAVIA 07 OCTAVIA REBORN - MK1: 1996-2004 12 OCTAVIA MK2: 2004-2013 14 OCTAVIA MK3: 2013-PRESENT 16 ŠKODA UK HERITAGE FLEET 18 PRESS OFFICE CONTACTS 40 MODEL: OCTAVIA CURRENT CODE: TYP 5E INTRODUCED: 1996 VERSIONS: 96/04/13 BUILT: MLADÁ BOLESLAV 1996-PRESENT 3 OCTAVIA 1959 - 2019 4 OCTAVIA 1959 - 2019 INTRODUCTION The ŠKODA Octavia, the brand’s most successful model both globally and in the UK celebrates another remarkable milestone in 2019 – the 60th anniversary of its introduction. Originally designed to bring affordable and high-quality motoring to as many people as possible at an unbeatable price, the design and engineering philosophies behind the Octavia remain the same today. Over the years, the multi-million selling Octavia has proved itself to be one of the most adaptable and practical cars on the market. It has set Land Speed Records, been transformed into a title-winning rally car and become one of the most trusted cars used by our emergency services. While the Octavia has been a huge sales success around the world, the British have developed one of the strongest bonds with ŠKODA’s brilliant all-rounder. More than 500,000 examples have found loving homes on our shores since the very first 1959 model rolled onto UK roads. And, six decades later, it remains ŠKODA’s top-seller with a range that includes nine equipment levels, 14 engine and transmission options and two body styles. 5 OCTAVIA 1959 - 2019 THE ROAD TO OCTAVIA After the end of WWII hostilities, ŠKODA began to rebuild its shattered factories and decimated workforce. Having been requisitioned by occupying forces during the war, car production had been reduced to a trickle while design and development of new models had stopped completely. Output shrank from 7,020 cars and commercial vehicles in 1939 to just 316 in 1945. Then, just hours after the declaration of peace was signed on 9 May 1945, retreating forces bombed the Mladá Boleslav factory, causing significant damage to the few remaining elements of the car tooling and production lines. Undaunted, ŠKODA workers set to work. Incredibly, production was able to restart on 24 May – just 15 days after the air raid. On 24 June, the very first post-war ŠKODA – a Type 256 truck rolled though the factory gates, marking the start of a new era for the brand. Car production also began, albeit in very limited numbers, thanks to ŠKODA’s canny decision to squirrel away a large number of parts before the factory was requisitioned. In 1946, a year after the war had ended, ŠKODA revealed its first ‘new’ post-war car. The 1101 Tudor was heavily based on the pre-war Popular, but it represented a significant step forward for the brand. However, building cars was still a far from simple operation. ŠKODA was forced to list the Tudor’s price without tyres as there was no government-approved supplier, while sales were briefly halted in Western Europe when it became clear that some of the car’s electronics were supplied by a company that was still on an Allied forces blacklist. By the early 1950s, many of the teething troubles of the early post-war years had been sorted. ŠKODA was enjoying strong domestic and international demand for its cars and boasted healthy order books across the range. And while factory investment was almost non-existent, the talented design and engineering teams were able to create new models that utilised existing running gear and components. The handsome 440 Spartak of 1955 was still largely based on the 1201 (which itself owed much to the pre-war Popular), but delivered a modern look and a host of creature comforts that gave it significant buyer appeal. ŠKODA 1201 ŠKODA 440 Spartak 6 OCTAVIA 1959 - 2019 1959 OCTAVIA 363,106 produced The success of the Spartak 440 and 445 models proved that market demand for ŠKODA’s stylish and OCTAVIA neatly engineered cars was higher than ever. With potentially lucrative markets such as the United States FAST FACT and India keen to embrace the brand, ŠKODA pulled out all the stops for its next model – the Octavia. The eighth post-war car to be designed and built at Mladá Boleslav, the Octavia took its name from the The Octavia’s name Latin word for eight – octo – and arrived in 1959. In terms of design and engineering, the Octavia featured was derived from the same tubular backbone chassis design as its predecessor (the 440/445) but replaced the leaf spring suspension with more sophisticated double wishbone coil spring set up that transformed the driving the Latin word for experience. A perfect example of ŠKODA’s engineering resourcefulness, the new suspension system was introduced at a fraction of the cost of a new