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Checkride Requirements

Commercial Pilot Checkride Requirements (2026 Guide)

Every eligibility, aeronautical-experience, and endorsement requirement for the FAA Commercial Pilot checkride, plus the ACS structure and common failure points.

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Commercial Pilot Checkride Requirements (2026 Guide)

Who is eligible for the commercial pilot checkride?

You must be at least 18 years old, able to read, speak, write, and understand English, and already hold at least a private pilot certificate, per 14 CFR 61.123. This is the first checkride in the certification path that requires you to already be certificated, there's no student-pilot equivalent route into the commercial checkride.

Beyond age, language, and holding a private certificate, 61.123 requires a logbook endorsement from an authorized instructor confirming you completed the required ground training on the aeronautical knowledge areas in 14 CFR 61.125, then passing that knowledge test. You also need training and an endorsement on the Areas of Operation listed in 14 CFR 61.127(b)(1): preflight preparation, performance maneuvers, ground reference maneuvers, navigation, slow flight and stalls, emergency operations, high-altitude operations, and postflight procedures, certifying you're prepared for the practical test.

Only a third-class medical certificate is required to sit the checkride itself, per 14 CFR 61.23(a)(3)(iii). That's easy to miss: exercising commercial privileges for compensation or hire afterward requires at least a second-class medical certificate under 61.23(a)(2)(ii), but you don't need the higher class to take the test.

How many flight hours do you need before the commercial pilot checkride?

You need at least 250 hours of total flight time as a pilot, per 14 CFR 61.129(a). Unlike the private pilot requirement, the components below overlap rather than stack: the 100-hour PIC total, the 20 hours of specific training, and the 10 hours of solo/supervised-PIC time are all subsets of the 250-hour total, not additions to it.

RequirementAmountCitation
Total flight time250 hours minimum61.129(a)
Time in powered aircraft100 hours, of which 50 must be in airplanes61.129(a)(1)
Pilot-in-command flight time100 hours, including 50 hours in airplanes and 50 hours cross-country (10 of which must be in airplanes)61.129(a)(2)
Training on Areas of Operation20 hours minimum61.129(a)(3)
Instrument training10 hours (view-limiting device), 5 of which must be in a single-engine airplane61.129(a)(3)(i)
Complex, turbine, or TAA training10 hours in a complex airplane, turbine-powered airplane, or technically advanced airplane, or any combination61.129(a)(3)(ii)
Daytime cross-country training flightOne 2-hour flight, single-engine airplane, straight-line distance over 100 nm61.129(a)(3)(iii)
Nighttime cross-country training flightOne 2-hour flight, single-engine airplane, straight-line distance over 100 nm61.129(a)(3)(iv)
Pre-test training with an instructor3 hours, within the 2 calendar months preceding the practical test61.129(a)(3)(v)
Solo (or supervised PIC) flight time10 hours in a single-engine airplane, credited toward the 100-hour PIC total61.129(a)(4)
Long solo cross-country flight300 nm total distance, landings at 3 points, one leg at least 250 nm straight-line61.129(a)(4)(i)
Solo night VFR operations5 hours, with 10 takeoffs and 10 landings at a towered airport61.129(a)(4)(ii)

The 10 hours of instrument training is smaller than it sounds if you already hold an instrument rating: the same category of view-limiting-device work from your instrument training can be logged toward it, but the regulation still requires the full 10 hours be logged under this section, with at least 5 in a single-engine airplane. The 250-nm solo cross-country in 61.129(a)(4)(i) has a Hawaii-specific exception dropping the minimum leg to 150 nm, since no single-island route there can reach 250 nm.

What endorsements do you need before the commercial pilot checkride?

You need a chain of instructor endorsements covering knowledge-test readiness, practical-test readiness, and the general prerequisites in 14 CFR 61.39, on top of already holding your private pilot certificate. A DPE will not begin the checkride without every one of these on file.

Applicants sometimes assume the 61.127(b)(1) training endorsement is a formality carried over from private pilot training. It isn't. It has to specifically cover the commercial Areas of Operation, including maneuvers like eights on pylons and lazy eights that don't appear at the private pilot level at all.

How long is the commercial pilot checkride?

The practical test has two parts, an oral examination followed by a flight test, administered by a Designated Pilot Examiner, per the AOPA Flight Test Prep FAQ. Neither the FAA nor AOPA publishes a fixed duration for either portion, and the commercial oral tends to run longer than the private pilot oral because it covers additional knowledge areas: commercial operations, aircraft performance and limitations under load, and the regulations governing carrying persons or property for compensation.

