AIM ¶ 5-2-8 — Departure Control
AIM 5-2-8 explains how Departure Control separates IFR departures using vectors, DVAs, and DPs. Study guide for pilot written tests, oral exams, and checkrides.
Departure Control is an approach control function that ensures separation between departing aircraft. To speed things up, controllers may suggest a takeoff runway different from what VFR handling would normally use — often the runway requiring the fewest turns to put you on course, or one chosen for noise abatement or to avoid congested areas.
Departure Control typically clears aircraft out of the terminal area using:
- Radar vectors
- A Diverse Vector Area (DVA)
- Published Departure Procedures (DPs/SIDs)
Key pilot expectations:
- If you'll be vectored immediately after takeoff, ATC will give you the initial heading before takeoff (but may not explain why).
- If an assigned heading takes you off a published procedure (e.g., an RNAV SID), ATC will also assign an altitude and, if needed, a speed.
- When ATC names an initial fix/waypoint for an RNAV SID, verify it's programmed correctly in the FMS before takeoff. If a different SID is loaded, advise ATC immediately.
- Set your transponder/ADS-B to ON as soon as practical and leave it on unless told otherwise.
- Don't switch to the departure frequency until requested.
This guidance is informational AIM material describing standard ATC practice.
Five FAA-written-style questions. Instant explanations, every answer cites its source — no account needed.
You are flying VFR in Class E airspace at 8,500 feet MSL during the day. What are your minimum visibility and cloud clearance requirements?