chassis, but delivered a vastly superior ride and much sharper eight, and marked handling. To all intents and purposes, it looked and felt like a completely new car. the eighth post-war The first two-door version left the main plant in Mladá Boleslav in January 1959 – alongside its car built predecessors, the Spartak 440 and 445 for the first few weeks while parts stocks were used up. Early examples were powered by a 1.1-litre four-cylinder engine that delivered 40PS to the rear wheels via a four-speed transmission. Despite its modest output, the Octavia had a top speed of nearly 70mph and returned 30.5mpg. The motoring press praised the newcomer’s road manners and were impressed by many of the Octavia’s new features, including the asymmetric headlights that cast an even brighter beam of light at night. 7 OCTAVIA 1959 - 2019 A more powerful Octavia Super (a direct replacement for the 445) arrived later the same year with 45PS and a larger 1.2-litre engine. International demand for the Octavia rose sharply following positive media reports, with importers across Europe keen to secure examples to keep a growing band of buyers happy. On 10 March 1960, the Octavia Touring Sport (quickly abbreviated to TS) made its public debut at the Geneva Motor Show. Built as a performance variant, it offered a further modest power boost to 50PS and allowed ŠKODA to re-enter the world of motorsport. Although the factory was still struggling to find funds to develop the next generation of car, officials felt that rallying provided a cost-effective marketing tool to help generate fuller order books. Their faith in the quality, speed and reliability of the Octavia TS soon paid dividends, with the factory team recording a hat-trick of class victories on the Monte Carlo rally in 1961, 1962 and 1963. ŠKODA Trekka On 11 September 1960, ŠKODA presented the Octavia Combi in Brno for the first time. With a clever two-piece, horizontally split tailgate, the Combi again showcased the brand’s passion for innovation and practicality. Despite its compact exterior dimensions and still only being a two door model, the Combi could comfortably seat five passengers and provided 690 litres of boot space with a loading length of 0.965 meters. With the rear backrests folded down, the luggage compartment could be increased to 1,050 litres. By the early 1960s, ŠKODA’s export drive was in full swing. The Octavia’s combination of elegant looks, robust engineering and fine value made it a hit with British buyers, who were prepared to endure the considerable waiting lists in order to secure one. And it wasn’t just the UK where the Octavia was a hit. Its robust and simple underpinnings made it the perfect machine for poor roads and countries as far afield as Chile and New Zealand imported significant numbers during its production run. 8 OCTAVIA 1959 - 2019 9 OCTAVIA 1959 - 2019 10 OCTAVIA 1959 - 2019 Enterprising importers also saw the opportunity to tailor the Octavia to their specific market needs. Knocked down kits were supplied to New Zealand where local engineers would build what was known as a Trekka – a rugged utilitarian vehicle with raised ground clearance, a 500kg payload and Octavia running gear. A similar variant – badged Skopak – was developed for Pakistan in conjunction with Haroon Industries. Like the Trekka, it featured a steel skeleton capable of carrying 500kg loads and fibreglass body panels. Such was the popularity of these kits that production of the Trekka kits continued well into the 1970s with emerging economies such as Indonesia taking significant numbers. Back at the factory, however, plans to completely replace the Octavia meant that development of the current car (and almost every other product line) was effectively on hold. Government officials were pushing ŠKODA to develop a true people’s car and demanded that all design and engineering resources be redirected to the new project. However, while sales were strong, the factory was becoming increasingly inefficient. High import duties in ŠKODA’s big export markets took a further toll on profitability, and while the new People’s car project offered the design teams the chance to work on something genuinely new, the resources to develop and build it were in short supply. The development of the Octavia’s replacement was anything but smooth. ŠKODA management wanted to design a car that would truly break the mould and provide the basis of its product line for the next decade. Monocoque design was seen as the way forward, along with rear-mounted all-aluminium engines for lightness and efficiency. However, both these required significant investment and time.
