What is the pass rate for the Commercial Pilot Checkride?

The Commercial Pilot Checkride has approximately a ~78% first-time pass rate. Proper preparation with knowledge of ACS maneuvers and tolerances significantly improves your chances.

How long does the Commercial Pilot Checkride take?

The Commercial Pilot Checkride typically takes 4-6 hours (1.5-2 hr oral + 2-3 hr flight), including both the oral examination and the flight portion.

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FAA-S-ACS-7AIntermediatePass Rate: ~78%

Commercial Pilot Checkride Prep Guide

Master the FAA Commercial Pilot practical test. This checkride demands tighter tolerances and advanced maneuvers like lazy eights, chandelles, eights on pylons, and power-off 180-degree accuracy approaches. Everything you need is here.

4-6 hours

Duration

~78%

Pass Rate

FAA-S-ACS-7A

ACS Code

Intermediate

Difficulty

Checkride Overview

Format

The Commercial Pilot Checkride consists of two parts: an oral examination (ground portion) and a flight test. The oral typically comes first. The Designated Pilot Examiner (DPE) evaluates you against the Airman Certification Standards (FAA-S-ACS-7A). If you fail one portion, you only need to retake that portion on the recheck.

Duration

Expect 4-6 hours (1.5-2 hr oral + 2-3 hr flight). Well-prepared applicants often finish on the shorter end. The DPE can extend the oral if they need to explore areas where you seem weak. Budget the full day — you do not want to feel rushed.

Prerequisites

Private Pilot Certificate with Instrument Rating
At least a 2nd Class Medical Certificate
Passed the CAX knowledge test within 24 calendar months
250 hours total flight time (61.129)
100 hours PIC time, 50 hours cross-country PIC
10 hours of complex or TAA time

Oral Portion — Key Topics

The DPE will cover these areas during the ground portion. The oral is scenario-based — expect questions tied to a cross-country or operational scenario, not isolated trivia.

1Commercial pilot privileges and limitations (14 CFR 61.133) — what you CAN and CANNOT do

2Commercial operations — common carriage, private carriage, holding out, Part 119 certificate requirements

3Aircraft performance — advanced density altitude calculations, accelerate-stop distance, single-engine performance

4Weight and balance — CG effects on stability, loading for commercial operations

5Complex aircraft systems — constant-speed propeller, retractable gear, flaps

6Aeromedical factors — 1st and 2nd class medical requirements, BasicMed eligibility

7National Airspace System — all classes, speed restrictions, operating requirements

8Risk management and aeronautical decision-making for commercial operations

9Night and high-altitude operations

10Emergency procedures — engine failure after takeoff, electrical fire, vacuum failure

For detailed oral exam questions and answers, see our CPL Oral Exam Prep Guide.

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Flight Maneuvers & ACS Tolerances

These are the maneuvers the DPE may evaluate during the flight portion. Tolerances are from the FAA-S-ACS-7A Airman Certification Standards. Practice each until you can consistently fly within these standards.

Chandelles

Maneuver 1

A maximum-performance climbing turn. Begin from cruise, smoothly increase pitch and bank, reach maximum pitch at 90 degrees, then roll wings level at 180 degrees with the nose at the highest pitch attitude.

ACS Tolerances

180-degree climbing turn, roll out at the minimum controllable airspeed (+5 knots). Maximum pitch at the 90-degree point, wings level at 180. +/-10 degrees heading.

Lazy Eights

Maneuver 2

A continuous series of climbing and descending turns. Tests coordination, planning, and smoothness. Each 180-degree cycle should be symmetrical.

ACS Tolerances

+/-100 feet at the 180-degree point, +/-10 knots of entry speed at 180, +/-10 degrees heading. Maximum pitch/bank at 45-degree points, level at 90-degree points.

Eights on Pylons

Maneuver 3

Fly a figure-eight pattern around two pylons on the ground at pivotal altitude. Pivotal altitude = GS^2 / 11.3. This is the most unique commercial maneuver.

ACS Tolerances

Maintain the line of sight (pivotal altitude) on each pylon. Adjust altitude to keep the reference line pinned on the point. No specific altitude tolerance — it varies with groundspeed.

Steep Turns

Maneuver 4

360-degree turns at 50 degrees of bank in both directions. Tighter than PPL. Load factor is approximately 1.5G.

ACS Tolerances

50-degree bank (not 45 like PPL), +/-100 feet altitude, +/-10 knots airspeed, roll out +/-10 degrees heading.

Power-Off 180-Degree Accuracy Approach and Landing

Maneuver 5

This is the signature commercial maneuver. From a normal traffic pattern, abeam the numbers, pull power to idle and land within 200 feet of a point. Widely considered the hardest maneuver on the commercial checkride.

ACS Tolerances

Touch down within 200 feet beyond a designated line. Abeam the touchdown point, power to idle, configure, and glide to landing — no power allowed after abeam.

Steep Spiral

Maneuver 6

A descending spiral around a point, simulating a forced landing from altitude. Tests wind correction and energy management.

ACS Tolerances

Maintain constant radius around a ground point, at least 3 full turns. Airspeed +/-10 knots of best glide speed. Altitude awareness — do not descend below 1,500 AGL.

