Lmfaoo

Focke-Achgelis Focke, Achgelis & Co. GmbH Commercial Director: Dipl.-Ing. Kirchhoff Technical Director: Prof. Dr.-Ing eh Henrich Focke Plants: Hoyenkamp near Delmenhorst, Oldenburg, Laupheim Henrich Focke was born on October 8, 1890. In 1909, still at school, he was already working on the construction of flight models and gliders. In 1913, he began his studies at the Technical University of Hanover, which - interrupted by World War I - he finished after the war. After serving as an infantryman during the war, Focke was transferred to the Air Force and crashed at the Western Front in 1917. After the crash, Focke was stationed at the aircraft maintenance at Berlin-Adlershof. In 1923, he founded the Focke-Wulf Flugzeugbau AG together with Georg Wulf, who had been his assistant since 1913. Focke was technical director and member of the board until 1933. He was always used to cut his own path. So, in 1931 , he purchased the license of the Cierva autogyro and used the Focke-Wulf facilities to build the model C-19 Mark VI “Don Quixote” and later the C-30 “Heustarte” (“Grasshopper”). Motivated by the work on these rotary-wing aircraft, Focke established a research laboratory as part of his own factory in 1931 that later became his sole point of interest. This was the place where the Fw 61 was built. This research laboratory became the birthplace of Focke, Achgelis & Co. GmbH. In 1937, Prof. Henrich Focke founded the Focke, Achgelis & Co. GmbH together with the renowned stunt pilot Gerd Achgelis. Other members of staff were Dr. Jackel, Dr. Just, Dr.-Ing. Schweym, and Dipl.-Ing. Spanger. In the beginning, design and production was provided by the Brandenburgische Motorenwerke in Spandau, but was automatically transferred to BMW, after both companies had merged. Later, the entire development staff was separated from BMW at the instance of the Reich Air Ministry (RLM) and was made available to Focke-Achgelis. Initially, the work in this group was headed by Director Dipl.-Ing. Wolff, later, by his closest assistant, Obering. Bussmann, and Dr.-Ing. Löffler on the theoretical side. The Fw 61, being the world's first successful helicopter, was followed by a number of other successful rotary-wing aircraft and some interesting projects that could not be completed because of the war. later, by his closest assistant, Obering. Bussmann, and Dr.-Ing. Löffler on the theoretical side. The Fw 61, being the world's first successful helicopter, was followed by a number of other successful rotary-wing aircraft and some interesting projects that could not be completed because of the war. later, by his closest assistant, Obering. Bussmann, and Dr.-Ing. Löffler on the theoretical side. The Fw 61, being the world's first successful helicopter, was followed by a number of other successful rotary-wing aircraft and some interesting projects that could not be completed because of the war. Focke Achgelis Fa 223 After the development of the Fw 61 German authorities agreed that a helicopter should be capable of carrying a payload of 700 kg to be of practical use. This was the reason for the design of a substantially larger construction that started in 1938. The Fa 223 had fundamentally the same framework as the Fw 61. It was also equipped with twin-rotors mounted side-by-side on outriggers. One of the two Fw 61 was expanded to a flying laboratory in order to gain planning fundamentals for the Fa 223. The prototype of the Fa 223 left the factory in August 1939 and for the first time lifted off the ground in August 1940, still captured . 100 hours of ground testing had preceded the lift-off. The designers had to overcome a large number of problems: unbalanced rotors, developing safety devices for switching automatically to autorotation in case of a power plant or gearbox failure, as well as solving the problem of blades being sensitive against a pitch-angle change and the problem of vibrations. During these tests the hazardous mutual self-excitation of the rotor blades was discovered. Subsequent flight testing had to be accomplished in hovering flight, due to the non-existing large wind tunnel, covering many aspects of lift, resistance and torque. At the beginning of 1942, the model was ready for serial production, and an order for 100 units followed. Because of the war and permanent bombing only 20 had been built by the end of the war, and only 10 of them had flown. At the end of the war, only two machines were found ready to fly. One of them was disassembled and shipped to the US, the other became the first helicopter to cross the Channel to England. The Fa 223 showed good flight characteristics and was fully stable around all axes with regard to statics and dynamics, except for stability around the pitch axis. During cruise flight at 140 km/h the stick could be released because the instability around the pitch axis disappeared at approx. 120km/h. 26 pilots were fully retrained to this type within 2 ½ to 3 ½ hours despite the dynamic instability of the flight. These tests covered flights with wind speeds of 21 m/s and extensive mountain testing in the Karwendel Mountains. During cruise flight at 140 km/h the stick could be released because the instability around the pitch axis disappeared at approx. 120km/h. 26 pilots were fully retrained to this type within 2 ½ to 3 ½ hours despite the dynamic instability of the flight. These tests covered flights with wind speeds of 21 m/s and extensive mountain testing in the Karwendel Mountains. During cruise flight at 140 km/h the stick could be released because the instability around the pitch axis disappeared at approx. 120km/h. 26 pilots were fully retrained to this type within 2 ½ to 3 ½ hours despite the dynamic instability of the flight. These tests covered flights with wind speeds of 21 m/s and extensive mountain testing in the Karwendel Mountains. During cruise flight at 140 km/h the stick could be released because the instability around the pitch axis disappeared at approx. 120km/h. 26 pilots were fully retrained to this type within 2 ½ to 3 ½ hours despite the dynamic instability of the flight. These tests covered flights with wind speeds of 21 m/s and extensive mountain testing in the Karwendel Mountains. During cruise flight at 140 km/h the stick could be released because the instability around the pitch axis disappeared at approx. 120km/h. 26 pilots were fully retrained to this type within 2 ½ to 3 ½ hours despite the dynamic instability of the flight. These tests covered flights with wind speeds of 21 m/s and extensive mountain testing in the Karwendel Mountains. Type: Single-engine transport helicopter Rotor system: Two 3-bladed counterrotating rotors side-by-side mounted on steel-tube outriggers. Each rotor has a diameter of 12 m. Rotor blades with steel-tube spar, wooden ribs, torsionally resistant plywood nose and fabric-covered tail; simply supported with friction damper. Automatic change-over as fly-ball governor, as with the Fw 61. Fuselage: Framework as welded steel-tube frame, completely fabric-covered. Empennage: Standard empennage, consisting of a complete vertical tail and stabilizer struts, mounted to the vertical fin in T-arrangement. All surfaces from fabric-covered wood. Undercarriage: Rigid tricycle undercarriage. All wheels mounted to oil-damped shock struts. Spring-mounted auxiliary skid under the rear fuselage. Powerplant: Air-cooled 9-cylinder rotary engine BMW-Bramo 323 Q-3 with 1x 1,000 hp take-off power, installed amidships and positively cooled. Cooling-air intake through a slit along the fuselage. Crew: Two pilot seats side-by-side in fully glazed nose section, behind it the main cabin with another 4 seats or freight. Type designation: Fa 223 “Dragon” Usage: transportation helicopters Manufactures: Focke-Achgelis Country: Germany First flight: 1940 Lenght: 12.25 m Height: 4.35 m Rotor diameter: 12m each Number of rotor blades: 2x3 Power plant: BMW Bramo 323D Power: 1,000 hp (735 kW) Max speed: 182km/h Service ceiling: 2,010m Empty weight: 3.180kg Max. take off weight: 4.434kg Range: 300 km Crew: 1 Manufactured: 20 fock