Recommended publications
  • Swing-Away Conveyor Assembly Manual
    Swing Away Conveyor Portable Grain Belt Conveyor Assembly Manual This manual applies to the following brands and models: Batco, Westfield WCX, and Hutchinson HCX: 2000 Series: 2065SA, 2075SA, 2085SA, 2095SA, 20105SA, 20110SA, 20120SA 2400 Series: 2465SA, 2475SA, 2485SA, 2495SA, 24105SA, 24110SA, 24120SA Original Instructions Read this manual before using product. Failure to Part Number: P1512114 R6 follow instructions and safety precautions can Revised: November 2018 result in serious injury, death, or property damage. Keep manual for future reference. New in this Manual The following changes have been made in this revision of the manual: Description Section Important note about using a second “Square Section 3.7. – Install the Spout Roller and Hex Roller washer”. on page 22 SWING AWAY CONVEYOR – PORTABLE GRAIN BELT CONVEYOR CONTENTS 1. Safety....................................................................................................................................................... 5 1.1. Safety Alert Symbol and Signal Words..................................................................................... 5 1.2. General Product Safety ............................................................................................................ 5 1.3. Moving Conveyor Belt Safety................................................................................................... 6 1.4. Rotating Parts Safety................................................................................................................ 6 1.5. Drives
    [Show full text]
  • Removal and Lnstallation of Torsion Bar on Rear Axle (Diagonal Swing Axle) 32.1
    Removal and lnstallation of Torsion Bar on Rear Axle (Diagonal Swing Axle) 32.1 Data Model Torsion Bar Rubber mount on torsion bar mounting Part No. I Oiameter PartNo. I Aoredia. I 107 326 20 65 1 ) 19 107 326 14 81 17.5-0.5 107 .024 (USA) 107 .044 (USA) 107 326 23 6521 1B 1 16 326 0B 81 16.5-0.5 1) Previous version 2) Present version Tightening torques Nm (kpm) Hexagonal bolts of torsion bar mounting M 12x 1.5 65 (6.5) (4.5) Ball joints f or torsion bar connecting rods M 10 45 Removal 3 D isconnect connecting rod ( 1 5) on right and lef t of torsion bar (Fig. 2l . 1 Jack vehicle up at rear. 2 On veh icles with level control , sepa rate con nect i ng rod l\ for level control (3) from the lever (6) on the torsion bar (Fig. 1). Fig.2 Fig. 1 1 0 Torsion bar 18 Rear spring pump level control 15a Ball joint of 23 Supplementary rubber sPring 81 Pressure line oil - (buffer 82 Pressure line level control spring-loaded brake unit connecting rod stop) - 16 Def lection plate C Return line level control - oil reservoir 7 Co n nect i ng rod 3 Level control (13) on and left of 3a Level control lever B Level control holder 4 Unscrew retaining clamp right 6 Lever on torsion bar 10 Torsion bar torsion bar mounting (Fig. 3). e Ax les Vo lu me 1 Supplement 4 Modification April 7 4 31011 at tt 1 Removal and lnstallation of Torsion Bar on Rear Axle 51.1 (Diagonat Swing Axte) lnstallation 8 Check the rubber mount (12) of the torsion bar mounting and the connecting rods (1 5) (Figs.
