Turns Around a Point: How to Fly a Perfect Circle (Even When the Wind Won’t Let You)
- wifiCFI

- Jan 14
- 5 min read
“Turns around a point” looks simple on paper: pick a point on the ground and fly a circle around it. Then you try it in a real wind and suddenly your “circle” turns into a lopsided egg, your altitude starts wandering, and you realize you’ve been thinking in headings instead of ground track.
That’s the whole point of the maneuver.
Turns around a point is where you learn to manage wind continuously while keeping altitude, airspeed, and coordination locked in. It’s one of the best early-training exercises for building the exact skills you’ll use later in patterns, holding, and circling approaches—just with less structure and more wind awareness.
Here’s how to do it like a pilot.
Study this full length lesson (video, podcast, flashcards, and quiz) here: Full Length Lesson >
What the Maneuver Is Really Teaching
Beyond “make a circle,” the objectives are:
Maintain a constant radius around a ground reference
Correct for wind continuously (not once per leg like a rectangle)
Maintain constant altitude and airspeed
Keep the airplane coordinated (ball centered)
Practice division of attention: mostly outside, instruments as support
Use variable bank angle tied to groundspeed
The biggest lesson: when the wind changes your groundspeed, you must change your bank and your wind correction to keep the same ground track.
Pick the Right Point (This Matters More Than People Think)
Choose a point that’s:
Easy to see from your training altitude
Surrounded by clear terrain (not congested areas)
Not something sensitive (houses, schools, people, livestock)
Not an obstacle magnet (towers, wires, antennas)
Good examples: isolated field corner, small pond, lone tree in open land, road intersection in rural areas.
And make sure you’re at the altitude your instructor specifies—usually high enough to keep it safe and give you time to correct.
The Setup: Make the Airplane Stable First
Before you start turning, establish:
Altitude: steady and trimmed
Airspeed: stable (often a cruise or maneuvering speed range your instructor wants)
Power: set and left alone as much as possible
Coordination: ball centered
If you enter the maneuver already chasing altitude and speed, the circle will never be smooth.
Find the Wind
You don’t need perfect numbers, but you do need direction:
Look at smoke, water, windsock (if visible)
Note drift in straight flight
If allowed, compare heading vs GPS track to infer wind direction
Wind direction is your roadmap for where the circle will try to stretch or shrink.
The Big Concept: Steepest Bank on the Downwind Side
The classic rule:
Downwind side (fast groundspeed): steeper bank
Upwind side (slow groundspeed): shallower bank
Crosswind positions: intermediate bank angles
Why? Because at higher groundspeed you cover more ground per second. If you don’t increase your turn rate (via more bank), you’ll drift outward and your radius will grow.
This is the exact same logic as flying consistent spacing in the traffic pattern—just continuous.
How to Fly It: Step-by-Step
1) Enter on the Downwind
A clean way to start is to approach the point on a downwind track and enter the circle at your chosen radius. Starting downwind helps because you immediately feel what the wind is doing.
Pick your radius intentionally:
A smaller radius demands more precision and quicker corrections
A larger radius is easier but can drift more before you notice
Your instructor may specify a radius or just want consistency.
2) Establish the Circle and Look Outside
Your eyes should be mostly outside:
Keep the point off your wing at a constant relative position
Watch the distance to the point, not your heading
Use instruments as quick checks:
Altitude trend
Airspeed trend
Coordination
3) Vary Bank to Maintain Radius
This is where you “fly the wind”:
As you move into the downwind arc, gradually increase bank
As you turn toward the upwind arc, gradually decrease bank
Keep bank changes smooth—not stepped like a rectangle
A helpful mental image: you’re “squeezing” the circle on the upwind side and “holding it together” on the downwind side with bank changes.
4) Correct Drift Early, Not Late
If the point starts moving outward (radius increasing):
Increase bank slightly or
Adjust your crab angle so your ground track curves tighter
If the point starts moving inward (radius shrinking):
Reduce bank slightly or
Ease your track outward
Make corrections small and give them a moment to work.
5) Maintain Altitude Through Bank Changes
As bank increases, lift vector tilts, and you may need:
A slight increase in back pressure
A touch of power in some aircraft (depending on speed/technique)
Better trim discipline
But the goal is consistency: don’t let the bank changes drag your pitch around.
Coordination: The Wing-Drop Trap
Near steeper banks, students sometimes:
add aileron without rudder,
slip or skid,
then chase the result with more control inputs.
That’s how circles get ugly fast.
Keep the ball centered. If you’re uncoordinated, you’ll create extra drag, altitude issues, and inconsistent turn performance.
Common Errors (and Fixes That Work)
Error: “Set a Bank and Hold It”
Result: Egg-shaped circle.
Fix: Bank must change continuously with groundspeed. Steeper downwind, shallower upwind.
Error: Looking Inside Too Much
Result: Late drift detection and altitude wandering.
Fix: Outside is primary. Instruments confirm.
Error: Overcontrolling
Result: Wobbly radius and altitude oscillations.
Fix: Make one small correction, wait, then refine.
Error: Poor Point Selection
Result: You can’t judge radius or you get distracted by terrain/obstacles.
Fix: Pick a clear, isolated point with good contrast.
Error: Letting Airspeed Drift
Result: Inconsistent turn performance and changing bank needs.
Fix: Stabilize power and trim before entry; monitor airspeed trend.
A Simple “Pilot Script” You Can Say Out Loud
This helps keep you ahead of the airplane:
“Point in sight, altitude stable, airspeed stable, clear the turn.”
“Entering downwind—groundspeed high—adding bank.”
“Approaching upwind—groundspeed low—reducing bank.”
“Ball centered, altitude check, airspeed check.”
It sounds basic, but verbal cues keep your scan and priorities ordered.
Why This Maneuver Pays Off Later
Turns around a point builds skills you’ll use everywhere:
Pattern spacing and wind correction
Circling approaches (conceptually)
Holding (bank + wind awareness)
Better overall “feel” for how wind affects ground track
If you can fly a consistent circle in a steady wind, you’re no longer just steering the airplane—you’re navigating in the real world.
Final Thought
The secret to turns around a point is accepting that the airplane’s nose won’t stay “evenly spaced” in heading. Your job isn’t symmetry in the cockpit—it’s symmetry on the ground.
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