💀💀💀 im dead

She got creative mode☠️

Uh

Damn

damn, fr

I have Allah as a protector Allah I'd my only protector

Is

​@@abdulghafoor823this ain't religion video brah

Same

​@@Mukapogz do you really have to reply on every comments here 😭

I would be too scared to even check the cameras 😭

bruh

@@swiftiesxoyeah same lol

Eggs

@@Mukapogz Eggs

​@@methearatanakmunin1108eggs

​@@methearatanakmunin1108Eggs

Eggs?

I watch ur vids 🙉

hello again

Lol

I haven’t seen one of your comments in a few months holy do I have a record

HOW DO YOU HAVE ONLY 55 LIKES

Eggs

@@Mukapogzbros in every reply

@@SkullyKZfaq bananas

Same i have a fear of dolls (idk if you have that too)

dolls are just creepy, this is why i don't want a doll, only plushies that are actually cute

Omg !! =-O

😢

You know you shouldn't purchase it as the movie maker got haunted even when that was a fake doll?

@@toxicgamersid1636Well actually, true... but I still don't know why was the doll on sale so people can purchase it! That's a bit suspicious...

@@maniedg4159 prolly just a copy but still no risks

not me

lol@@HolyCrossed

Imagine seeing a doll in the sleep paralysis W trade for the demons and showy figures in my dream😂

I can.

its literally 10:40 pm oml

same :(

Its literally almost 11 for me 😢

​@@jaclynanne9900just wait until someone pops out underneath your bed

Same situation 💔

@@jitssh ☠💀

Good videoshiver my timbers

Watch at night alone

lol

👀💀

HAHAHAHAHA

💀💀💀

Same

💀💀💀

SAME 💀💀💀💀

Same

Same

So my friend never lying of the original story of Annabelle,, she say the original story is very far different from the movie.. The reason why the doll was haunted because there is a girl which Agon say earlier was passed away due to unknown then her grandparent (maybe) that know witch's craft then they make her spirit goes into the doll that her grandparent made fir her b4 she passed away.. I don't know wether she lying or not but this what she tell me😅the only thing I know she isn't lying because she said this haplen in real life but far different from the og😅

Same

Was always a fear

I will keep her as far so far that I will drown her

where is mukapogz

now I'll have nightmares and the fact that this is a true story is just..

