Marotti -3 Wheeled Jet Fighter

              
                         motorized reverse trike                                    
                                      Disclaimer
This reverse trike has my interest with its on the edge design. I have coresponded with Markus Rogalski (Marotti) and he is anxious to improve his “motorcycle” with a bigger engine and a more refined body.I call it a motorcycle because in the USA this type of 3 wheeled vehicle can be registered as a motorcycle. Make it a kit motorcycle and you can register it anywhere in the USA. Looking at this UFO coming at you on a city street would turn some heads!! I kinda like this risky design 🙂 The Marotti 32 currently use of a 750cc V-four motorcycle engine / gearbox from Honda that puts out 100 horsepower and is sure to make this trike accelerate like a slingshot in part to its low weight of 970-pounds (440 kg).                    
motorized reverse trike
motorized reverse trike 
      motorized reverse trike
                              motorized reverse trike
           motorized reverse trike
                               motorized reverse trike
                              motorized reverse trike
                               motorized reverse trike
                               motorized reverse trike
                             motorized reverse trike
motorized reverse trike 

Morgan – 3wheelers

The Morgan Motor Company is a British motor car manufacturer. The company was founded in 1910 by Harry Frederick Stanley Morgan, generally known as “HFS” and was run by him until he died, aged 77, in 1959.[1] Peter Morgan, son of H.F.S., ran the company until a few years before his death in 2003. The company is currently run by Charles Morgan, the son of Peter Morgan.

Morgan is based in Malvern Link, an area of Malvern, Worcestershire and employs 163 people. Morgan produced 640 cars in 2007. All the cars are assembled by hand. The waiting list for a car is approximately one to two years, although it has been as high as ten years in the past.

The visitor centre and museum feature a guided tour of the factory and exhibits about the company’s history from Edwardian times until the present day, developments in automobile technology, and a display of automobiles.


Early cars: three-wheelers and 4-4s

The early cars were two-seat or four-seat three-wheelers, and are therefore considered to be cyclecars. Three-wheeled vehicles avoided the British tax on cars by being classified as motorcycles. Competition from small cars like the Austin 7 and the original Morris Minor, with comparable economy and price and better comfort, made cyclecars less attractive.
V-Twin three-wheelers (1911–1939)

1912 Morgan Runabout Deluxe

H.F.S. Morgan’s first car design was a single-seat three-wheeled runabout, which was fabricated for his personal use in 1909. Interest in his runabout led him to patent his design and begin production. While he initially showed single-seat and two-seat versions of his runabout at the 1911 Olympia Motor Exhibition, he was convinced at the exhibition that there would be greater demand for a two-seat modelThe Morgan Motor Company was registered as a limited private company only in 1912 with “H.F.S.” Morgan as managing director and his father, who had invested in his son’s business, as its first chairman.

Morgan Aero 2-Seater Sports 1926

1928 Morgan Super Aero

1928 Morgan Super Aero at Goodwood Festival of Speed 2009

Problems listening to this file? See media help.

Morgan built his cars’ reputation by entering them in competitions. One of his racing cars won the 1913 Cyclecar Grand Prix at Amiens in France. This became the basis for the Grand Prix model of 1913 to 1926, from which evolved the Aero, Super Sports, and Sports models.[3]

These models used air-cooled or liquid-cooled variations of motorcycle engines.[4] The engine was placed ahead of the axis of the front wheels in a chassis made of steel tubes brazed into cast lugs.[5]

The V-Twin models were not returned to production after World War II.
[edit]F-Series three-wheelers (1932–1952)

1936 Morgan F4 Open Tourer

Beginning in 1932, a new series of Morgan three-wheelers began with the F-4. The F-4, and its later siblings the F-2 and the F-Super, used a pressed-steel chassis and the four-cylinder Ford Sidevalve engine that was used in the Model Y. Production of the Ford-engined three-wheelers continued until 1952.[3]
[edit]4–4

Morgan’s first four-wheeler was the 4–4, for four-cylinder engine and four wheels. The first production 4-wheeled Morgan was released to the public in 1936 and is known as the Morgan 4–4 Series 1. Three-wheeler production continued alongside the 4–4 until 1952.
[edit]Postwar four-wheel cars
[edit]Morgan +4

