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Manufacture of aircraft
Aviation manufacturing around the world.
What type of aircraft needs to be manufactured?
Air Force
Bomber Aircraft
Multirole Aircraft
Special Purpose
Seaplane/Floatplane Aircraft

Passenger Airline Freight

How should various states nominate aerospace engineers for aircraft manufacture?
You can remain in your original state and enhance aircraft manufacturing.
You need to forward your profile.

What state should nominate aerospace engineers for aircraft manufacture?
Take a look at this.
All aircraft manufacturing facilities in any state are state manufacturing facilities and world aviation administration facilities.

Here are further guidelines.

Global Military Aircraft G1


How many employees are required for this aircraft manufacture?
A minimum of 1,500.

What types of employees are required?
The employees who work on this aircraft must be aerospace engineers.

Where exactly will the aerospace engineers work on this aircraft?
Aerospace engineer for this aircraft will work from their home state.
Location of final assembly in California, North America.
All employees for the aircraft do not need to reach the final assembly of the aircraft.

Aircraft manufacture
Aviation manufacturing around the world.
Manufacture of aircraft
What types of aircrafts can be manufactured up to now around the world?
Air Force
Special Purpose

Aircraft (Military)
What are the various types of aircraft?
Airplane heavy (passenger cargo)
Airplane medium (passenger cargo)
Airplane light (passenger cargo)
Airplane heavy with defense systems (passenger cargo) Air Force One/C-130 Hercules
Airplane medium with defense systems (passenger cargo)
Attack aircraft (attack ground targets) (only for combat)
Amphibious aircraft (only for combat)
Aerial Refueling Tanker Aircraft
Anti-Submarine Warfare (ASW)
Bomber Aircraft (only for combat)
    Medium Bombers
    Heavy Bombers
    Torpedo Bombers
    Dive Bombers
Electric aircraft
Electronic warfare aircraft
Fighter aircraft (air-to-air combat) (only for combat)
Flying Boat Aircraft
Helicopters (ALL)
Helicopter for transportation of people and cargo
Helicopter for construction (skycrane lifting)
Helicopter for dropping water on fire or water supply
Helicopter for combat/Attack Helicopters (missiles, guns, bombs)
Helicopter for search and rescue
Helicopter for medical transport (air ambulance)
Helicopter for reconaissance
Helicopter for aerial observation
Interceptor aircraft
Multi-Role Aircraft
Navy Carrier Aircraft
Night Fighters/all-weather fighter
Reconnaissance / Scout
R/C (remote controlled) aircraft
Seaplane/Floatplane Aircraft (only for combat)
Search & Rescue (SAR)
Special Purpose Aircraft
Trainer Aircraft
Unmanned aerial vehicles (UAVs)
Unmanned Combat Air Vehicles (UCAVs)

Fighter Aircraft
What are the best 10 fighter jet aircraft in 2014?
F-22 Raptor (Ranked Number 1)
F-35 Joint Strike Fighter (Ranked/almost Number 1)
Sukhoi Su-35 (Ranked Number 2)
Rafale/Dassault (Ranked Number 3)
Typhoon (Ranked Number 4)
F18 Super Hornet (Ranked 5)
Gripen or SAAB 30 (Ranked Number 6)
Sukhoi Su-30 (Ranked Number 7)
F15 Eagle (Ranked Number 8)
Sukhoi Su-33 (Ranked Number 9)
F 16 Fighter Falcon (Ranked Number 10)
SU-30 MKI: Super Sukhoi
JAS 39 Gripen NG
Mirage 2000

Here are further guidelines.
Here are further guidelines.

Here are further guidelines.

Bomber Aircraft
Bomber Aircraft

Special Purpose Aircraft
Special Purpose Aircraft

Transport Aircraft
Transport Aircraft

Trainer Aircraft
Trainer Aircraft

What type of aircraft needs to be manufactured?
Do you need the aircraft to have military gadgets or nonmilitary purpose?
In what states and locations will people be helped by this aircraft around the world?
What state is best to assemble with parts manufactured elsewhere in the world?

Why has weapons manufacturing been mentioned with aircraft manufacturing around the world?
Military aircraft have to be fitted with various weapons, including missiles.

What are the flaws of mounting BrahMos cruise missiles on aircraft?
This type of missile is short range.
Testing phase is needed.
Verified planned effectiveness has not been demonstrated.
This means that if, on March 19, 2015, a target at 60,000 feet above sea level or on land or sea was identified, there was no verified accuracy and effectiveness.

What types of missiles should be mounted on aircraft?
Do mergers of aircraft manufacturers hurt or help?
What should the world look forward to in aircraft manufacturing?
What recommendations are there for aircraft manufacturing?
Who all must merge in aircraft manufacturing?
What resources are required to manufacture the types of aircraft displayed here?
Why are these resources essential for all states around the world?
What is the main purpose of these aircrafts?
Is it possible to manufacture these planet/global aircraft with specifications displayed at this resource?
How should you ideally go ahead with manufacture of large aircraft?
What is aerospace engineering?
What is aerospace electronics?
What are examples of common electronic components?
How are electronic components categorized?
How many aerospace engineers are required to manufacture a large aircraft within 18 months?
What will the aircraft look like?
How is an aircraft built?
Do you manufacture these resources within the state?
What do you have to do to manufacture these resources within the state?
What do you understand by open source manufacturing of products?
Here are further guidelines.
What resources are required to manufacture the types of aircraft displayed here?
Engineering resources: Devices, machines, materials, processes, structures, and systems.
Human resources for aircrafts manufacturing.
Methods and services.
Locations to build and assemble various parts and data centers.

Data centers with proper human resources are the most important resources for the manufacture of these aircrafts.

