Arrival Procedures
Arrival Procedures is a core knowledge area on the Instrument Rating FAA written exam. This hub collects our 14 in-depth, ACS-aligned arrival procedures articles — each written in plain English and grounded in the official FAA handbooks. Work through them below, then drill the topic with practice questions.
Descent Planning and Top-of-Descent Calculation
Accurate top-of-descent planning lets instrument pilots arrive at approach fixes on altitude and on speed, preventing rushed approaches and altitude busts—a critical IFR safety skill.
STAR (Standard Terminal Arrival Route) Chart Reading and Symbology
A Standard Terminal Arrival Route (STAR) is a published ATC procedure that transitions IFR traffic from the en route structure to the terminal environment; understanding its chart symbology is essential for safe, efficient arrivals.
Expect Further Clearance (EFC) Time and Holding Pattern Entry
The EFC time tells IFR pilots when to expect a new clearance if radio contact is lost in a hold; mastering EFC and the three holding pattern entry procedures is essential for instrument pilots.
Transition Routes on STARs and How to Join Them
Standard Terminal Arrival Routes (STARs) streamline traffic flow into busy airports, but knowing how and where to join a STAR transition route is critical for instrument pilots flying real-world procedures.
Initial Approach Fix (IAF) vs. Intermediate Fix (IF) vs. Final Approach Fix (FAF)
The IAF, IF, and FAF are three distinct waypoints that sequence an instrument approach from en-route structure down to the runway—understanding each one's role, altitude constraints, and timing is essential for safe, stabilized approaches.
Speed Restrictions on Arrival Procedures (250-Knot and Published Limits)
Instrument-rated pilots must comply with both the FAA's regulatory 250-knot limit below 10,000 feet MSL and any speed restrictions charted on STAR procedures, with ATC also able to issue speed assignments that supersede or tighten these limits.
Vertical Navigation (VNAV) and Advisory Descent Paths on Arrivals
Vertical Navigation (VNAV) and advisory descent paths help instrument pilots manage altitude precisely during arrivals, but their non-required nature means pilots must understand their limitations to fly them safely.
Pilot Nav vs. Radar Nav: When ATC Issues Direct Routing Off a STAR
When ATC vectors you off a published STAR, responsibility for terrain clearance and navigation shifts—understanding who does what, and when, keeps you safe and legal during every instrument arrival.
Radar Vectors to Final: ATC Coordination and Pilot Responsibilities
Radar vectors to final put ATC in charge of sequencing your approach, but the pilot retains full responsibility for terrain clearance, airspeed, and executing a safe landing—understanding both sides of this coordination is essential for instrument-rated pilots.
Crossing Restrictions: Mandatory vs. Expected vs. MEA on STARs
Crossing restrictions on STARs come in three flavors—mandatory, expected, and MEA—and misreading them can bust an altitude or violate ATC clearances. Learn to decode every symbol and apply them correctly in the cockpit.
Lost Communications Procedures During an IFR Arrival (AVEF Rule)
When radio contact is lost during an IFR arrival, pilots must follow the AVEF rule — flying the highest of Assigned, Vectored, Expected, or Filed altitudes and routes to safely complete the approach.
Arrival Runway Selection and How ATIS Influences Approach Briefing
ATIS information shapes every aspect of your arrival briefing — runway in use, approach type, weather minimums, and NOTAMs — making it the first step in a safe, organized instrument arrival.
Continuous Descent Final Approach (CDFA) Technique and Stabilized Approach Criteria
The Continuous Descent Final Approach (CDFA) technique transforms non-precision approaches into stabilized, constant-angle descents, dramatically reducing CFIT risk and improving go-around decision-making.
Fuel Management and Alternate Planning During Extended Arrivals
Effective fuel management and alternate airport planning during extended arrivals are critical IFR skills that protect against unexpected holds, diversions, and go-arounds when fuel margins shrink dangerously thin.
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Articles are original summaries grounded in the public-domain FAA handbooks and cite their source. ACS-aligned study aids — not a substitute for the official handbooks or regulations.