The flight portion adds performance maneuvers (chandelles, lazy eights, steep spirals), a ground reference maneuver unique to this certificate (eights on pylons), and the power-off 180° accuracy approach and landing, none of which appear on the private pilot flight test. As with other certificates, weather can push the flight portion to a different day without restarting the process, provided your endorsements and knowledge test results remain valid.

What ACS governs the commercial pilot checkride?

The DPE evaluates you against FAA-S-ACS-7B, the Commercial Pilot for Airplane Category Airman Certification Standards, published November 2023. It covers ASEL, ASES, AMEL, and AMES classes and supersedes the earlier FAA-S-ACS-7A. Like the private pilot ACS, it organizes the checkride into Areas of Operation with Knowledge, Risk Management, and Skill elements, but the Skill-element tolerances tighten considerably. The power-off 180° landing task, for example, requires touching down within 200 feet beyond or on the specified point, per Task CA.IV.M.S8, and eights on pylons caps bank angle at 40°, per Task CA.V.E.S5.

See the FAA Airman Certification Standards page for the current PDF. If you fail a Task within an Area, the DPE issues a Notice of Disapproval citing that Area and Task. Under 14 CFR 61.43(f), you may retest only the affected Area rather than the full checkride, provided you retest within 60 days, present the original Notice of Disapproval, complete any required additional training with an instructor endorsement, and submit a properly completed application.

What are the most common reasons applicants fail the commercial pilot checkride?

The most frequently cited failure points are the maneuvers unique to this certificate, not the ones carried over from private pilot training. The power-off 180° accuracy approach and landing (ACS Task CA.IV.M) is a one-shot maneuver, the ACS ties satisfactory performance to a 200-foot touchdown tolerance with no add-power option built into the task, which makes energy management on the approach the whole game.

Eights on pylons and lazy eights get conflated more often than any other pair of commercial maneuvers. AOPA's coverage of these maneuvers recounts applicants who have failed checkrides after confusing the two, lazy eights is a performance maneuver testing coordination through changing airspeeds and bank angles (ACS Task CA.V.A), while eights on pylons is a ground reference maneuver built entirely around holding pivotal altitude and correcting for wind drift on the pylon line-of-sight (ACS Task CA.V.E). The ACS itself requires you to demonstrate understanding of pivotal altitude and the factors that affect it (CA.V.E.K3) before you ever fly the maneuver, so DPEs commonly probe the underlying aerodynamics in the oral before the flight portion.

What is the pass rate for the commercial pilot checkride?

The FAA's U.S. Civil Airmen Statistics publishes certificates and ratings issued but does not break the commercial certificate out as a separate practical-test pass/fail line the way some third-party aggregator sites report, so no single official FAA percentage exists to cite here with confidence. We're building a dedicated breakdown, see checkride pass rates by certificate for the full picture as we publish sourced FAA data.

Most commercial applicants already hold an instrument rating by the time they reach this checkride. If you haven't gotten there yet, MockDPE's AI examiner is built specifically for that checkride, see the instrument rating checkride requirements page for what changes.

Practice Questions

  1. You've logged 240 hours total time, 95 hours PIC, and 8 hours of instrument training, but no time in a complex, turbine, or TAA airplane. Are you eligible for the checkride under 14 CFR 61.129(a)? What's missing?

  2. Explain the difference between the 50-hour PIC cross-country requirement in 61.129(a)(2)(ii) and the single 300 nm solo cross-country flight required under 61.129(a)(4)(i). Can one flight satisfy part of both?

  3. What three aircraft types can satisfy the 10-hour training requirement in 61.129(a)(3)(ii), and what four avionics components does 61.129(j) require for an airplane to qualify as "technically advanced"?

  4. What's the touchdown tolerance for the power-off 180° accuracy approach and landing under ACS Task CA.IV.M.S8, and why does the FAA treat it as a one-shot maneuver rather than a go-around-and-retry task?

  5. If you fail the Navigation Task on your checkride, what four conditions does 14 CFR 61.43(f) require you to meet to retest only that Area instead of the full checkride?

Frequently Asked Questions

Q: What is the total flight-time requirement for the commercial pilot checkride?

You need at least 250 hours total flight time as a pilot, per 14 CFR 61.129(a). That breaks down into 100 hours in powered aircraft (50 in airplanes), 100 hours PIC, 20 hours of specific training, and 10 hours of solo or supervised-PIC time, the totals overlap, they don't stack to 480 hours.

Q: Do I need a complex airplane or is a TAA enough for the commercial checkride?

Either works. 14 CFR 61.129(a)(3)(ii) requires 10 hours of training in a complex airplane, a turbine-powered airplane, or a technically advanced airplane (TAA) that meets the avionics requirements in 61.129(j), or any combination of the three, your school picks based on what's available.

