When you come to a stop (like at an intersection) the engine stops too. When you want to start moving, you move forward and re-start ignition. There is no clutch.
That does sound like a WWI/WWII plane. the engine being a radial is one reason and it's the same concept as the knome engines from the first world war planes except they used cylinder deactivation to control engine speed which explains the sound of an engine surging and spluttering in flight.
Is it possible to disengage the drive (clutch / Kupplung), or does the engine stall if the motorcycle stops ? That would make it difficult to drive..... It's OK, I got my answer on another video, not possible to disengage engine/drive.
erst als 2-Takter dann 1919 als 4-Takter Pax. Im Gegensatz zum einfachen Umlaufmotor bei dem die Kurbelwelle feststeht, drehen sich beim Gegenumlaufmotor sowohl das Gehäuse als auch die Kurbelwelle und zwar gegensinnig. Die Rapp-Motorenwerke wurden 1916 zu BMW. 1920 wurde daraus ein 5-Zylinder-Motor, der später im Prototyp der Megola vom Hinterrad ins Vorderrad wechselte Die Rennmaschinen waren 1924 absolut spitze in der 500cm³ Klasse
This is sitting in the motorcycle museum in Solvang CA if you're ever in the area it's definitely worth the $10 admission. Showing is by appointment only.
Is this engine able to idle while the wheel is in standstill? I'm just asking because at the beginning we don't see how the rider started rolling and at the turnaround on the parking place he did not stopped at the Stop sign 🤔😅
haha no gears, no clutch, a mess to start up but the tradeoff was that you got front wheel drive on a bike. it is as fascinating as it is lame. never thought that such a beast could exist
Ok guys... so how does it work? Carburetor stays stationary and the intake runnes get aligned to it as it spins? Do the cylinders fire as they reach the same spot? So many questions...
Like the fighter planes from the great war with rotary engines. That technique had been state of the art these days. Google rotary engine in wikepedia and you will see how it worked thousands of times in the fighter planes of WW1 and in this motorcycle.
It messes with your brain to think of the crankshaft as the axle and of it being stationary while the rest of the engine spins around it and takes the wheel with it.
So fuel delivery on these "rotary engines" was a problem. It was fed through a hollow crankshaft into the crankcase which doubled as an intake manifold. There were identical tubes running from the crankcase up to the intake of each cylinder. Apparantly, changing the engine throttle takes genius level artistry.
@@7MPhonemicEnglish Throttling was only a significant problem on the "monosoupape" (one valve) engines. Those had a transfer port like a two-stroke. They opened the exhaust early so that when the piston is at BDC the cylinder is already at ambient pressure and no exhaust gas goes back into the transfer port (that of course is some lost efficiency already), then they push out the remaining gas, suck in air through the SAME valve (and cooling it that way), close it early so that there is vacuum in they cylinder which then sucks the very rich mixture from the crankcase through the transfer port into the cylinder, where it mixes with the pure air to get the correct mixture. en.wikipedia.org/wiki/Gnome_Monosoupape That of course only works at one throttle setting. Later rotarys (like the one in the megola) had 2 valves and a standard carburetor.
In the 1920ies they still had belt driven and no gear box motorcycles. These had the same "problems". So that had been no problem in these days. Do not judge from todays perspective.
Da sieht man, wie einfallsreich die Fahrzeugtechniker vor über hundert Jahren schon waren. Heutige Konstrukteure könnten sich durchaus etwas abschauen. Ein eindrucksvolles Gerät, wenngleich in der Optik und Ausführung nicht ganz nach meinem Geschmack. :)
The real doktorbimmer Oops. From wikipedia: Rotary and radial engines look strikingly similar when they are not running and can easily be confused, since both have cylinders arranged radially around a central crankshaft. Unlike the rotary engine, however, radial engines use a conventional rotating crankshaft in a fixed engine block. So the frontaxle of the Megola is also the crankshaft. Does that make this a radial or a rotary engine? I'm getting a bit confused here since with the term rotary engine I imagine the Wankel engine like Mazda uses and that looks completely different from this. However when I google "rotary engine" I also get pic's of engines that look like the starengine that's in the Megola ???? So with the cranckshaft staying in place when the engine is running and shutting down the completely when the vehicle stops makes this a rotary right?
