The F/A-18 Hornet is a twin-engine, multirole fighter developed in the 1970s to meet U.S. Navy and Marine Corps requirements for a versatile strike aircraft. Designed for carrier operations, it delivers strong reliability, agility, and avionics integration. Its origins trace back to Northrop’s YF-17 design, which was adapted and refined by McDonnell Douglas after the Navy selected it for further development. McDonnell Douglas led production from the late 1970s through the 1990s, shaping the Hornet into a proven combat aircraft used by several nations. After the Boeing–McDonnell Douglas merger in 1997, manufacturing continued under Boeing for later variants and support programs.
A range of platforms and access solutions can support maintenance or inspection across the Hornet’s structure.
• Nose Section: Reach Deck Platforms, Super Trestle Scaffold, A-Frame Aviation Platforms, and Platform Ladder Warthog provide height-adjustable positioning for radome removal, antenna checks, nose avionics access, and cockpit-area work.
• Forward Fuselage: Modular Stepover Platforms, Easyraise units, and Super Service Stands assist with entry points, avionics bays, ECS components, and forward wheel-well access.
• Landing Gear (NLG + MLG): Super Maintenance Platforms and Ultraraise units support work around struts, actuators, doors, and wheel assemblies, while the Chock and Cone Trolley supports ramp safety.
• Middle Fuselage / Wing Box: Bridge Decks, Cantilever Platforms, and Super Service Stands help reach wing box inspection points, fuel tank interfaces, and hydraulic or oil servicing areas.
• Wing & Engine Pylon: Cantilever Platforms, Bridge Decks, and Reach Deck Platforms allow safe working positions around pylons, inlets, exhausts, engine modules, hydraulics, and undercowl areas.
• AFT Fuselage: Super Maintenance Platforms and Modular Stepover Platforms support access to APU compartments, environmental ducting, and rear avionics.
• Tail Section (Empennage): A-Frame Aviation Platforms, Branach Fibreglass Platforms, and Reach Deck Platforms suit vertical and horizontal stabiliser inspection, rudder checks, and APU access points.
These solutions also cover broad airframe interaction areas such as AF–BF zones.
