Monitors are an extremely important part of flight simulation for the military, as well as private aviators. In fact, test pilots rely on extremely sophisticated machines to mimic the real-life experiences of a pilot in the air. To achieve this, monitors need to provide a lifelike visual that engages the pilot, while withstanding movement.
Daisy works hard to understand how flight simulation works because we know monitors are the primary interface for the trainee. In fact, without rugged monitors, this can be the first place where the breakdown in a testing scenario could occur.
How Flight Simulation Monitors Work
Flight simulators use monitors of all sizes to approximate the different elements of flight. Touch-based control panels are used to mirror traditional control systems and panels in many modern aircraft. Monitors also need a strong PC backing so they can properly adjust to the pilots’ movements. Proper visuals must be paired with haptic feedback.
This is just the beginning. To understand the full role of monitors in flight simulation for military and other applications, just consider the simulator itself. Monitors will include:
- Impact-resistant polycarbonate windows that are designed to mirror aircraft windows and capable of withstanding heavy impacts and use for years.
- NVIS-compatible displays that allow the screen to be read clearly in low-light scenarios or when paired with equipment like night vision goggles.
- Extreme resolution capabilities where movement is fluid and transitioned to the movement of the monitor as well as the movement of the picture itself.
- Support for a pilot’s horizontal angle of view set at 180° and vertical angle of view at 90°.
Monitors also need to generate multiple HUD configurations to mirror real combat use. This often requires pairing monitor feeds with those in headsets. Simulation acceleration and video overlays need a powerful processing back-end so the system isn’t overloaded.
Requirements and Flight Simulation for Military Use
For flight simulators to work in military applications, monitors need to adhere to top standards. Daisy Data Displays (Daisy) is certified to meet NEMA standards so all of our monitors operate in a full range during indoor use. We also offer long-term protection against elements that are common over regular, repeated usage, such as rust, dust, oxidation and other debris.
Simulation monitors can also operate in specialized conditions, such as sealed or pressurized enclosures that give pilots a more significant feel. Learn more about these and other capabilities by contacting Daisy by phone or email today.