A lateral, side-by-side display layout is favored because it mirrors how we naturally scan information. With critical flight data on one screen and navigation or map imagery on the other, you can quickly compare values like altitude, airspeed, and attitude while simultaneously monitoring the terrain or route ahead. This arrangement minimizes head and eye movement, reducing workload and speeding awareness, which is especially important for keeping the UAS within safe operating parameters. Vertical stacking would force more up-and-down eye movement to cross-check data, while diagonal or circular layouts aren’t aligned with common reading and scanning habits, making it harder to quickly gather the big picture.

Situational awareness in UAS operations hinges on knowing where other aircraft are in relation to you. The flight path of all aircraft in the operating environment provides the traffic picture you need to anticipate conflicts, plan safe routes, and coordinate with others. This traffic picture supports CRM by giving your team a shared understanding of where everyone is, enabling clear communication and deconfliction. It also supports TEM by helping you recognize and mitigate threats from potential airspace conflicts and human errors before they lead to problems. While time, objectives, and terrain location are important, they don’t by themselves give the dynamic traffic awareness that directly informs effective CRM and TEM, making the flight path of all aircraft the most relevant element.

Forward GCS deployments vary a lot. It’s placed near the mission area to control the aircraft and keep the link, but the physical setup isn’t fixed to a large, multi-floor building. In many operations it’s a portable shelter, trailer, or temporary vehicle-based station set up in the field. In other missions, especially at fixed facilities, it could be housed in a large building. Because the setup can be either portable or permanent depending on the situation, the statement is true only in some cases. That’s why the answer is sometimes.

Final authority for operation and safety rests with the Pilot in Command. The PIC is the person in charge of the flight and is legally responsible for ensuring the UAS is flown safely and in compliance with regulations. They decide when conditions are safe to fly, assess factors like weather, airspace, and potential hazards, and determine whether to launch, continue, modify the flight plan, or abort the mission. In an emergency, the PIC can take necessary actions to protect people and property, even if that means deviating from standard procedures, with the obligation to report the deviation afterward. While others may be involved in the mission—such as sponsors or the maintenance team—the final safety decisions during flight belong to the PIC. Air traffic control can issue instructions, but the PIC must ensure safe operation and is the ultimate authority on how the flight is conducted.