What do various states have to do?
All aircraft manufacturing workers in various states must be reminded they are state workers with the affiliation of World Aviation Administration. Boeing, Airbus, and some others have to merge and identity with individual state and the World Aviation Administration.

Aircraft specifications
Aircraft Specifications
Intercontinental aircraft
  1. Aspect ratio: 8.5

  2. Cabin width: 20.1 ft (6.13 m)

  3. Cabin length: 49.9 m (163 ft 9 in) main deck
    44.93 m (147 ft 5 in) upper deck

  4. Cargo capacity: 5,705 cu ft (162 m3)/30,177 cu ft (855 m3)

  5. Cockpit crew: 2

  6. Cruising speed: at 35,000 ft (10,700 m): Mach 0.855 (570 mph or 917 km/h or 495 kn)/Mach 0.845 (564 mph or 908 km/h or 490 kn)

  7. Engines/Powerplant (4):

  8. Height: 19.4 m (63 ft 8 in)

  9. Interior cabin width: 20 feet (6.1 m)

  10. Landing speed: 130-135 kn (240250 km/h)

  11. Length: 250 ft 2 in (76.3 m)

  12. Long-distance cruising speed: Mach 0.85 (289m/s)

  13. Maximum fuel capacity: 63,034 US gal (239,000 L; 52,500 imp gal)/60,211 US gal (228,000 L; 50,100 imp gal)

  14. Maximum landing weight: 688,000 lb (312,000 kg)/ 757,000 lb (343,000 kg)

  15. Maximum speed,advised operating: Mach 0.9

  16. Maximum structural payload: 169,100 lb (76,700 kg)/ 295,800 lb (134,000 kg)

  17. Maximum Zero-fuel weight: 651,000 lb (295,000 kg) / 727,000 lb (330,000 kg)

  18. Overall length: 250 ft 2 in (76.3 m)

  19. Passengers: (three-class arrangement): 605 (maximum) 467 (3-class)

  20. Powerplant: 4 Engine (82,000 lb thrust)

  21. Range: 7, 260 nm (13,450 km)

  22. Seating capacity: (three-class arrangement): 605 (maximum) 467 (3-class)

  23. Seating configuration: Two decks, two aisles main deck

  24. Service ceiling: 41,000 ft

  25. Thrust/Powerplant (4): (82,000 lb thrust)

  26. Top cruising speed: Mach 0.92 (313 m/s)

  27. Top Speed: 614 mph

  28. Weight: Empty: 393,263 lbs (178,756 kg)

  29. Weight: Max Takeoff: 875,000 lbs (397,000 kg)

  30. Wing area: 554 m2 (5,960 sq ft)

  31. Wing sweep: 37.5

  32. Wingspan: 224 ft 7 in (68.5 m)
Airbus 380
Boeing 747-400

Coming Soon
79.8 m (261 ft 10 in)
64.4 m (211 ft 5 in)
68.5 m (224 ft 7 in)
73.0 m (239 ft 6 in)
70.7 m (231 ft 10 in)
105.22 m (or ft - in)
24.1 m (79 ft)
19.4 m (63 ft 8 in)
19.4 m (63 ft 8 in)
Weight: Empty
610,700 lbs
(277,000 kg)
393,263 lbs
(178,756 kg)
393,263 lbs (178,756 kg)
Weight: Max Takeoff
1,234,600 lbs
(560,000 kg)
875,000 lbs
(397,000 kg)
875,000 lbs (397,000 kg)
Passengers (three-class arrangement)
800 (Two types, single and two storeyed Jumbo)
Seating configuration
Two decks,
two aisles per deck
Two decks,
two aisles main deck
Two decks,
two aisles main deck
8,000 nm (14,800 km)
7, 260 nm
(13,450 km)
7, 260 nm
(13,450 km)
Service ceiling
43,000 ft (13,100 m)
41,000 ft
41,000 ft
Top cruising speed
Mach 0.88 (299 m/s)
Mach 0.92 (313 m/s)
Mach 0.92 (313 m/s)
Long-distance cruising speed
Mach 0.85 (289 m/s)
Mach 0.85 (289m/s)
Mach 0.85 (289m/s)
Powerplant 4 Rolls-Royce Trent 900 turbofans
(initially 70,000 lb thrust; cleared at 80,000 lb thrust)


4 Engine Alliance GP7200 turbofans (approx. 82,000 lb thrust)
4 Pratt & Whitney PW4062 turbofans (63,300 lb thrust)


4 Rolls-Royce RB211-524 H2-T (59,500 lb thrust)


Engine/Thrust: Four General Electric CF6-80s/44,700 lbs each
4 Engine
(82,000 lb thrust)


Why are these resources essential for all states around the world?
See the difference.
Take a look at existing values of various aircraft around the world.
As of November 4, 2014, these are the facts.
Boeing 747 Jumbo Jets and Airbus A-340
The current list price of Boeing's long-range jets goes from Rs 2,282 crore for a brand new B-747-8 to Rs 1,352 crore for a B 787-8. Airbus long-range jets' current list price goes from Rs 2,112 crore for A-350-1000 to Rs 1,375 crore for A-330-200. (Calculations at Rs 62 to a dollar).

Aircraft specifications

Here are further guidelines.

What is the main purpose of these aircrafts?
Intercontinental aircrafts.
Cargo, military, passenger intercontinental Jumbo Jets.
Others listed.

Is it possible to manufacture these planet/global aircraft with specifications displayed at this resource?

Here are further guidelines.
Aircraft flight control system
Airplane Parts & Functions
Aircraft design process
Center of gravity of an aircraft

Aircraft in service.
Aircraft with built-in military equipment in service.
Aircraft Tail Number
Aerospace Engineering
Aircraft Carriers
Make/Model/Series 1
Last Updated: March 3, 2017