PROJECT INDEX
Explore the hardware in context.
Each original photograph appears with one relevant project or capability page, avoiding repeated imagery and keeping the engineering context alongside the hardware.
PROJECT / AIRLINER SIMULATION
737-800 NG simulator development.
An enclosed 737-800 NG simulator developed by Red Cosmos Aviation, combining a recognisable flight-deck layout with physical controls, overhead and pedestal assemblies, and a cabin-style interior.
Open project →PROJECT / MOTION & VIRTUAL REALITY
Dual-station VR fighter simulation.
A two-participant installation combining physical flight controls, three-axis motion and virtual-reality visuals, with shared instructor oversight and supporting equipment consolidated beneath the simulators.
Open project →R&D CASE STUDY / 737 FORWARD OVERHEAD
An overhead interface designed around access.
An experimental interface architecture investigating how supporting electronics could be serviced away from the cockpit overhead, rather than requiring access through the simulator structure.
Open project →R&D CASE STUDY / EARLY PEDESTAL PANELS
Pedestal controls: development behind the faceplate.
Early simulator pedestal prototypes exploring physical controls and indications for radio communications, navigation and simulated fire-system functions, with the internal assembly visible alongside the front panels.
Open project →HARDWARE / REFURBISHMENT & REUSE
A second purpose for aircraft seating.
Red Cosmos Aviation has repurposed seats removed from aircraft and reupholstered them through its in-house team, giving existing hardware a new role within non-flying simulator environments.
Open project →RESEARCH & DEVELOPMENT
Research directed at practical problems.
We investigate new simulator technologies with an emphasis on what operators need next: more accessible ownership, less intrusive maintenance and hardware that makes better use of the available space.
Open project →DESIGN / PROTOTYPE / MANUFACTURE
From digital model to working hardware.
Our development process combines CAD/CAM, 3D modelling, prototyping and practical fabrication. The aim is to resolve the assembly as a system, not simply produce an attractive panel face.
Open project →