    [Show full text]
  • VW Suspension Technical Article
    VW Tech Tip VW Suspension Technical Article Tech Tip: by Charles Adams The following is a technical THE TRUTH ABOUT SUSPENSIONS MYTH: Lowering or raising my car will give it greater performance than I article written for better If you want a smooth ride and not just looks, there is more than meets could expect at stock height. For ex- understanding of the rear the eye at a quick glance. Anyone ample if I simply lower my car it will corner better than my friend’s car that air-cooled VW suspension can lower or raise a vehicle and call it good, but just like any good en- is not lowered. Alternatively, if I raise as well as our products. For gine build, if you seek performance, my car it will perform better off road, absorbing bumps and jumps, than my the majority of people, the everything should be prepared in advance and every component’s friend’s car that is not raised. rear VW suspension is little function should be understood. It understood and more is more than just ordering the most FACT: Every suspension rides at its costly parts, assembling them, and greatest potential when it is riding often misunderstood. blowing away the competition. Yet within the parameters that it was suspensions are not a mystery and designed for. This means that facto- they certainly are not rocket science. ry suspensions perform the greatest The truth is that they are simply and when the ride at factory height and easily understood if they are ex- the geometry is not tampered with.
    [Show full text]
  • A Comparative Study of the Suspension for an Off-Road Vehicle
    International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 07 Issue: 05 | May 2020 www.irjet.net p-ISSN: 2395-0072 A Comparative study of the Suspension for an Off-Road Vehicle Sivadanus.S Department of Manufacturing Engineering, College of Engineering – Guindy, Chennai ---------------------------------------------------------------------***--------------------------------------------------------------------- Abstract - Humans use different vehicles to travel in is set nothing can be adjusted or moved. This type of different terrains for comfort and ease of travel. An off-terrain suspension will not be considered in the scope of this project vehicle is generally used for rugged terrain and needs a largely due to its lack of adjustability. completely different dynamics in suspension comparison to an on-road vehicle. The aim of this project is to identify and Independent suspension systems provide more effective determine the parameters of vehicle dynamics with a proper functionality in traction and stability for off-roading study of suspension and to initiate a comparative study for an applications. Independent suspension systems provide flex off-road vehicle using different models. (the ability for one wheel to move vertically while still Key Words: Suspension, Vehicle Dynamics, Off-road allowing the other wheels to stay in contact with the Vehicle, Control arms, Camber surface). 1.INTRODUCTION There are many different versions and variations of independent suspensions, which include swing axle Suspension suspensions, transverse leaf spring suspensions, trailing and The role of a suspension system within a vehicle is to ensure semi-trailing suspensions, Macpherson strut suspensions, that contact between the tires and driving surface is and double wishbone suspensions. Control arms are used for continuously maintained.
    [Show full text]
  • Class-11.Pdf
    CLASS 11 OPEN WHEEL – Stock VW Sedans DEFINITION Vehicles must be a stock VW TYPE 1 sedan Revised – 02/20/2016 GENERAL REGULATIONS Entrants in this class shall comply with all applicable General reGulations. COMPETITION REGULATIONS Any questions concerninG chassis combinations will be decided by referring to VW factory parts manuals and/or VW of America booklet. This is a stock production class and all components must remain stock except for those modifications allowed herein. NOTE: The CR abbreviations listed under this class (I.E. CR1 HELMETS) refer to cross reference listings in the front of this book. These cross-referenced listings are part of the class rules. Where a conflict occurs between the cross-referenced listing and a rule contained under this class, the rule contained under this class has precedence. SAFETY EQUIPMENT CR1 HELMETS CR2 PROTECTIVE CLOTHING CR3 EYE PROTECTION and DENTURES CR4 FIRST AID KIT CR5 EMERGENCY SIGNALING DEVICES CR6 HORNS CR7 REFLECTORS CR8 FIRE SUPPRESSION EQUIPMENT CR9 SURVIVAL SUPPLIES SUSPENSION COMPONENTS Front Suspension Front axle torsion tube centers may be cut, rotated, rewelded to increase ground clearance or front torsion adjusters may be used. Original seams may be welded (not reinforced) on front beam. Shock tower may be additionally supported by the adding of a single gusset, gusset may not extend more than 2" above top torsion tube. Stock front spindles may be replaced with ANY aftermarket spindle. MUST keep stock wheel travel and track width. Stock LEGNTH trailing arms only. Sway bars may be removed. Filling of speedometer hole is permitted. Steering arm on spindle may be reinforced by welding a .25" gusset from the top of the spindle to the end of the steerinG arm.
