What climb speed should I use for a private pilot checkride?
Find the correct take-off and climb speed for an FAA private pilot checkride, including Vr, Vx, Vy, POH lookup and ACS tolerances.
There is no universal take-off or climb speed for a private pilot checkride. Use the exact aircraft’s POH/AFM: rotate or lift off at the published speed when provided, fly Vx for obstacle clearance, then use Vy or the published normal-climb speed. These targets are normally flown in KIAS unless the approved manual states otherwise.
This is Aviation & Real-World Flying guidance, not a simulator convention. At Fly Away Simulation, a confusion we regularly see is a pilot using a familiar speed from another variant, a generic checklist or an add-on’s cockpit tablet. None of those overrides the approved data for the aircraft being flown.
Take-off speed vs. climb speed
Take-off speed is an informal phrase that may mean rotation speed, lift-off speed or the initial climb target; those are related but not interchangeable.
| Reference | Meaning | When it applies |
|---|---|---|
| Vr | Rotation speed: the speed at which the pilot begins raising the nose to the prescribed take-off attitude. | Use it only when the aircraft’s approved procedure publishes it. Many light-aircraft manuals instead give a recommended rotation instruction or speed without formally labelling it Vr. |
| Lift-off speed | The speed at which the aircraft becomes airborne. | It may not be separately published, and it need not be identical to Vr. Soft-field procedures can call for lift-off at the lowest practical speed followed by acceleration in ground effect. |
| Vx | Best angle-of-climb speed, producing the greatest altitude gain per horizontal distance under the stated conditions. | Use it for published obstacle-clearance procedures, then transition when the obstacle is cleared or the procedure directs. |
| Vy | Best rate-of-climb speed, producing the greatest altitude gain per unit of time under the stated conditions. | Commonly used after obstacle clearance and for maximum-rate climbs. |
| Normal-climb speed | A manufacturer-recommended speed or range for an ordinary departure. It may be described as normal climb or cruise climb. | Use it when the POH/AFM specifies it for the normal procedure. It may trade some maximum climb rate for better visibility, cooling or operating margins. |
The usual sequence is to accelerate on the runway, rotate at the published cue, lift off and establish the climb speed required by the selected procedure. A short-field obstacle departure normally uses the published obstacle-clearance speed or Vx first, followed by Vy or the recommended normal-climb speed. A normal take-off may proceed directly to Vy or the manufacturer’s normal-climb recommendation.
Vr is not a command to force the aircraft airborne, and Vx is not normally the rotation speed. Pitch to establish the correct attitude, allow the aircraft to lift off as prescribed, then adjust pitch to capture the initial climb target. Our walk-through of rotation, lift-off and the initial climb sequence explains how configuration and obstacle clearance fit around these speeds.
Speeds are normally flown as KIAS, meaning knots indicated airspeed, unless the approved manual specifies another unit. Some older aircraft use miles per hour, while a manual may also contain calibrated or true airspeed data for other purposes. For the wider terminology, see our explanation of the main aviation V-speeds and how they differ.
How do I find the exact take-off speed for my aircraft?
Find the correct speeds by working through the approved POH or AFM and every applicable supplement before calculating the departure.
- Identify the exact aircraft and approved source. Confirm the model, variant, serial applicability, engine, propeller and any modification that affects performance. An approved supplement may amend or replace figures in the original Pilot’s Operating Handbook or Aircraft Flight Manual.
- Select the procedure being flown. Read the normal, short-field, soft-field or go-around procedure separately. Do not build one generic set of speeds and apply it to every task.
- Set the correct conditions and configuration. Check take-off weight, altitude, temperature and the specified flap, landing-gear and power configuration. Use weight or altitude speed schedules only when the aircraft’s data provides them.
- Read the units and chart inputs carefully. Distinguish KIAS from MPH, KCAS and KTAS. If a performance chart asks for pressure altitude and temperature, enter those values rather than substituting a calculated density altitude unless the chart specifically requests it.
- Check that the take-off is feasible. Calculate runway requirement and climb or obstacle performance using the published method. Finding a target speed does not prove that the available runway or climb margin is adequate.
- Put the targets on the take-off brief. Record the rotation or lift-off cue, initial climb speed, obstacle-clearance speed, transition point and subsequent climb speed. Include the planned configuration changes and the condition that would trigger a rejected take-off.