Same

Same here

YESSS ❤

Heh, try the whole Quran.

And pour holy water on it and read the bible

I got GOosebumps

Same

BRO IT LOOKS SO TRUE-

Someone better not say ragatha from tadc

​@railgun_drone what's tadc

​@@railgun_drone murder drones fan?

​@@JaneGammad-bb5ft TADC STANDS FOR.....THE AMAZING DIGITAL CIRCUS

Same

Shiver my timbers

having a panic attack rn

Yeah i cant sleep now

I am not sleeping

Yes

True

Lmao

Same

Amen❤

Amen❤

Amen ❤

Amen❤

Ikr

Bop

Fr💀

Ye!!

Hawa wazungu wanapendanga tu kuteseka na uchawi😂😂😂😂

whats kenya?

Yeah lol

Same bruh 💀

Ikr Focke-Achgelis Focke, Achgelis & Co. GmbH Commercial Director: Dipl.-Ing. Kirchhoff Technical Director: Prof. Dr.-Ing eh Henrich Focke Plants: Hoyenkamp near Delmenhorst, Oldenburg, Laupheim Henrich Focke was born on October 8, 1890. In 1909, still at school, he was already working on the construction of flight models and gliders. In 1913, he began his studies at the Technical University of Hanover, which - interrupted by World War I - he finished after the war. After serving as an infantryman during the war, Focke was transferred to the Air Force and crashed at the Western Front in 1917. After the crash, Focke was stationed at the aircraft maintenance at Berlin-Adlershof. In 1923, he founded the Focke-Wulf Flugzeugbau AG together with Georg Wulf, who had been his assistant since 1913. Focke was technical director and member of the board until 1933. He was always used to cut his own path. So, in 1931 , he purchased the license of the Cierva autogyro and used the Focke-Wulf facilities to build the model C-19 Mark VI “Don Quixote” and later the C-30 “Heustarte” (“Grasshopper”). Motivated by the work on these rotary-wing aircraft, Focke established a research laboratory as part of his own factory in 1931 that later became his sole point of interest. This was the place where the Fw 61 was built. This research laboratory became the birthplace of Focke, Achgelis & Co. GmbH. In 1937, Prof. Henrich Focke founded the Focke, Achgelis & Co. GmbH together with the renowned stunt pilot Gerd Achgelis. Other members of staff were Dr. Jackel, Dr. Just, Dr.-Ing. Schweym, and Dipl.-Ing. Spanger. In the beginning, design and production was provided by the Brandenburgische Motorenwerke in Spandau, but was automatically transferred to BMW, after both companies had merged. Later, the entire development staff was separated from BMW at the instance of the Reich Air Ministry (RLM) and was made available to Focke-Achgelis. Initially, the work in this group was headed by Director Dipl.-Ing. Wolff, later, by his closest assistant, Obering. Bussmann, and Dr.-Ing. Löffler on the theoretical side. The Fw 61, being the world's first successful helicopter, was followed by a number of other successful rotary-wing aircraft and some interesting projects that could not be completed because of the war. later, by his closest assistant, Obering. Bussmann, and Dr.-Ing. Löffler on the theoretical side. The Fw 61, being the world's first successful helicopter, was followed by a number of other successful rotary-wing aircraft and some interesting projects that could not be completed because of the war. later, by his closest assistant, Obering. Bussmann, and Dr.-Ing. Löffler on the theoretical side. The Fw 61, being the world's first successful helicopter, was followed by a number of other successful rotary-wing aircraft and some interesting projects that could not be completed because of the war. Focke Achgelis Fa 223 After the development of the Fw 61 German authorities agreed that a helicopter should be capable of carrying a payload of 700 kg to be of practical use. This was the reason for the design of a substantially larger construction that started in 1938. The Fa 223 had fundamentally the same framework as the Fw 61. It was also equipped with twin-rotors mounted side-by-side on outriggers. One of the two Fw 61 was expanded to a flying laboratory in order to gain planning fundamentals for the Fa 223. The prototype of the Fa 223 left the factory in August 1939 and for the first time lifted off the ground in August 1940, still captured . 100 hours of ground testing had preceded the lift-off. The designers had to overcome a large number of problems: unbalanced rotors, developing safety devices for switching automatically to autorotation in case of a power plant or gearbox failure, as well as solving the problem of blades being sensitive against a pitch-angle change and the problem of vibrations. During these tests the hazardous mutual self-excitation of the rotor blades was discovered. Subsequent flight testing had to be accomplished in hovering flight, due to the non-existing large wind tunnel, covering many aspects of lift, resistance and torque. At the beginning of 1942, the model was ready for serial production, and an order for 100 units followed. Because of the war and permanent bombing only 20 had been built by the end of the war, and only 10 of them had flown. At the end of the war, only two machines were found ready to fly. One of them was disassembled and shipped to the US, the other became the first helicopter to cross the Channel to England. The Fa 223 showed good flight characteristics and was fully stable around all axes with regard to statics and dynamics, except for stability around the pitch axis. During cruise flight at 140 km/h the stick could be released because the instability around the pitch axis disappeared at approx. 