OpaSann0 Yes, some Rotary engines do have reciprocating cylinders in a "Radial" arrangement, but not all do. Rotary engines do not have a "Conventional Layout" which includes a rotating mainshaft or crankshaft and flywheel. Rotary engines spin concentrically on a "AXLE" or other fixed, non-rotating hub. The entire engines mass "Rotates" on its axis Invented by Felix Millet, the Rotary layout was also used by Felix Wankel for his "Orbiting Piston" Supercharger and a failed engine prototype design called the DKM-54 The later Wankel KKM-57(Orbiting Piston Motor, not designed by Wankel himself) discarded the Rotary layout in favor of a Conventional Non-rotary layout used by many manufacturers including Mazda... After the Wankel patents expired, Mazda marketed the Wankel KKM under the "Mazda Rotary®" brand name despite the ironic fact that the Wankel KKM is not a Rotary type engine. Cheers! Hyvää joulua ja onnellista uutta vuotta
Yes it's a 5cylinder rotary plane engine of BMW. They have built plane engines in Eisenach and it's a Wankel engine and good racing motocycle 14 HP 640cc 143km/h in the 30s.
Our great-grandfathers were crazy!
It's awesome to see these crazy ideas that companies had in the past
Well, at least the engine will never overheat. xD
It even sounds like an Old Biplane !
Yes :))))
jackpontiac52 Because it is roughly the same engine design.
Correct !
Duh?😆
@@Call_Me_The_Storyteller Do you get out much?
Well, so much for doin' wheelies.
First version had engine in rear wheel
Please do a video on how you start riding this Megola. Thanks!
th-cam.com/video/1EVJWv4fcg0/w-d-xo.html
😇
Toll, ich freue mich das Windgesicht im Café gestern getroffen zu haben. Sehr netter Mensch. Danke und viel Freude am Gespann, sowie der Megola.
This should have been made with an engine in both the front and rear wheels.
It would be AWD bike instead of FWD & RWD bike
Здорово,что такие аппараты ещё живут!
Love it , Great machine Love the handlebars
Fantastic.. time machine............. Bravo...! Riding position appears comfortable .. well done indeed.. indeed.
Oh my goodness! I need one of these in my life!
how do you start off or put the kickstand down?... the wheel is already moving. I NEED TO KNOW, i am so confused.
Kick stand only to warm-up the engine. To ride you push start it.
When you come to a stop (like at an intersection) the engine stops too. When you want to start moving, you move forward and re-start ignition. There is no clutch.
Dangerous and most cool thing I have seen.
Some very different engineering and solutions here. Great video. It sure is a great experience riding it.
That does sound like a WWI/WWII plane. the engine being a radial is one reason and it's the same concept as the knome engines from the first world war planes except they used cylinder deactivation to control engine speed which explains the sound of an engine surging and spluttering in flight.
technically this is a rotary engine, (by this I don't mean a wankel engine with the triangle).
Totally impractical bike, but.. but... what a sound it makes...wooow
Is it possible to disengage the drive (clutch / Kupplung), or does the engine stall if the motorcycle stops ? That would make it difficult to drive.....
It's OK, I got my answer on another video, not possible to disengage engine/drive.
once you stop, thwe engine stops too...
It doesn't have either a gearbox nor clutch. en.m.wikipedia.org/wiki/Megola
Thanks for saving this for the future by video.
erst als 2-Takter dann 1919 als 4-Takter Pax. Im Gegensatz zum einfachen Umlaufmotor
bei dem die Kurbelwelle feststeht, drehen sich beim Gegenumlaufmotor
sowohl das Gehäuse als auch die Kurbelwelle und zwar gegensinnig. Die Rapp-Motorenwerke wurden 1916 zu BMW. 1920 wurde daraus ein 5-Zylinder-Motor, der später im Prototyp der Megola vom Hinterrad ins Vorderrad wechselte Die Rennmaschinen waren 1924 absolut spitze in der 500cm³ Klasse
Brauchst nicht Wikipedia zu kopieren, einfach einen Link setzen reicht.
This is sitting in the motorcycle museum in Solvang CA if you're ever in the area it's definitely worth the $10 admission. Showing is by appointment only.