Q: What medical certificate do I need for the commercial pilot checkride?

Only a third-class medical certificate is required to take the practical test itself, per 14 CFR 61.23(a)(3)(iii). You'll need at least a second-class medical certificate before you can exercise commercial privileges for compensation or hire, per 61.23(a)(2)(ii), but that's not a checkride prerequisite.

Q: Can hours from a Part 142 training center count toward the 250-hour requirement?

Simulator and flight training device time can offset it. 14 CFR 61.129(i) allows up to 50 hours of credit from a full flight simulator or flight training device toward the total, or up to 100 hours if the training was completed at a Part 142 training center, and an applicant who completes an approved Part 142 course with 190 hours is considered to have met the full requirement.

Q: What are eights on pylons and why do commercial applicants get them confused with lazy eights?

They're different maneuver categories that share a figure-eight ground track. Eights on pylons is a ground reference maneuver testing pivotal-altitude management (ACS Task CA.V.E), while lazy eights is a performance maneuver testing coordination across changing airspeeds and bank angles (ACS Task CA.V.A), AOPA has documented applicants failing checkrides after mixing up which is which.

Q: Does MockDPE cover the commercial pilot checkride?

No. MockDPE's AI oral-exam simulator is built specifically for the Instrument Rating checkride and its ACS. Most commercial applicants already hold an instrument rating by this point, see the instrument rating checkride requirements page if you haven't gotten there yet.

Sources


This article was researched from FAA primary sources (14 CFR Part 61, FAA-S-ACS-7B) and secondary sources (AOPA) for interpretive and preparation content, and reviewed against current regulatory text by MockDPE Editorial Team. Last reviewed: July 2026. If you spot an inaccuracy, email [email protected].

Frequently Asked Questions

What is the total flight-time requirement for the commercial pilot checkride?

You need at least 250 hours total flight time as a pilot, per 14 CFR 61.129(a). That breaks down into 100 hours in powered aircraft (50 in airplanes), 100 hours PIC, 20 hours of specific training, and 10 hours of solo or supervised-PIC time, the totals overlap, they don't stack to 480 hours.

Do I need a complex airplane or is a TAA enough for the commercial checkride?

Either works. 14 CFR 61.129(a)(3)(ii) requires 10 hours of training in a complex airplane, a turbine-powered airplane, or a technically advanced airplane (TAA) that meets the avionics requirements in 61.129(j), or any combination of the three, your school picks based on what's available.

What medical certificate do I need for the commercial pilot checkride?

Only a third-class medical certificate is required to take the practical test itself, per 14 CFR 61.23(a)(3)(iii). You'll need at least a second-class medical certificate before you can exercise commercial privileges for compensation or hire, per 61.23(a)(2)(ii), but that's not a checkride prerequisite.

Can hours from a Part 142 training center count toward the 250-hour requirement?

Simulator and flight training device time can offset it. 14 CFR 61.129(i) allows up to 50 hours of credit from a full flight simulator or flight training device toward the total, or up to 100 hours if the training was completed at a Part 142 training center, and an applicant who completes an approved Part 142 course with 190 hours is considered to have met the full requirement.

What are eights on pylons and why do commercial applicants get them confused with lazy eights?

They're different maneuver categories that share a figure-eight ground track. Eights on pylons is a ground reference maneuver testing pivotal-altitude management (ACS Task CA.V.E), while lazy eights is a performance maneuver testing coordination across changing airspeeds and bank angles (ACS Task CA.V.A), AOPA has documented applicants failing checkrides after mixing up which is which.

Does MockDPE cover the commercial pilot checkride?

No. MockDPE's AI oral-exam simulator is built specifically for the Instrument Rating checkride and its ACS. Most commercial applicants already hold an instrument rating by this point, see the instrument rating checkride requirements page if you haven't gotten there yet.

Authoritative Sources

AI-generated study aid, not an official source. This article was written entirely by AI working from FAA primary sources (Instrument Rating ACS, 14 CFR Part 91, Aeronautical Information Manual, Instrument Flying Handbook, and relevant Advisory Circulars), with sources cited inline so you can verify each claim. It has not been reviewed by a CFI, DPE, or other certificated aviation professional. AI can hallucinate, misstate section numbers, and subtly paraphrase regulations in ways that change their meaning. Treat this page as a study starting point only. Always confirm any regulatory, procedural, or operational fact against the linked FAA primary document before relying on it for a checkride, a written exam, or a flight. Last updated July 15, 2026. Spotted an error? Email [email protected].