120km/h. 26 pilots were fully retrained to this type within 2 ½ to 3 ½ hours despite the dynamic instability of the flight. These tests covered flights with wind speeds of 21 m/s and extensive mountain testing in the Karwendel Mountains. During cruise flight at 140 km/h the stick could be released because the instability around the pitch axis disappeared at approx. 120km/h. 26 pilots were fully retrained to this type within 2 ½ to 3 ½ hours despite the dynamic instability of the flight. These tests covered flights with wind speeds of 21 m/s and extensive mountain testing in the Karwendel Mountains. During cruise flight at 140 km/h the stick could be released because the instability around the pitch axis disappeared at approx. 120km/h. 26 pilots were fully retrained to this type within 2 ½ to 3 ½ hours despite the dynamic instability of the flight. These tests covered flights with wind speeds of 21 m/s and extensive mountain testing in the Karwendel Mountains. During cruise flight at 140 km/h the stick could be released because the instability around the pitch axis disappeared at approx. 120km/h. 26 pilots were fully retrained to this type within 2 ½ to 3 ½ hours despite the dynamic instability of the flight. These tests covered flights with wind speeds of 21 m/s and extensive mountain testing in the Karwendel Mountains. During cruise flight at 140 km/h the stick could be released because the instability around the pitch axis disappeared at approx. 120km/h. 26 pilots were fully retrained to this type within 2 ½ to 3 ½ hours despite the dynamic instability of the flight. These tests covered flights with wind speeds of 21 m/s and extensive mountain testing in the Karwendel Mountains. Type: Single-engine transport helicopter Rotor system: Two 3-bladed counterrotating rotors side-by-side mounted on steel-tube outriggers. Each rotor has a diameter of 12 m. Rotor blades with steel-tube spar, wooden ribs, torsionally resistant plywood nose and fabric-covered tail; simply supported with friction damper. Automatic change-over as fly-ball governor, as with the Fw 61. Fuselage: Framework as welded steel-tube frame, completely fabric-covered. Empennage: Standard empennage, consisting of a complete vertical tail and stabilizer struts, mounted to the vertical fin in T-arrangement. All surfaces from fabric-covered wood. Undercarriage: Rigid tricycle undercarriage. All wheels mounted to oil-damped shock struts. Spring-mounted auxiliary skid under the rear fuselage. Powerplant: Air-cooled 9-cylinder rotary engine BMW-Bramo 323 Q-3 with 1x 1,000 hp take-off power, installed amidships and positively cooled. Cooling-air intake through a slit along the fuselage. Crew: Two pilot seats side-by-side in fully glazed nose section, behind it the main cabin with another 4 seats or freight. Type designation: Fa 223 “Dragon” Usage: transportation helicopters Manufactures: Focke-Achgelis Country: Germany First flight: 1940 Lenght: 12.25 m Height: 4.35 m Rotor diameter: 12m each Number of rotor blades: 2x3 Power plant: BMW Bramo 323D Power: 1,000 hp (735 kW) Max speed: 182km/h Service ceiling: 2,010m Empty weight: 3.180kg Max. take off weight: 4.434kg Range: 300 km Crew: 1 Manufactured: 20 fock

Same its already started to scare me

Same

this has happened to me before, i was in the backseat of a car with my family on a road trip, and i fell asleep. then i suddenly woke up but couldnt move anything, or say anything. i was just…stuck. it happened quite a few times

@@a_cuppa_coffee It's sleep paralysis according to google: During the rapid eye movement (REM) sleep stage, you're likely to have dreams. The brain prevents muscles in your limbs from moving to protect yourself from acting dreams out and hurting yourself. Sleep paralysis happens when you regain awareness going into or coming out of REM.

It's a sleep paralysis, it happened to my friends and in my culture if you eat something in your bed and leave food pieces (especially bread crumbs) a sleep paralysis would come when you are sleeping and woke you up but you can't move no matter what. It's also called karabasan in my country.

Same

How bout you go there and bang that glass case. We'll see whether it was a coincidence or not

​@@jitsshWhere is the glass case?

@@epicduck270 it's in Warren’s Occult Museum in Monroe, Connecticut.

@@jitssh Alright, I'm booking a flight to there, and I'll actually bang the glass, I'll give you updates abt it later when I get there

@@goose2eyes lol, okay. Be sure to come back with the update

🙏

Sure you can watch it

To have a good dream

Ikr