LESSON 6.6Self-pacedFAA SOURCES CHECKED JUL 2026

Checkpoint: Predict the Aircraft Before You Fly

Combine airport data, wind, runway, pattern, tower status, notices, wildlife, and right-of-way into a traffic plan.

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YOU WILL BE ABLE TO

01Identify the rule, source, or principle behind this idea: The safest drone position depends on where aircraft are likely to arrive, depart, climb, descend, and turn.
02Explain the operational effect of this idea: Current wind and runway use can shift the highest-risk side of an airport.
03Apply the lesson to a new mission and defend a go, modify, or no-go decision.

01 / MISSION

Begin with the operating problem.

A valid authorization covers a property near base-to-final for the runway currently in use.

02 / CORE BRIEF

What the remote pilot needs to know.

The safest drone position depends on where aircraft are likely to arrive, depart, climb, descend, and turn.

Current wind and runway use can shift the highest-risk side of an airport.

Bird and wildlife activity can change rapidly; avoid concentrations, end a conflict early, and use the current FAA wildlife-strike reporting pathway after a qualifying collision.

03 / PILOT DECISION

Make the call.

Use a lower-risk route and altitude, strong traffic observation, and conservative stop conditions; postpone if separation cannot be assured.

04 / FIELD CHECK

Put it into the flight plan.

Mark pattern legs, wildlife attractants, drone containment area, pilot position, and emergency landing points on one diagram.

05 / KNOWLEDGE CHECK

Does an airspace authorization guarantee traffic or wildlife separation?

Reveal the debrief

No. It grants conditional access; the remote PIC still must yield, remain well clear, monitor hazards, and stop when separation is uncertain.

RELATED FAA REFERENCES

Verify before you fly.

Educational summary only. Current regulation, FAA approval conditions, manufacturer instructions, and site-specific facts control the operation.