Is this engine able to idle while the wheel is in standstill? I'm just asking because at the beginning we don't see how the rider started rolling and at the turnaround on the parking place he did not stopped at the Stop sign 🤔😅
they don't show you putting that wheel down because its ridiculously dangerous…that is by far the scariest and most clever motorcycle i've ever seen.
You push start the bike, the stand is only for warm-up or tuning
Just amazing!!!
I love that grand pa is nuber 1 .
haha no gears, no clutch, a mess to start up but the tradeoff was that you got front wheel drive on a bike. it is as fascinating as it is lame. never thought that such a beast could exist
There is no stopping! Choose death beforehand.
The bike have no clutch and gearbox,in youswitchof the engine,the bike will stoppen,ther is no frontbrake,the ratio engine to wheel is5:1
What the hell happens if the traffic light shows red ?
Gun it lol
Ok guys... so how does it work? Carburetor stays stationary and the intake runnes get aligned to it as it spins? Do the cylinders fire as they reach the same spot? So many questions...
Like the fighter planes from the great war with rotary engines. That technique had been state of the art these days.
Google rotary engine in wikepedia and you will see how it worked thousands of times in the fighter planes of WW1 and in this motorcycle.
thanks, will do that
It messes with your brain to think of the crankshaft as the axle and of it being stationary while the rest of the engine spins around it and takes the wheel with it.
So fuel delivery on these "rotary engines" was a problem. It was fed through a hollow crankshaft into the crankcase which doubled as an intake manifold. There were identical tubes running from the crankcase up to the intake of each cylinder. Apparantly, changing the engine throttle takes genius level artistry.
@@7MPhonemicEnglish Throttling was only a significant problem on the "monosoupape" (one valve) engines. Those had a transfer port like a two-stroke. They opened the exhaust early so that when the piston is at BDC the cylinder is already at ambient pressure and no exhaust gas goes back into the transfer port (that of course is some lost efficiency already), then they push out the remaining gas, suck in air through the SAME valve (and cooling it that way), close it early so that there is vacuum in they cylinder which then sucks the very rich mixture from the crankcase through the transfer port into the cylinder, where it mixes with the pure air to get the correct mixture.
en.wikipedia.org/wiki/Gnome_Monosoupape
That of course only works at one throttle setting. Later rotarys (like the one in the megola) had 2 valves and a standard carburetor.
Grandpa is representin'!
I wonder why they just didn’t do it to the back wheel.?
Not that that would solve the problem of stopping …!
Magnificent!
Why is it front wheel drive? Seems like more of a hassle to make than rear wheel drive
Ich liebe Umlauf Motoren bei Flugzeugen ganz besonders
Sounds like a fighter air craft from WW1. Prima!!!
how is the clutch of this motorcycle?
The last thing I want to have is a front wheel drive motorcycle😂
how do you stop does it have a clutch of some sort?
Johnny Pasillas no clutch, the engine stops!
HOW DOES IT IT GET FUEL !!!!!!!
I love it!
cool
that was awesome motorbike!
comme lavion !
toll das man durch den heldenhaften Kameramann, der das Mikro genau in den WInd hält nichts von dem Sound hört ohne Ohrenkrebs zu kriegen
And how does he stop???🤔🤔🤔
how does it work on stop and go traffic, like in the city?
Very poor, the engine does not disengage. You can only shut it off.
Designed primarily as a racing bike, no stop lights back in those days.. not many cars on the roads either.
❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤❤
Nummernschild? Bekommt man heute für die Megola eine Zulassung?
He didn't stop at the stop sign.
Unglaublich drei Daumen hoch!
How can such a weird bike look so comfy to ride?
Engine is IN the wheel, yes its crazy nowdays o0
NICE !!!!
That must be incredibly stable with the gyroscopic forces of the engine
Which also means difficult cornering. Harley may want to adopt this principle.
gibt's ne Kupplung um anzuhalten wo dann die Achse durchdreht oder Wie?
Nein, es ist ein direkt Antrieb.
Der Motor geht beim anhalten also folglich aus.
@@greenfox9413 na das ist im heutigen Verkehr sehr schlecht
Awesome machine
And.... how do you stop?
i like this bike
Preciosidad
Incredible
Amazing bike
FWD scooter in 1921! And with wich engine!
Front-wheel drive, in a motorcycle, in the early 1920s.
this optimizes the idea of a mad german.
Awesome!
