While operating a small unmanned aircraft system (sUAS) in Class E airspace under prior ATC authorization, the remote pilot experiences severe crackling and static interference on the VHF radio used to monitor the controlling tower frequency. The interference is suspected to be precipitation static from a nearby rain shower. What is the BEST course of action?

A remote pilot in command (PIC) is operating a small unmanned aircraft in Class E airspace under an ATC authorization. During the operation, the aircraft encounters precipitation static, which causes significant interference to the command and control (C2) link. According to 14 CFR part 107, what action must the remote PIC take?

Referring to Figure 80, a remote pilot plans a small UAS operation in the Class D airspace surrounding the airport depicted. If heavy precipitation is present, precipitation static is most likely to cause

Refer to the provided figure. The area to the north of the airport depicted with precipitation symbols represents conditions conducive to precipitation static. What is the primary effect of precipitation static on small UAS operations?

(Refer to Figure 80.) A remote PIC intends to operate a small UAS within the controlled airspace depicted surrounding the airport on the sectional chart excerpt. The current weather includes rain showers (RA) in the area. Regarding precipitation static, which airspace operational requirement applies?