1952 “flat radiator” Morgan +4

1963 Morgan +4

Main article: Morgan +4

The Morgan +4 was introduced in 1950 as a larger-engined (“plus”) car than the 4–4. The +4 used the 2088 cc Standard Vanguard engine, while the 4–4 used a Standard Special 1267 cc engine (1950–58). Later +4s used Triumph TR2–TR4 engines (1954–1969). +4 production was suspended in 1969 but brought back in 1985 with a Fiat engine (1985–1988) and then a 4 cylinder Rover engine (1988–2000). Production was again suspended and the Plus 4 returned once more in 2004 with a 155 bhp (116 kW; 157 PS) Ford 4 cylinder.
[edit]+4+

Main article: Morgan +4+

A version of the +4, designated the +4+, was made from 1964 to 1967 with a contemporary fibreglass coupe body. The light weight and reduced drag characteristics improved the performance of the +4+ over the regular +4 in every aspect. However, the traditional Morgan enthusiasts did not embrace this departure from Morgan custom, and mainstream enthusiasts did not embrace the seemingly archaic +4 chassis. Only 26 +4+ cars were built.
[edit]Morgan 4/4

1974 Morgan 4/4

Main article: Morgan 4/4

The 4–4 was replaced by the 4/4 in 1955. The 4/4 now uses the +8 chassis and a Ford engine.
[edit]Morgan +8

Morgan Aero 8

A Modern Morgan Aero 8 at the Scarsdale Concours

Main article: Morgan Aero 8

In 2000, the Morgan Aero 8 was introduced and, as always, the wooden body substructure was ash. (Contrary to popular myth, however, the chassis is metal; aluminium for the Aero 8). The Aero 8, with a BMW V8 engine in a car weighing less than a BMW Z4 and considerably less than a BMW M3, (though more than traditional Morgans) is even faster than the Plus 8, delivering what Autoweek magazine termed supercar performance. The newest Aero 8 (Ser. IV) puts out 367 hp (274 kW) at 6100 rpm giving it a top speed of over 170 mph (270 km/h). Due to the Aero 8’s light weight it can do 0–62 mph (100 km/h) in 4.5 seconds.[6]

During its customer production lifetime (2002–2009), the Aero was configured in five official versions, (I,II, III, IV and the Aero America) with variations in styling, engines, transmissions, braking and suspension. The Company canceled its production in 2009. It was followed by the Aeromax, a limited coupe edition of 100 units produced between 2008 and early 2010.

The year of highest production was 2002.

Morgan AeroMax

2011 Morgan Threewheeler, Geneva Motor Show, 2011

The Morgan Motor Company announced that they would launch the ‘3 Wheeler’ in 2011at the Geneva Motor Show The Threewheeler was initially said to have a Harley-Davidson Screaming EagleV-twin engine and a Mazda 5-speed manual transmission,and was estimated to deliver 100 horsepower (75 kW) at the rear wheel.However, the prototype that was shown at Geneva had a S&S engine. Production 3 Wheelers will have S&S engines.With a kerb weight estimated to be less than 500 kilograms (1,102 lb),the acceleration from zero to 60 miles per hour (97 km/h) is estimated by Morgan to occur in 4.5 seconds, with a top speed of 115 miles per hour (185 km/h) The 3 Wheeler is to be homologated as a motorcycle in the United States.[8][12] 550 deposits have been taken since the announcement in 2010. Customer deliveries are expected to begin in 2013.
[edit]Availability to the United States

For part of the 1950s and 1960s, the USA provided the company with its largest market worldwide, taking up to 85% of all production.[15] This ended with the first wave of US safety and emission regulations in 1971. For many years (1974 to 1992), all Morgans imported into the United States were converted to run on propane as fuel to pass the U.S. emissions regulations. However, this conversion, along with bringing the cars into compliance with US vehicle safety leglislation, was carried out by the dealership, and not by the factory, making the cars grey market vehicles.

However, when the Rover Group re-certified their V8 engine for use in the Range Rover 4×4 sold in the U.S., Morgan was able to use the same engine for a fully US compliant stock Morgan from 1992 to 1996, and again from 1998 to 2004.In 2005, the engine was replaced with the US version of another traditionally-shaped model (with a V6) called the Roadster.

In 2002, Morgan centralised its international compliancy development and regulatory interaction in-house.In 2005, its right to import its classic models ceased when supplies of its necessary airbag were exhausted and no replacement was developed. In 2006, a request for an airbag exemption to the U.S. National Highway Traffic Safety Administration was refused, and the import of classic Morgans ceased.

In 2005, the new Morgan Aero 8 model (versions 2 and 3) received a three year exemption from rear impact non-compliance,along with a separate exemption for compliance with “advanced airbag requirements”.The rear-impact exemption lapsed in May 2008 without further application. Morgan has indicated to its US dealers that it plans to re-apply for US certification for some model at as yet an undetermined date in the future.

