When not in radar contact, what should be used to clear traffic during climbs and descents greater than 1000 feet?

When not in radar contact, what should be used to clear traffic during climbs and descents greater than 1000 feet?

• A. Advisory calls on area common frequency and referencing TSD page
• B. Integrated outside scan and referencing TCAS
• C. Advisory calls on area common frequency and referencing TCAS
• D. Integrated outside scan and referencing TSD page

Answer: (B)

The use of an integrated outside scan combined with referencing TCAS (Traffic Collision Avoidance System) is essential when not in radar contact, especially during climbs and descents that exceed 1000 feet. When operating outside of radar coverage, pilots must rely on their visual awareness of the surrounding airspace and effective use of onboard systems like TCAS, which provides important traffic information and alerts to potential nearby aircraft. An integrated outside scan enhances situational awareness, allowing pilots to visually monitor for other aircraft, while TCAS assists by providing alerts regarding conflicting traffic. This combination ensures that pilots can effectively manage separation from other aircraft, enhancing safety during significant altitude changes when precise radar guidance is not available.

The use of an integrated outside scan combined with referencing TCAS (Traffic Collision Avoidance System) is essential when not in radar contact, especially during climbs and descents that exceed 1000 feet. When operating outside of radar coverage, pilots must rely on their visual awareness of the surrounding airspace and effective use of onboard systems like TCAS, which provides important traffic information and alerts to potential nearby aircraft.

An integrated outside scan enhances situational awareness, allowing pilots to visually monitor for other aircraft, while TCAS assists by providing alerts regarding conflicting traffic. This combination ensures that pilots can effectively manage separation from other aircraft, enhancing safety during significant altitude changes when precise radar guidance is not available.