    [Show full text]
  • 20 Transaxle Upgrades
    20 Transaxle Upgrades egardless of the size of your engine or the shine on your wheels, you can’t mate the two together with out a transmission. The transmission and its BUGPACK 3560 Cadillac Ave. associated parts are as important as headlights at night. After all, they help Costa Mesa, CA 92626 R (714) 979-4990 transmit (hence the name) all of that ground-pounded power to the road. Follow- Fax (714) 979-3468 ing is a collection of parts that no Volkswagen should be without. 6 Gene Berg’s five-speed Conversion Kit includes lengthened main and pinion 1 SoCal Imports’ heavy duty Rhino trans- shafts, a new intermediate and shift hous- mission case comes directly from the OE ing, new five-speed selector rods, special manufacturer in Brazil. Extra gussetting 3 GB 667 keys for fifth gear, an extra thrust along the central spine of the casting washer for fifth, a 5mm fifth shift fork, fifth makes this one tough case. stop washer, special pinion and mainshaft nuts, and all needed nuts, bolts and wash- ers. Instructions are also included for the 1 dauntless do-it-yourselfer. This system has undergone several revisions since its first prototype in 1965, and stands as the premier five-speed kit on the market today. Gene berg Enterprises 4 The answer to noisy steel transaxle mounts, these durable mounts are made 6 in-house by BUGPACK from top quality urethane. They feature steel sleeves are grade five hardware, and the manufactur- 2 Complete IRS axle assemblies are also er claims they are virtually indestructable.
    [Show full text]
  • Class 1/2-1600
    CLASS 1/2-1600 OPEN WHEEL - Restricted Suspension 1600cc DEFINITION Single or two seat vehicles limited to 1600cc VW engines and VW Type 1 suspension systems. GENERAL REGULATIONS Entrants in this class shall comply with all applicable general regulations. COMPETITION REGULATIONS This is a stock production class and all components must remain stock except for those modifications allowed herein. NOTE: The CR abbreviations listed under this class (I.E. CR1 HELMETS) refer to cross reference listings in the front of this book. These cross-referenced listings are part of the class rules. Where a conflict occurs between the cross-referenced listing and a rule contained under this class, the rule contained under this class has precedence. SAFETY EQUIPMENT CR1 HELMETS CR2 PROTECTIVE CLOTHING CR3 EYE PROTECTION and DENTURES CR4 FIRST AID KIT CR5 EMERGENCY SIGNALING DEVICES CR6 HORNS CR7 REFLECTORS CR8 FIRE SUPPRESSION EQUIPMENT CR9 SURVIVAL SUPPLIES SUSPENSION COMPONENTS Front Suspension Front suspension is based on VW Type 1 ball joint or link pin style. Any manufacturer’s beam of two (2) steel torsion tubes may be used but must remain stock VW width. Front axle torsion tube centers may be cut, rotated and rewelded to increase ground clearance. Torsion adjusters are allowed. Tube center spacing is open. Any manufacturer’s torsion bars are allowed. Front trailing arms (torsion arms) may be reinforced or replaced as long as stock VW width and length are retained. Suspension limiters are allowed. Spindles, link pins, ball joints, and shock mounting locations are open. Front suspension track width will be measured from wheel mounting face to wheel mounting face; the maximum width is 55.75 inches.