How do I Stop with this bike? The engine runs instantly.
kill switch- apply brakes or coast to a stop.
Wie funktioniert das mit der Kupplung?
Ganz einfach, das Ding hat keine. Anhalten heißt Motor aus.
Maxl auf den weg zur schule be like
Absolut!..
No, the Engine stops!
In the 1920ies they still had belt driven and no gear box motorcycles. These had the same "problems". So that had been no problem in these days. Do not judge from todays perspective.
I you have to stop is it now a running start again and then jump on
Same as a bicycle. The rider on a bicycle does not pedal when he's stationary. In the 1920s motorcycle riders were real men.
SAFECE MENGOLA YAZIŞMITŞIM.
I want to know how you get it moving from a dead stop?
How much?
the old gnome has balls !
Ma come fa a fermarsi?? 🤔
How does the clutch work?
There is no clutch, or transmission, if you stop the bike dies.
Is this bike a kind of Tamagotchi?
Listen how loud that is
Da sieht man, wie einfallsreich die Fahrzeugtechniker vor über hundert Jahren schon waren. Heutige Konstrukteure könnten sich durchaus etwas abschauen.
Ein eindrucksvolles Gerät, wenngleich in der Optik und Ausführung nicht ganz nach meinem Geschmack. :)
A SOUND OF A PLANE LOL
☺☺👍👍👍👍👍
Unbelievable
Ones motorbike with FWD.
berentinya bijimane itu?
『ばくおん』9巻から来ました。
It sounds like a Sopwith Camel ....
What cc?
640 cm³ Hubraum (Bohrung: 52 mm; Hub: 60 mm) und leistete maximal bei 2500/min 6,5 PS (4,8 kW), 7,5 PS (5,5 kW) bei 3000/min und 9,5 PS (7 kW) bei 3600/min.
kid named finger:
Звездообразный да ещё и ротационный двигатель. Зато никакой проблемы с обдувом цилиндров ))
Hey Junge! Bleib mal stehen und fahr dann wieder los! Wie funktioniert das?
#RotaryEngine
+The real doktorbimmer # radial engine. rotary is something different
OpaSann0 Sorry, but you are wrong..
This is a ROTARY Engine.. NOT A RADIAL
The real doktorbimmer Oops. From wikipedia:
Rotary and radial engines look strikingly similar when they are not running and can easily be confused, since both have cylinders arranged radially around a central crankshaft. Unlike the rotary engine, however, radial engines use a conventional rotating crankshaft in a fixed engine block.
So the frontaxle of the Megola is also the crankshaft. Does that make this a radial or a rotary engine? I'm getting a bit confused here since with the term rotary engine I imagine the Wankel engine like Mazda uses and that looks completely different from this. However when I google "rotary engine" I also get pic's of engines that look like the starengine that's in the Megola ???? So with the cranckshaft staying in place when the engine is running and shutting down the completely when the vehicle stops makes this a rotary right?
OpaSann0 Yes, some Rotary engines do have reciprocating cylinders in a "Radial" arrangement, but not all do.
Rotary engines do not have a "Conventional Layout" which includes a rotating mainshaft or crankshaft and flywheel.
Rotary engines spin concentrically on a "AXLE" or other fixed, non-rotating hub.
The entire engines mass "Rotates" on its axis
Invented by Felix Millet, the Rotary layout was also used by Felix Wankel for his "Orbiting Piston" Supercharger and a failed engine prototype design called the DKM-54
The later Wankel KKM-57(Orbiting Piston Motor, not designed by Wankel himself) discarded the Rotary layout in favor of a Conventional Non-rotary layout used by many manufacturers
including Mazda...
After the Wankel patents expired, Mazda marketed the Wankel KKM under the "Mazda Rotary®" brand name
despite the ironic fact that the Wankel KKM is not a Rotary type engine.
Cheers!
Hyvää joulua ja onnellista uutta vuotta
Yes it's a 5cylinder rotary plane engine of BMW. They have built plane engines in Eisenach and it's a Wankel engine and good racing motocycle 14 HP 640cc 143km/h in the 30s.
I mean anyone can ride once it's going. I want to see how you start and stop riding this thing.
The bike have no clutch and gearbox,in youswitchof the engine,the bike will stoppen,ther is no frontbrake,the ratio engine to wheel is5:1