6.turns-around-a-point. Turns Around a Point
Turns around a point is a ground reference maneuver in which the airplane is flown in two or more complete circles of uniform radius around a selected point on the ground. The objective is to develop the pilot's ability to compensate for wind drift while in continuously varying angles of bank, divide attention between the flightpath, ground references, and airplane control, and maintain coordinated flight throughout.
Selecting the Reference Point
The pilot selects a prominent ground reference — a road intersection, small isolated tree, silo, or barn — located in an area free of obstructions and well clear of populated areas, persons, vessels, vehicles, and structures (consistent with 14 CFR 91.119). The point should permit a continuous visual reference and an emergency landing area within gliding distance throughout the maneuver.
Entry
- Perform clearing turns and complete a pre-maneuver checklist.
- Enter at approximately 1,000 feet AGL (or as recommended by the manufacturer), and at an airspeed that yields a steady bank no steeper than approximately 45° at the steepest point of the turn (typically maneuvering speed or as appropriate for the airplane).
- Enter downwind, abeam the reference point, with the point off the wingtip on the inside of the turn.
- Initial bank at entry will be the steepest of the maneuver because groundspeed is highest there.
Wind Drift and Bank Control
Groundspeed and required bank vary continuously around the circle:
- Downwind (entry): highest groundspeed, steepest bank (~45°).
- Crosswind (turning from downwind to upwind): groundspeed decreasing, bank shallowing.
- Upwind: lowest groundspeed, shallowest bank.
- Crosswind (turning from upwind to downwind): groundspeed increasing, bank steepening.
The radius of the circle is established at the downwind entry point and must be held constant. Because the airplane is in a continuous turn, the pilot adjusts bank smoothly and progressively rather than in steps. The wind correction angle (crab) also changes continuously: the longitudinal axis is offset into the wind on the upwind and downwind sides and must be managed so the airplane traces a circular ground track, not a circle relative to the air mass (which would drift into a flattened oval downwind of the point).
Coordination and Attention
Despite varying bank, all turning is performed in coordinated flight — rudder is used to keep the inclinometer ball centered, not to yaw the nose toward or away from the point. Common errors include using rudder to "hold" the point in place, allowing the bank to overbank in steep portions, and fixating on the reference point at the expense of altitude, airspeed, and traffic scan.
The pilot's attention should be divided among:
- The reference point (relative position to the wingtip).
- The horizon (for pitch and bank).
- The altimeter and airspeed indicator (for performance).
- The outside scan (for traffic and obstacles).
Performance Standards
FAA Airman Certification Standards expect the private pilot applicant to:
- Maintain altitude ±100 feet.
- Maintain airspeed ±10 knots.
- Maintain a constant radius around the selected point.
- Roll out on the entry heading, abeam the point.
Example
With a wind from the west at 15 knots and a true airspeed of 100 knots, an airplane entering downwind east of the point flies a groundspeed of 115 knots and requires a steep bank (~40–45°) to keep the radius. As it turns crosswind to the north, groundspeed drops toward 100 knots and bank shallows. Upwind on the west side, groundspeed is 85 knots and bank may be only 20–25°. As the airplane turns crosswind back to the south and downwind, bank progressively steepens to the original value at the entry point.
Recovery
The maneuver is completed by rolling wings level on the same heading and at the same point at which it was begun, after at least two complete circles. The pilot then resumes normal cruise, clears the area, and transitions to the next task.
Turns around a point builds the foundational skills of wind awareness, outside reference use, and coordinated control inputs that directly transfer to the traffic pattern — particularly the base-to-final turn — where unrecognized tailwind drift and uncoordinated overbanking are leading factors in stall/spin accidents.