    [Show full text]
  • Wheeled Vehicle Drive Lines, Axles, and Suspension Systems
    DOCUMENT RESUME . ED 212 802 CE 031 196 TITLE Wheeled.Vehicle Drive Lines, Axles, and Suspension Systems. Military Curriculum Materials for Vocational and Technical Education. INSTITUTION Army Ordnance Center and School, Aberdeen Proving Ground, Md.; Ohio State ,Univ., Columbus. National Center for Research in Vocational Education. 'BMWS AGENCY Office of Vocational and Adult Education (ED), Washington, D.C. PUB DATE [81] NOTE 300p.; For related documents see CE 031 194-197. EDRS PRICE MF01/PC12 Plus Postage. DESCRIPTORS *Auto Mechanics; Correspondence Study; Engines; Experiential Learning; Independent Study; Inservice Education; JatioTrainingi Learning Modules; *Military Training; *Motor Vehicles; Postsecondary Education'; *Repair; Secondary Education; *Technical Education; Vocational Education IDENTIFIERS Axles; Military Curriculum-Project; *Suspension Systems (Automotive) ABSTRACT This course is one of several sub6ourses thatmake up the entire Army correspOndencecourse on wheeled.vehicle maintenance. The subcrse is designed to provide the student with information about the o ation, malfunction diagnosis, maintenance, and repair of wheeled vehicle drive lines, axles, and suspensionsystems. It provides the basic theory, and also includes on-the-jobtask assignments. The subcourse is divided into six lessons coveringthe following topics: propeller shaft assemblies; introductionto axle assemblies; maintenance of axles; introduction to suspensionsystem components; maintenance of springs, shock absorbers, andframes; and maintenance of tires and wheels. Each lesson contains objectives, text, task assignments, and review exercises. Answers for the exercises are provided after the final lesson, along withan examination and application task test. This subcourse is designedfor student self-study, but could be used in smallgroup learning situations. (KC) *********************************************************************** *. Reproductions supplied by EDRS are the best thatcan be made * * from the original document.
    [Show full text]
  • WM, Rider 11, Rider 13, Rider 11 Bio, Rider 13 Bio, Rider 16
    Workshop manual Rider 11, Rider 13, Rider 11 Bio, Rider 13 Bio, Rider 16 English Svenska – 31 Sve-5 225/232/235 Bruk 31 97-11-25, 08.46 Workshop manual Rider 11, Rider 13 Rider 11 Bio, Rider 13 Bio Rider 16 Contents Safety regulations ............................................... 2 Checking and adjusting throttle control .......... 29 General instructions ......................................... 2 Checking and adjusting freewheel clutch ....... 30 Special instructions .......................................... 2 Replacing articulated steering bearing ........... 30 Special tools ........................................................ 3 Removal of swing axle ................................... 32 Technical data ..................................................... 4 Replacing bushings ........................................ 32 Play .................................................................. 4 Installation of swing axle ................................ 33 Tightening moments......................................... 4 Removal/installation of gear box .................... 34 Mowing deck .................................................... 5 Removal/installation of hydrostatic Control points ................................................... 5 transmission ................................................... 34 Delivery and dealer service ................................ 6 Replacing hydrostat. trans. axle seals ........... 35 Maintenance schedule ........................................ 8 Input axle .................................................
    [Show full text]
  • A 918 Compact
    Wheeled Excavator A 918 Compact Generation 6 Operating Weight 38,600 – 43,200 lb Engine 154 HP (115 kW) Tier 4f Bucket Capacity 0.22 – 1.37 m³ Performance Economy Compact, Flexible – Perfect Combination A Sound Investment – Optimum Economy for Maximum Performance and Environmentally Friendly Operating Weight 38,600 – 43,200 kg Engine 154 HP (115 kW) Tier 4f Bucket Capacity 0.22 – 1.37 m³ 2 A 918 Compact Litronic Reliability Comfort Maintainability Competence, Consistency, Innovation – Ergonomic Excellence – Superior Cabin Service Every Step of the Way – Proven Experience Design for Operator Comfort and Wellbeing Simple, Fast and Reliable A 918 Compact Litronic 3 Performance Compact, Flexible – Perfect Combination for Maximum Performance Liebherr compact wheeled excavators are used on building sites all over the world. Machine opera- tors rely on the power, speed and compact dimensions of the excavator to achieve impressive per- formance, day in and day out. Whether on inner city building sites, in roadway construction, classic earthmoving or for digging trenches and laying pipes, more can be achieved faster with Liebherr compact wheeled excavators. 4 A 918 Compact Litronic Maximum Performance Precise Work Lifting More Working with Precision The intelligent structure of the uppercarriage and the separate The standard joysticks with proportional controls and the ex- mounting of the hoist cylinders permit a superior lift capacity – traordinary sensitivity of the hydraulic system enable preci- and this with a tail swing radius of about 6 feet. As a result, sion work at high speeds and simultaneous movements. This the A 918 Compact Litronic combines the flexible application means the machine operator can carry out the most chal- possibilities of a compact wheeled excavator with the perfor- lenging tasks in a short time, not only at reduced speed but mance of a standard wheeled excavator.