Related articles
Microcar collection at Whiteman Park (hydro-carbons.blogspot.com)
JAP : The Engine which powered everything that had a wheel (hydro-carbons.blogspot.com)
Bajaj RE 60 – 200cc 4 wheeler (hydro-carbons.blogspot.com)

The 3 wheel Wonder – Brütsch Mopetta 1956-1958

Brütsch Mopetta 1956-1958

A single seat, 3-wheeled roadster, powered by a single cylinder 49 cc [ILO] engine driving through a three speed gearbox. Top speed was around 45 km/h (28 mph) and fourteen cars


were produced. Production was licensed to former 



Opel dealer Georg von Opel, who planned to build the Mopetta at a former Horex motorcycle factory, however this plan appears to have resulted in nothing more than the production of sales literature. Due to its unusual design and rarity, the Mopetta has been subject to many replicas.




About the designer 
By Gerry Frederics
Egon Brütsch was a handsome, rich playboy race car/motor-cycle driver, engineer and visionary. He had independent means, but rather than wasting them like so many `rich kids´, he designed some of the more spectacular vehicles of his time, revolutionary in every way. It was at the age of 46 that he, in 1950, stopped racing and started designing full time. His design experience was `limited´ to building his own race cars, using Bugatti and Maserati engines which he modified and tuned himself. With these creations he registered many a success against formidable international competition. In short, despite being a rich playboy he was one hell of a guy.



