How AH-64 Apache Attack Helicopters Are Made Inside a US Factory (Full Process) скачать в хорошем качестве

How AH-64 Apache Attack Helicopters Are Made Inside a US Factory (Full Process)

This video shows how the AH-64 Apache, one of America’s most famous attack helicopters, is made inside a dedicated helicopter factory, following the full process from separate parts to a combat-ready gunship. The AH-64 Apache is used by the US Army and other forces around the world, combining powerful engines, advanced sensors and heavy weapons. You will see how the airframe, rotor system, engines, cockpit and weapons are built and brought together on the assembly line, and how each Apache is wired, tested and checked before it can fly. The focus is on the industrial manufacturing process and engineering, not on classified details. AH-64 Apache Attack Helicopter Manufacturing Process (Full Steps): 1) Airframe fabrication - Fuselage sections, tail boom, frames and panels are cut, formed and machined from aluminum and composite materials. 2) Fuselage and tail assembly - Front, center and rear fuselage sections are joined; the tail boom, landing gear mounts and structural reinforcements are attached. 3) Rotor system production - Main rotor hub, blades and tail rotor components are built, balanced and prepared for installation. 4) Engine and transmission installation - Twin turboshaft engines, main gearbox, intermediate gearboxes and drive shafts are mounted inside the fuselage. 5) Cockpit and canopy assembly - Pilot and gunner cockpits, armored seats, instrument panels and canopy sections are installed and sealed. 6) Avionics, sensors and targeting systems - Radar, night-vision sensors, targeting pods, mission computers, radios and wiring harnesses are fitted and connected. 7) Weapons and pylons - 30mm chain gun, underwing pylons, rocket pods and missile launch rails are attached and tested for alignment. 8) Fuel, hydraulics and control systems - Fuel tanks, pumps, hydraulic lines and control linkages for the rotor and flight controls are installed and checked. 9) Painting, markings and final detailing - The helicopter is painted in military camouflage, stencils and identification markings are applied, and final exterior parts are fitted. 10) Ground tests and flight trials - The completed Apache undergoes power-up checks, rotor run-ups, hover tests and flight trials before being delivered to the customer. If you want to understand how modern attack helicopters are built, how an AH-64 Apache factory operates, or what it takes to turn raw parts into a fully armed combat helicopter, this full process video explains each major step in a clear and satisfying way. SuperGen Process explores the world’s most advanced factories, machines and industrial processes — from tanks, jets and warships to supercars, rockets and mega-projects. ✅ Summary This video explains how AH-64 Apache attack helicopters are built inside a US helicopter factory, following the full manufacturing process from airframe and rotor production to engine installation, weapons integration and final flight testing. ✅ Related Videos : How Russia’s 5th‑Gen Stealth Fighter Is Made :    • Inside the Sukhoi Su‑57 Factory: How Russi...   How Airplanes are Made :    • Inside the Boeing & Airbus Factory - Build...   How Largest Aircraft Carriers Are Built :    • Inside US Shipyards - How America’s Larges...   How F-22 Raptor is Made :    • Inside the F-22 Raptor Factory - How Ameri...   How F‑47 6th‑Gen Fighter Jets Are Made :    • Inside US Top Secret Jet Factory - How F‑4...   How B‑2 Spirit Stealth Bomber Is Made :    • Inside US Secret B‑2 Spirit Jet Factory - ...   How $400,000 Helmets Are Made :    • Inside the Fighter Pilot Helmet Factory - ...   #apache #ah64 #helicopter #attackhelicopter #howitsmade #factorytour #militarytechnology #engineering #industrial #supergenprocess ⚠️ DISCLAIMER 🔍 Digital Creation: This video is produced using artificial intelligence (AI) technology for educational and documentary-style purposes only. ⚖️ Informative Use Only: The content is for informational use and may not accurately represent real factories, real-world events, or professional advice.