Short-Field Takeoff and Landing

Maneuver 7

Same concept as PPL but tolerances feel tighter at commercial standards. Precision is expected.

ACS Tolerances

Takeoff: Vx until obstacle clearance (+10/-5 knots). Landing: Touch down within 200 feet of the designated point at Vref +5/-0 knots.

Soft-Field Takeoff and Landing

Maneuver 8

Same technique as PPL, but evaluated to a commercial standard. Smoothness and precision matter more.

ACS Tolerances

Takeoff: Continuous motion, lift off at minimum speed, accelerate in ground effect. Landing: Minimum descent rate, power to cushion, nose wheel held off.

Power-Off Stalls

Maneuver 9

Evaluated to commercial standards. The recovery must be smooth, prompt, and demonstrate sound judgment.

ACS Tolerances

Recover at the first indication. No secondary stall, no excessive altitude loss (no more than the ACS specifies for commercial).

Power-On Stalls

Maneuver 10

Departure-configuration stall. Commercial standard means the examiner expects smooth, confident recovery.

ACS Tolerances

Recover at the first indication. Maintain heading +/-10 degrees, bank not to exceed 20 degrees.

Emergency Approach and Landing

Maneuver 11

Simulated engine failure. At commercial level, the DPE expects decisive action, a well-planned pattern to the field, and a complete emergency checklist.

ACS Tolerances

Best glide +/-10 knots, select suitable field, complete restart checklist, make the field or demonstrate that you would make it.

Common Reasons for Failure

Based on DPE data and examiner feedback, these are the most frequent reasons applicants receive a disapproval (Notice of Disapproval) on the Commercial Pilot Checkride.

Power-off 180-degree accuracy approach — landing beyond 200 feet or using power after abeam. This is the number-one commercial checkride bust.

Lazy eights — asymmetrical lobes, not reaching maximum bank/pitch at the correct points, or significant altitude/airspeed deviations at the 180-degree point

Eights on pylons — not understanding pivotal altitude or constantly chasing the pylon instead of adjusting altitude smoothly

Chandelles — rolling out before reaching minimum controllable airspeed, or not having maximum pitch at the 90-degree point

Steep turns at 50 degrees — altitude loss greater than 100 feet, especially in the second turn when fatigue and disorientation set in

Oral exam — inability to explain commercial privileges and limitations, or not understanding the difference between common carriage and private carriage

Failing to manage energy during the steep spiral — letting airspeed get too fast or too slow

Day-of Checklist

Everything you need to bring and prepare on checkride day. Missing a document or having an unairworthy aircraft means the checkride cannot proceed — and you may still owe the examiner fee.

Aircraft documents: AROW — if using a complex airplane, verify retractable gear, constant-speed prop, and flaps are operational

Maintenance records: Annual, 100-hour (if for hire), transponder (24 months), pitot-static

Personal documents: Photo ID, pilot certificate (PPL with IR), medical certificate (2nd class), CAX knowledge test results, instructor endorsement

Logbook: All training records, proof of 250 hours total time, 100 hours PIC, 50 hours XC PIC, 10 hours complex/TAA, instructor endorsement for the practical test

Cross-country planning: Complete navlog, weather briefing, W&B, performance calculations

Know the airplane: POH performance data, all V-speeds, complex systems operation

Payment: Examiner fee (typically $800-$1,200)

Practice maneuver area: Know where you will do maneuvers and ensure adequate altitude and terrain clearance

Pro Tips from CFIs

The power-off 180 is all about energy management. Practice judging your glide arc from different positions in the pattern. Wind correction is critical — on a windy day, adjust your base turn timing.

For lazy eights, use reference points on the horizon at 45, 90, 135, and 180 degrees. Practice until the maneuver feels rhythmic and natural, not mechanical.

Eights on pylons: calculate your pivotal altitude before entering the maneuver. If your groundspeed is 100 knots, pivotal altitude is about 885 feet AGL. As groundspeed changes with wind, altitude changes.

Study the commercial privilege and limitation rules (61.133) until you can explain them in plain English. The DPE will ask scenario questions: 'Can you fly this flight for compensation?'

The commercial oral is more focused on judgment and commercial operations than the PPL oral. Be prepared to discuss real-world commercial flying scenarios.

If you are using a TAA (technically advanced airplane) instead of a complex airplane, know the G1000 or equivalent avionics thoroughly.

The steep spiral is a great setup for the power-off 180. Practice transitioning from a steep spiral directly into a power-off approach to build pattern judgment.

Sample DPE Scenarios

DPEs use scenario-based evaluation. Practice thinking through situations like these before your checkride.

Commercial Privilege Question

“A friend offers to pay you $500 to fly his family to a vacation destination in his airplane. He provides the airplane and fuel. Can you legally do this as a commercial pilot? Why or why not?”

Complex Aircraft Emergency

“On downwind, you notice the landing gear indicator shows the nose gear is not down and locked. The mains show green. What is your procedure? How do you troubleshoot?”

Performance Decision-Making

“You need to depart a 3,200-foot runway at a density altitude of 7,500 feet with two passengers and full fuel. Your POH shows a takeoff roll of 2,900 feet under these conditions. Do you go? What factors would change your decision?”