Even though he had no body-design experience and knew nothing of fiber glass construction, it as this medium he chose to dabble in with some rather spectacular results. One must remember that at that time, no one knew much about the properties of fiberglass – even GM with their unlimited resources and technical prowess had severe troubles developing the proper technique. The fiberglass design of the Chevrolet Corvette was conducted in an atmosphere of secrecy, so much so it looked as if they were developing some secret weapon; it took GM millions of Dollars and thousands of man-hours (of highly trained engineers) to finally arrive at the proper formula, distribution of stress-loads etc. The same thing took Brütsch one year, alone in his little design studio.
To be sure, his lack of body-design experience and lack of stress-testing equipment caused him grief but the point is, he did it alone without the assistance of top-secret formulae arrived at by a dozen chemists with post graduate degrees – invariably with German-sounding names, even if they were far from the genuine article – dressed in white uniforms in some multi-trillion Dollar laboratory. The eventual failure of his enterprise can be attributed to his `Sturm und Drang´ personality. This guy never could finish anything he started before starting on a new venture. He simply never thought any of his brilliant designs through to their logical conclusion. He never spent enough time testing his products, making sure they performed as well as he thought.
This restlessness resulted in a myriad of different designs which were either structurally flawed or were simply out of touch with the realities of the market place; it also resulted in a chaotic amount of different engines being used, when one or at the most two suppliers would have served the purpose just fine. As it was, the result was confusing and had to be a logistical as well as an engineering nightmare, causing additional problems. Hans Glas of Goggomobil – fame made the same cardinal error much later, on a much larger scale yet; see the essay on Goggomobil.
Brütsch designed away and created a myriad of prototypes, anywhere from a tiny thing with a 48-cc Ilo engine to a 1.2 liter full-size car powered by a Ford-Cologne 4-cylinder engine. His possibly most lovely machine was the 1952 Brütsch 400 powered by the 400-cc Lloyd engine. This car was built by no less than Wendler (designers of the lovely Maico-500 Sports Coupe) but for some reason this pretty and efficient micro car failed to penetrate the market. A plethora of folks who showed great interest distanced themselves from his creations, usually because they feared the development and investment costs. This included no less a personage than Georg von Opel, heir to the Opel fortune who wanted the motor cycle company Horex (see the essay on Horex) to built 100.000 of the Rollera types; he had even decided on a name: `Opelit´ but decided at the signing of the contract to back out of the deal. There is no doubt that with von Opels backing and Horex as the builder, it would have been a success, not only for Brütsch, but for Horex as well. Alas — `the best laid plans of mice and men´—-.
As an aside, when looking at some of these very small models, one is tempted to smile condescendingly, but wait ——— tiny micro-cars like to Mopetta, or the Rollera make all the sense in the world if viewed as an alternative to a moped or bicycle with an auxiliary engine. Brütsch was not at all incorrect in his thinking along those lines, in fact he was a utopian; I think the reason these creations did not catch on was a lack of propagandizing them, in short, lack of money!
Some of his designs were sold to a French airframe manufacturer who re-designed the cars adding sub-frames and strengthening the whole creation considerably; aside from that they equipped it either with the excellent Maico 250-cc 2-stroke engine or the F & S 200-cc powering the Messerschmitt Karo 201. They did a bang-up job and aside from the Victoria and the Burgfalke built the very best Egon Brütsch designs ever. Alas, the French market was unkind to the idea and sadly production was halted after a year or so; see the essay on Societe-Air-Tourist.
When all of his plans met with disappointment, Egon Brütsch, rather than giving up designed a lovely three-seater (side by side) car made of two fiberglass shells which fit together, one on top of the other and thusly formed not only a harmonious but a very sturdy whole. In order to dispel any doubts as to the strength of his construction, he photographed 12 men standing on top of the body of his latest creation. The car was not only pretty, but it was feasible in a very real sense of the word. It was powered by a 200-cc F & S engine mounted in the rear (of course) had independent suspension, rack and pinion steering and hydraulic brakes. The suspension was handled by a new form of rubber-cushions which allegedly was so effective it made shock absorbers unnecessary. Its weight was a measly 230 kg, giving the pretty little roadster a top/cruising speed of 100 kph, or about 60 mph, certainly sufficient for the times (1954); coupled with miserly gasoline consumption and being quasi maintenance free, this promised to be finally the car to get Brütsch over the top; in fact he sold several licenses, including one to a German company which had a reputation of building excellent machine tools.
There was one thing about this design which was a serious flaw – it had no frame as such, rather the wheels were attached directly to the fiberglass body. Initially, this mattered not, but under hard driving conditions, the body developed cracks at the stress points; this was the end of the production run and Brütsch was sued for having sold a defective design. Whatever became of the law suit I have no way of knowing.
The fact is that the venerable old motor cycle maker Victoria of Nürnberg bought the design and gave the whole thing to Professor Hans Ledwinka of Tatra fame to re-design it properly. Ledwinka, retired and aged 77 at the time went to work, giving the car a real Tatra-like frame, this is to say a back bone tube running the length of the car attached to which were the engine/driveline in the rear and sub frames to handle the front wheels. The whole structure supported the body very nicely; it was the same type of frame Hans Ledwinka had designed for the famed Tatra.
To round out the picture he designed a proper heating/defrosting system, a lovely easy to operate convertible top and added a modified and well-tuned Victoria 250-cc engine with a 5-speed (!) electric transmission. This was an automotive first. Heretofore three-speeds and at the most an occasional 4-speed had been de rigueur. The electric transmission was developed due to the weight savings – and weight was a crucial matter. In short the car embodied the very best of the best and reflected in fact leading edge technology. The result was the lovely Victoria 250 (see the essay on Victoria replete with numerous photos). The added weight slowed the car, but not by too much since the modified engine developed 15 hp, as opposed to the F & S one which developed 10, so an honest 95 kph was achieved, with three people and luggage on board quite respectable all things considered. When Victoria, due to financial considerations decided to halt production of this lovely little car they sold the manufacturing facilities to Burgfalke which produced a few cars some of which were exported to the USA where a number are still in existence.  See the essay on Burgfalke.
The sale of a license to an intrepid Englishman who invested his little fortune also flopped – the English market was as unkind to the `Tourette´ as the French market had been to the ideas of Egon Brütsch. Whether the Tourette used a German or an English engine is not known to me; they however invested considerable money and engineering in the little car. Today in the year 2009, a small English body shop is building a repli-car of the Brütsch; whether this was inspired by the Tourette I do not know, but it is a very real possibility.
Egon Brütsch decided to sell no more licenses but to build his own cars. He was overly ambitious (as per usual) and came to market with 3 different models, to whit: 1)`Zwerg´( The Midget) a 3-wheeler with a F & S 200-cc engine, or a 250-cc Maico engine giving it a top speed of 105 kph, 2) the `Bussard´ (Buzzard) with the same engine choices, but a bit broader in body design qualifying it as a three-seater and 3) `Pfeil´ (The Arrow) which beauty could be had with either the 250-cc Ilo Twin or the 400-cc Lloyd engine. This was a 4-wheeler which should have been a success, but as with practically all of his designs, ground-breaking and quite fabulous as they were, it too failed on the market.* There was the V2-N which was built in France in license and used either a 175-cc Heinkel engine or the 500-cc Fiat 2-stroke twin which gave this beauty a top speed of 125 kph, but whether many were manufactured is doubtful, even though the French company had ambitious plans for exporting their little German jewel to England.
* There are some names which ought never to be used, Titan for example because it carries with it very bad Karma (the Titanic disaster) – and so it was with the `Pfeil´. In 1942 Dornier aircraft introduced the fastest propeller-driven fighter plane of all times, the gorgeous Push-Pull design `Dornier Pfeil´. What had promised to be a blockbuster aircraft died an ignominious death due to the incessant interference of Hitler who insisted on modifying the design.
When things again failed to go according to plan, Brütsch hung up his mantle as automotive pioneer and started a business of pre-manufactured homes sometimes in 1958.