A number remembered simply as “the Cessna speed” is not enough. The Cessna 172 family alone contains variants with different manuals and published figures; our Cessna 172 example shows how to interpret Vx and Vy without treating one variant’s numbers as universal.
Does density altitude mean I should add extra knots?
No generic extra-knot adjustment should be added because density altitude is high.
High density altitude reduces take-off and climb performance. For a given indicated airspeed, true airspeed and usually groundspeed are higher, the take-off roll is longer, and climb rate and obstacle gradient are reduced. The indicated target speed often remains the published value, but any altitude or weight schedule in the POH/AFM must be followed exactly.
Do not compensate for poor performance by arbitrarily flying faster. Extra speed can flatten the climb angle and consume more runway before lift-off. Recalculate take-off distance, climb performance and obstacle margin for the actual weight, temperature, altitude, wind, runway surface and slope. If the published margins are inadequate, reduce weight, wait for better conditions, choose another runway or reject the take-off plan.
Which speed applies to each FAA private pilot checkride task?
Each FAA take-off and go-around task calls for the speed appropriate to that manoeuvre and the aircraft’s published procedure.
| Checkride task | Speed to use | What the examiner expects |
|---|---|---|
| Normal take-off and climb | Published normal-climb speed or Vy, as applicable | Rotate and lift off as recommended, establish the nominated climb speed, maintain directional control and complete configuration changes in the prescribed sequence. |
| Short-field take-off with an obstacle | Published obstacle-clearance speed or Vx, then the recommended climb speed or Vy | Use the correct configuration and lift-off technique, hold the obstacle-clearance target until clear, then make a deliberate transition rather than retaining Vx indefinitely. |
| Soft-field take-off | Accelerate in ground effect to Vx or Vy as appropriate, then follow the published climb procedure | Keep weight off the nosewheel, lift off without forcing the aircraft, remain in ground effect as required and avoid attempting to climb before reaching the appropriate speed. |
| Go-around or rejected landing | Manufacturer-recommended go-around speed or Vy | Apply power, control pitch, establish a positive climb and change flap or landing-gear configuration in the approved sequence. Retracting drag devices too quickly can cause sink or loss of control. |
The examiner is assessing more than the airspeed indication. Centreline tracking, coordination, pitch and power control, obstacle clearance, configuration, lookout and division of attention all matter. Our guide to how the FAA oral and flight portions are assessed provides the broader checkride context.
How accurately must I hold the climb speed?
For common FAA private-pilot take-off and go-around tasks, the Airman Certification Standards generally specify the selected or recommended climb speed within +10/-5 knots.
That is an evaluation tolerance, not a target band. Aim at the published speed rather than deliberately flying five knots slow or ten knots fast. If the POH gives a recommended range, choose and brief a suitable target within it; do not add the ACS tolerance to both ends of the manufacturer’s range.
Check the applicable task in the current Private Pilot Airman Certification Standards before the test because editions and task wording can change. An examiner may also clarify how a simulated obstacle or aircraft-specific speed range will be treated during the pre-flight briefing. Outside the FAA system, a skill test may use different tolerances even though the aircraft’s approved operating data still determines the correct speed.
What take-off speed mistakes cause checkride problems?
The most common failures come from selecting the wrong reference, misunderstanding when to transition or fixating on the airspeed indicator.
- Using another model’s figures: verify the actual aircraft’s POH/AFM and supplements, even when two aircraft look nearly identical.
- Confusing rotation with climb: rotate at the published cue, then establish Vx, Vy or the normal-climb target required by the procedure.
- Mixing MPH and KIAS: check both the manual and the airspeed indicator before committing numbers to memory.
- Holding Vx after the obstacle: transition smoothly to Vy or the recommended normal-climb speed when the procedure calls for it.
- Chasing the airspeed needle: set a known pitch attitude, cross-check the indication, make small corrections and trim. Large repeated pitch changes usually create an airspeed oscillation.
- Ignoring flap or landing-gear effects: anticipate the pitch and drag change while following the published retraction sequence.
- Adding speed in poor conditions: an arbitrary increase may reduce obstacle-clearance angle. Recalculate performance and reject the departure when the required margin is not available.