FAR Ninety-One Point One Thirteen, the Right of Way Hierarchy Every Student Memorizes for the Written and Then Misapplies in the Pattern

FAR 91.113 establishes a right-of-way hierarchy built on a single principle: the less maneuverable the aircraft, the higher its priority. Knowing the regulation well enough to pass the written test and applying it correctly at a busy uncontrolled airport are two different skills. This breakdown covers both.

What Is the Right-of-Way Hierarchy Under FAR 91.113?

The FAA organized the hierarchy in a specific order, and that order isn’t arbitrary. At the top is an aircraft in distress - any aircraft declaring an emergency or maneuvering to protect its occupants has absolute right of way over everything else in the sky. No exceptions.

Below that, in descending priority:

1. Balloons
2. Gliders
3. Airships
4. Aircraft towing or refueling other aircraft
5. Powered aircraft

The logic is consistent throughout. A balloon pilot has no meaningful ability to maneuver away from a conflict - they go where the wind goes. A glider pilot is managing a finite energy budget where one poor decision can mean landing in a field. An airship isn’t nimble. The regulation prioritizes aircraft that physically cannot yield.

The takeaway for powered aircraft pilots: if you’re flying the most capable aircraft in the vicinity, the rules expect you to be the one that maneuvers.

How Do the Converging, Head-On, and Overtaking Rules Work?

Within the category of powered aircraft, 91.113 addresses three specific conflict scenarios.

Converging aircraft: When two powered aircraft approach each other at roughly the same altitude with intersecting paths, the aircraft that has the other on its right must give way. The aircraft on the right has right of way.

A faster mental model under high workload: if traffic is off your left wing, they yield to you. If traffic is off your right wing, you yield to them. Same regulation, different framing - some pilots find the second version loads faster when traffic is closing quickly.

Head-on approach: When two aircraft are approaching each other approximately head-on, both pilots must alter course to the right. Both aircraft go right. The elegance of this rule is that it’s symmetric - both pilots make the same decision simultaneously, moving away from the conflict rather than toward each other.

The regulation tells you what to do in a head-on scenario, but the closure rate at cruise speed leaves very little reaction time. Aggressive outside scanning is what prevents you from ever needing this rule.

Overtaking: When an aircraft is catching up to another from directly behind at a higher speed, the overtaken aircraft has right of way. The overtaking pilot must yield by passing to the right - not the left.

The overtaken aircraft gets priority because the pilot being overtaken almost certainly doesn’t know they’re being approached from behind. The regulation places the entire burden on the faster aircraft because they’re the only one who can see the conflict developing.

What Counts as an Overtaking Situation vs. a Converging Situation?

This distinction is a common oral exam trap. The overtaking rule applies to an aircraft coming from behind, roughly within 30 degrees of the overtaken aircraft’s tail. If you’re catching up to traffic at your two o’clock, that’s a converging situation - not an overtaking situation - and the yield rules differ.

Examiners frequently probe this distinction precisely because it’s easy to conflate. Know the geometry, not just the label.

Who Has Right of Way in the Traffic Pattern?

An aircraft on final approach or landing has right of way over aircraft in flight and over aircraft on the surface. When two aircraft are both established on final for the same runway, the lower aircraft has right of way. The higher aircraft must give way. The lower aircraft is more committed to the approach, and the risk of demanding a go-around increases as they get closer to the runway.

The practical question that always comes up: you’re established on downwind, and another aircraft calls a two-mile straight-in. Who yields?

The straight-in has right of way. They’re lower, closer to the runway, and in approach configuration. The correct response is to extend your downwind, let them land, and sequence behind them. The regulation doesn’t consider how someone arrived on final - only their position relative to the runway.

That said, 91.113 also prohibits overtaking an aircraft already established on approach or cutting in front of one. If you’re ahead and lower, you don’t have to suddenly yield that position. The system sequences traffic - it doesn’t shuffle priority back and forth.

Departing aircraft on the surface do not have right of way over aircraft on approach. A pilot holding short cannot pull onto the runway because they’ve been waiting, regardless of how long the queue has been building. The aircraft on approach has priority, and the regulation isn’t ambiguous here.

Does Having Right of Way Mean You Can Stop Thinking?

No - and the regulation says so explicitly. 91.113 states that having right of way does not relieve any pilot of the responsibility to avoid a collision.

That language is intentional. Right of way creates a predictable framework so two pilots in close proximity can each make the correct independent decision without coordination. The moment a conflict is developing and the other pilot isn’t complying, the job isn’t to press your rights - it’s to deviate, communicate, and do whatever keeps the aircraft separated. An accident report that reads “I had right of way” is not exoneration.

How Do You Apply These Rules at an Uncontrolled Airport?

At a nontowered airport, 91.113 is the entire formal framework. There’s no controller managing the sequence. Every pilot in the pattern is independently building a picture of the traffic situation and making decisions based on that picture. When the pictures don’t match, you get two aircraft drifting onto final with uncomfortable spacing.

Start monitoring the CTAF 5 to 10 miles out - not two miles out. Let the radio build your situational picture before you’re already in the pattern trying to sort out who is where.

Make position reports specific. Aircraft type, tail number, current leg, runway, and intentions in a single call: “Ridgefield traffic, Cessna three four seven papa is left downwind for runway two six, touch and go.” That call gives every other pilot enough to place you on their mental map.

Fly a consistent pattern. Variable downwind lengths, inconsistent airspeeds, and unpredictable base turns create confusion for everyone else in the pattern. Predictable positions reduce conflicts. When right-of-way rules function as a backup system rather than the primary one, the pattern runs more safely.

How Does FAR 91.113 Show Up on the Private Pilot Checkride?

The Airman Certification Standards for the private pilot certificate test airport operations and traffic pattern management. The examiner isn’t looking for rule recitation - they’re looking for genuine situational awareness integrated with the physical task of flying the airplane.

The standard is integration: flying precise airspeeds, managing your position in the sequence, scanning for traffic, and communicating, all simultaneously without any single task degrading the others.

If that’s difficult to achieve, the fix is almost always the same. Stabilize the airplane first. Fly consistent airspeeds on each leg and consistent bank angles on each turn. When the airplane is doing exactly what you expect, your cognitive capacity has room for traffic and communication. When the airplane is generating surprises, it consumes everything.

Key Takeaways

• The 91.113 hierarchy is based on maneuverability: less maneuverable aircraft have higher priority, placing powered aircraft at the bottom.
• In a converging situation, the aircraft with traffic on its right must yield; in a head-on approach, both pilots turn right.
• The overtaking rule applies within roughly 30 degrees of the overtaken aircraft’s tail - catching up at an angle is a converging situation, not overtaking.
• On final, the lower aircraft has right of way; straight-in arrivals have priority over pattern traffic at the same or higher altitude.
• Right of way never removes the responsibility to avoid a collision - if the other pilot isn’t complying, you deviate.