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From China, with Three Wheels


Long before the Can-Am Spyder three-wheeler showed up in the United States, three-wheeled vehicles of all sorts had been a staple of automobility in Asia and India. So it’s not surprising that in 2011, Chinese-made three-wheeled scooters such as the 300cc Roadrunner, identified as made by “Dong Fang,” suddenly appeared online for sale outside China, specifically in North America.
Sold by distributors directly to retail customers, a whole lineup of trikes in various formats suggests that somebody in China sees a much bigger market for three-wheeled scooter-ish gizmos than do, presumably, the product planners of Japan’s Big Four. Of course, Honda was typically years ahead of everyone else with the Gyro three-wheeler, but it was the Piaggio MP3 scooters that seemed to raise consumer awareness of alternatives to two-wheeled motorcycles and scooters.
A little online forum snooping reveals that the Chinese products are not universally perceived as high-quality items. And because a call to the importer-distributor disclosed that a) the three-wheelers are not certified for sale and use in California because of emissions rules, and b) there were none available anywhere, period, end of report, for Cycle World  to ride and evaluate, it’s caveat emptor out there.
The general rap among the people I know who are familiar with Chinese vehicle manufacturing over the past few decades has been what can charitably be characterized as knock-off tech married to get-rich-quick manufacturing. Nothing new or particularly “Chinese” about that, of course. But as Chinese companies seek to sell their products overseas, it’s clear that they’re going to be forced to improve their machines to satisfy markets accustomed to equipment that doesn’t include, say, frame welds a quarter-inch off of the mark, as one online report claimed.
It’s useful to remember that for decades, Japanese motorcycles were considered low-quality knockoffs of “superior” technology, at least until even the most chauvinistic Brit-bike or American Iron fan had to admit that Japan, Inc. was making very good stuff indeed.
Will we see the same ramp-up in the output and product quality from the Chinese motorcycle (and car) factories such as the one that makes the Roadrunner—the “Chongqing Dongfang Lingyun Vehicle Made Co., Ltd.?



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From China, with Three Wheels


Long before the Can-Am Spyder three-wheeler showed up in the United States, three-wheeled vehicles of all sorts had been a staple of automobility in Asia and India. So it’s not surprising that in 2011, Chinese-made three-wheeled scooters such as the 300cc Roadrunner, identified as made by “Dong Fang,” suddenly appeared online for sale outside China, specifically in North America.
Sold by distributors directly to retail customers, a whole lineup of trikes in various formats suggests that somebody in China sees a much bigger market for three-wheeled scooter-ish gizmos than do, presumably, the product planners of Japan’s Big Four. Of course, Honda was typically years ahead of everyone else with the Gyro three-wheeler, but it was the Piaggio MP3 scooters that seemed to raise consumer awareness of alternatives to two-wheeled motorcycles and scooters.
A little online forum snooping reveals that the Chinese products are not universally perceived as high-quality items. And because a call to the importer-distributor disclosed that a) the three-wheelers are not certified for sale and use in California because of emissions rules, and b) there were none available anywhere, period, end of report, for Cycle World  to ride and evaluate, it’s caveat emptor out there.
The general rap among the people I know who are familiar with Chinese vehicle manufacturing over the past few decades has been what can charitably be characterized as knock-off tech married to get-rich-quick manufacturing. Nothing new or particularly “Chinese” about that, of course. But as Chinese companies seek to sell their products overseas, it’s clear that they’re going to be forced to improve their machines to satisfy markets accustomed to equipment that doesn’t include, say, frame welds a quarter-inch off of the mark, as one online report claimed.
It’s useful to remember that for decades, Japanese motorcycles were considered low-quality knockoffs of “superior” technology, at least until even the most chauvinistic Brit-bike or American Iron fan had to admit that Japan, Inc. was making very good stuff indeed.
Will we see the same ramp-up in the output and product quality from the Chinese motorcycle (and car) factories such as the one that makes the Roadrunner—the “Chongqing Dongfang Lingyun Vehicle Made Co., Ltd.?