    [Show full text]
  • C2.Saaa/ C /7772W2
    June 7, 1966 J. C. VITTONE 3,254,902 AUTOMOTIVE ANTI-SWAY BAR Fillied June 30, 1964 INVENTOR. c2.saaa/ C /7772W2 1.772.6/v2/ 3,254,902 United States Patent Office Patented June 7, 1966 2 3,254,902 as in my said earlier patent. It passes below the trans AUTOMOTIVE ANTI-SWAY BAR mission case 11 at a certain spacing distance or clearance, Joseph C. Vittone, P.O. Box 169, Riverside, Calif. as shown, and, in a well-known swing-axle automobile Filed June 30, 1964, Ser. No. 379,204 of European manufacture, passes directly below the oil 3 Claims. (C. 280-124) drain plug 13 in the bottom of the transmission case. The ends of the bar or spring 12 are rolled to form This invention relates generally to flat or leaf spring eyes 14, and in these eyes are mounted rubber bushings type anti-sway or stabilizer bars for Swing-axle auto 15, which receive bolts 16. Each bolt 16 passes through mobiles. metal eyelets 17 in the two ends of a fabric stirrup 18, Such devices contribute stability and reduce sway in O formed typically of strong rayon or nylon belting or the swing-axle automobiles under various conditions such like. The stirrup is looped over the corresponding end as on turns, in gusty winds and on rough roads. These portion 10a of the axle housing, and bolt 16 then in advantages are known in the art. Reference may be serted and fastened by nut 19. had to my prior Patent No. 2,992,835 for a disclosure A rubber pad 20 is placed between each cylindrical and discussion of such a device.
    [Show full text]
  • Department of Transportation National Highway Traffic Safety Administration
    Friday, January 12, 2001 Part XIII Department of Transportation National Highway Traffic Safety Administration 49 CFR Part 575 Consumer Information Regulations; Federal Motor Vehicle Safety Standards; Rollover Resistance; Final Rule VerDate 11<MAY>2000 22:28 Jan 11, 2001 Jkt 194001 PO 00000 Frm 00001 Fmt 4717 Sfmt 4717 E:\FR\FM\12JAR10.SGM pfrm02 PsN: 12JAR10 3388 Federal Register / Vol. 66, No. 9 / Friday, January 12, 2001 / Rules and Regulations DEPARTMENT OF TRANSPORTATION reached by phone at (202) 366±5559 or note vehicles that are equipped with by facsimile at (202) 493±2739. For ``electronic stability control'' National Highway Traffic Safety public comments and other information technology, which may reduce the risk Administration related to previous notices on this of a vehicle getting into an incipient subject, please refer to: rollover situation. 49 CFR Part 575 DOT Docket No. NHTSA±2000±6859, The agency requested comments on Docket Management, Room PL±401, 400 its tentative decision to implement such [Docket No. NHTSA±2000±8298] Seventh Street, SW, Washington, D.C. a program on June 1, 2000.1 The closing Consumer Information Regulations; 20590 (hours 10:00 a.m. to 5:00 p.m. date for comments was August 30, 2000. Federal Motor Vehicle Safety Monday through Friday) or on the Twenty-five commenters responded. Standards; Rollover Resistance internet at www.dms.gov/search, and This notice addresses the major issues Docket No. 91±68; Notice 3, NHTSA presented by the commenters, our AGENCY: National Highway Traffic Docket, Room 5111, 400 Seventh Street, response to those comments, and the Safety Administration (NHTSA), DOT.
    [Show full text]