FAR Ninety-One Point One Thirteen, the Right-of-Way Hierarchy That Exists for a Reason, and the Converging Aircraft Logic That Actually Makes Sense Once Someone Explains the Philosophy Behind It

FAR 91.113 exists so that two pilots in two separate airplanes, with no way to communicate, can each independently arrive at the same correct decision. That only works if every pilot knows the rules precisely - not approximately. The regulation is shorter than most students expect, but the scenarios it generates on oral exams and in actual traffic are where knowledge gaps appear.

Why Is the Right-of-Way Hierarchy Structured the Way It Is?

The FAA did not build this list arbitrarily. The entire structure follows a single organizing principle: the aircraft with the least ability to maneuver receives the most protection. The more capable you are of moving quickly and predictably, the more responsibility you carry to get out of the way.

A balloon pilot has almost no horizontal authority over their aircraft - the wind decides direction. A glider pilot has meaningful control but no engine, which limits rapid altitude changes or sudden course reversals. An airship is more capable than a glider but far less agile than a powered airplane. A powered airplane, with its engine and all four control surfaces, is the most maneuverable aircraft in this order.

The hierarchy follows directly from that:

• Balloons have right of way over all other aircraft
• Gliders yield to balloons but have right of way over airships and powered aircraft
• Airships yield to balloons and gliders
• Powered aircraft yield to all three

Understanding the why behind this list changes how you use it under pressure. When you encounter a balloon, you do not need to retrieve its position from memory - you reason: least maneuverable aircraft in the sky, therefore right of way. The principle generates the answer.

What About Powered Aircraft Towing Another Aircraft?

There is one additional layer within the powered aircraft category. A powered aircraft that is towing - a banner, a glider, another airplane - has right of way over powered aircraft that are not towing.

The reasoning is the same philosophy: towing severely limits maneuverability. Tight turns, steep descents, and rapid configuration changes are off the table when a line is attached. That reduced capability earns protection under the same logic that places balloons at the top of the hierarchy.

How Do Converging Aircraft Rules Work?

The converging scenario is the most common on written tests, oral exams, and in real-world traffic at uncontrolled airports. It is also the one students most frequently get backwards.

The rule: the aircraft to your right has right of way. You yield to whatever is converging from your right.

The clearest way to apply this is to flip the framing. Do not ask whether you have right of way. Ask: is there an aircraft to my right? If yes, yield. That single question produces the correct answer without sending you in circles.

Yielding does not mean an aggressive maneuver. It means an early, deliberate course change that creates unambiguous separation - typically a gentle turn away from the traffic - made while the geometry still gives you time and space. The goal is predictable and definitive action, not a last-second reaction.

Critical nuance: The positional converging rule applies within the same tier of the hierarchy. If a glider is converging from your left and you are in a powered airplane, the glider still has right of way. Not because of position - because gliders outrank powered aircraft in the hierarchy. Position only breaks the tie when both aircraft are in the same category.

On oral exams, examiners will describe a converging scenario and wait to see whether you jump straight to position without first asking what type of aircraft is involved. The correct sequence is always: What type of aircraft? Then apply the scenario rule. Then describe your action.

What Happens in a Head-On Situation?

Both aircraft alter course to the right. Not just the one who spots it first. Not just the one with lower workload. Both.

This works the same way a road centerline works. Each pilot moves to their own right, and those two independent decisions are geometrically compatible - no radio communication required. The system is designed to be self-consistent.

The critical behavior in a head-on situation is not to freeze. If you spot traffic dead ahead at your altitude, make a gentle but definitive turn to the right, made early. Do not wait to see what the other aircraft does. Fly the rule and move while the separation geometry still gives you room.

Who Has Right of Way When Overtaking Another Aircraft?

The aircraft being overtaken has right of way. The faster, overtaking pilot must pass to the right.

This feels counterintuitive at first. The logic becomes clear from the other cockpit: the pilot ahead has no idea you exist. They cannot see behind them. They cannot take evasive action for a threat they cannot detect. So the entire responsibility belongs to the overtaking pilot.

Passing specifically to the right matters. It keeps your path predictable. If the pilot ahead does happen to notice you and makes any turn, they are far less likely to turn into you if you are already offset to their right side.

The overtaking pilot owns the deconfliction from start to finish - not just during the pass itself, but until you are well clear and there is no meaningful conflict remaining.

Which Aircraft Has Right of Way in the Traffic Pattern?

An aircraft on final approach or already on the ground has right of way over aircraft in flight.

When two aircraft are both on approach to the same runway, the lower aircraft has right of way. The lower aircraft is deeper into the approach and has fewer options. Requiring them to execute a go-around while the higher aircraft lands first asks the more critical, more committed phase to restart. The higher aircraft has altitude, options, and time - they execute the go-around.

One point that surfaces in every oral exam on this topic: right of way does not authorize landing into an unsafe situation. The regulation is explicit. 91.113 states that right-of-way rules do not relieve any pilot of the responsibility to see and avoid other aircraft.

Right of way establishes priority. It does not guarantee the other pilot will respond in time. See-and-avoid lives alongside these rules, not inside them.

Applying the Rules to Real Scenarios

Scenario: You are turning downwind at a nontowered airport. Another aircraft joins the downwind at the same time from the opposite side, same altitude. Who yields?

Check your right side. If that aircraft is converging from your right, you yield - extend your downwind, turn crosswind, re-enter. If they are converging from your left, they yield. That said, at a busy uncontrolled airport, do not stand on right of way waiting for the other pilot to prove they know the regulation. Make the radio call, announce your position and intentions, and take positive action to build separation early.

Scenario: You are in a Cessna 172 at 6,500 feet. A glider is at your altitude, converging from your left. By position, you would have right of way - do you hold course?

No. The glider outranks you in the hierarchy. Gliders have right of way over powered aircraft regardless of position. The hierarchy check always comes before the position check. This is the specific trap oral examiners set.

Scenario: You are overtaking a slower aircraft and passing to the right. They begin a gentle turn to the right. What do you do?

Create more separation. You do not wait for them to become aware of you, and you do not assume their turn is coincidental. You are the overtaking pilot. That responsibility is entirely yours until you are well past and no conflict remains.

How Does the FAA Examine This Material?

The Airman Certification Standards for the private pilot certificate treats right-of-way knowledge as a risk management item, not a recall item. Examiners are not satisfied with recitation of the hierarchy. They want to see a pilot reason through a scenario, name the regulation, explain the rationale, and describe a specific course of action.

A useful practice exercise on cross-country flights: during the cruise phase, pick a point in the sky and imagine traffic there - right, left, ahead, above, below. Walk through the questions aloud. What type of aircraft? What is the geometry? Who yields? What is my specific action? A few minutes of active mental rehearsal on a flat cross-country makes the actual moment in the traffic pattern significantly less scrambled.

FAR 91.113 and the Private Pilot ACS are both available free on the FAA’s website.

Key Takeaways

• The right-of-way hierarchy is built on one principle: the least maneuverable aircraft gets the most protection. Balloon > Glider > Airship > Powered aircraft.
• In converging situations, ask “is there an aircraft to my right?” - if yes, you yield. Always check aircraft type before applying position rules.
• Head-on encounters: both aircraft turn right. Overtaking: pass to the right, and the overtaking pilot owns full responsibility until well clear.
• Right of way establishes priority - it does not replace see-and-avoid. 91.113 explicitly states right-of-way rules do not relieve any pilot of the responsibility to see and avoid.
• Reason from the principle, not the list. Under stress, retrieval fails. Understanding the maneuverability logic lets you think your way to the correct answer.