AFOQT Pilot Score Requirements: Minimum & Competitive Scores
AFOQT minimum scores for pilot: Pilot 25, Verbal 15, Nav 10. See competitive AFOQT passing score targets, score table, retake rules (180 days), and ABM requirements.

AFOQT Minimum Scores at a Glance
- Pilot composite: 25 minimum
- Navigator-Technical (Nav) composite: 10 minimum
- Academic Aptitude (AA) composite: 10 minimum
- Verbal composite: 15 minimum
- Quantitative composite: 10 minimum
- Retake wait period: 180 days (lifetime limit: 2 attempts)
Pilot composite >= 25 | Nav >= 10 | AA >= 10 | Verbal >= 15 | Quantitative >= 10. Competitive candidates typically score Pilot 60+ for active-duty UPT slots.
Nav composite >= 10 | Pilot >= 10 | AA >= 10 | Verbal >= 15 | Quantitative >= 10. Strong Nav scores (50+) improve selection odds significantly.
AA composite >= 10 | Pilot >= 10 | Nav >= 10 | Verbal >= 15 | Quantitative >= 10. Competitive ABM candidates aim for AA scores above 45.
Same minimums as traditional Pilot: Pilot >= 25 | Nav >= 10 | AA >= 10 | Verbal >= 15 | Quantitative >= 10. RPA boards have historically accepted slightly lower Pilot composites than manned aviation boards.
AFOQT Scores: What Each Composite Measures
The AFOQT produces 16 composite scores from 12 subtests. The five composites that matter most for rated positions are:
- Pilot composite — drawn from Instrument Comprehension, Table Reading, Aviation Information, and Mathematics Knowledge. It reflects cockpit-reading and spatial navigation ability.
- Navigator-Technical composite — pulled from Arithmetic Reasoning, Mathematics Knowledge, Block Counting, and Table Reading. Measures mathematical reasoning and three-dimensional thinking.
- Academic Aptitude composite — combines Verbal Analogies, Arithmetic Reasoning, Word Knowledge, and Mathematics Knowledge. A broad cognitive aptitude indicator.
- Verbal composite — built from Verbal Analogies and Word Knowledge. Tests vocabulary, reasoning by analogy, and language comprehension.
- Quantitative composite — uses Arithmetic Reasoning and Mathematics Knowledge. Pure math and applied problem-solving.
Composite scores are reported on a scale of 1-99, representing percentile ranks among a norming population of Air Force officer candidates. A score of 50 means you performed better than 50% of that baseline group — it is not a percentage of questions answered correctly.
For deeper context on how each subtest feeds into composites, see our guide on AFOQT scores explained.

AFOQT Passing Score Table: Minimum vs Competitive
Meeting the AFOQT minimum scores gets your application reviewed. Competitive AFOQT passing scores are what selection boards actually favor. The table below shows published minimums alongside realistic competitive benchmarks based on historical board trends.
| Composite | Minimum (Pilot) | Minimum (CSO/ABM/RPA) | Competitive Target |
|---|---|---|---|
| Pilot | 25 | 10 | 60+ |
| Navigator-Technical (Nav) | 10 | 10 | 50+ |
| Academic Aptitude (AA) | 10 | 10 | 50+ |
| Verbal | 15 | 15 | 55+ |
| Quantitative | 10 | 10 | 50+ |
Note: Individual boards may publish their own cutoffs above the service-wide minimums. Always confirm with your officer recruiter or board announcement for the most current requirements.
What Is a Good AFOQT Score for Pilot Candidates?
"Good" depends on the competition in your selection board cycle. The AFOQT is scored on a percentile scale, so a Pilot composite of 75 means you outperformed 75% of the norming sample — a strong result by any measure. Here is a practical breakdown:
- 25-39 (Pilot composite): Meets minimum; application is eligible but faces significant competition. Most active-duty Undergraduate Pilot Training (UPT) boards select candidates well above this range.
- 40-59: Average range. Acceptable for some Guard/Reserve boards or non-rated paths. May limit UPT competitiveness depending on the rest of your package.
- 60-74: Competitive for most active-duty UPT boards. Combined with a strong GPA, flight hours, and fitness scores, this range supports a solid application.
- 75+: Strong. Places you above the majority of applicants. A Pilot composite in this tier meaningfully strengthens your overall officer package.
Keep in mind that AFOQT scores are just one part of a rated board package. TBAS (Test of Basic Aviation Skills) scores, flight hours, physical fitness test results, GPA, and commander recommendations all factor into the final selection. A Pilot composite of 60 paired with 200+ flight hours often outperforms a 90 composite with no aviation background.
AFOQT Retake Rules — Know Before You Test
You are allowed a maximum of two lifetime attempts at the AFOQT. The mandatory waiting period between attempts is 180 days (approximately 6 months). There are no waivers for the 180-day wait. If you have already used both attempts, your scores are permanent — preparation before your first and second sits is critical. Rushing into a second attempt without targeted study typically yields minimal improvement and wastes your final opportunity.
AFOQT Test Prep and Practice: How to Improve Your Score
The Air Force does not publish exact subtest-to-composite weighting formulas publicly. What is known is the general subtest contributions documented in the official AFOQT Form T technical manual:
- Pilot = weighted combination of Instrument Comprehension, Table Reading, Aviation Information, Math Knowledge
- Nav = weighted combination of Arithmetic Reasoning, Math Knowledge, Block Counting, Table Reading
- AA = weighted combination of Verbal Analogies, Arithmetic Reasoning, Word Knowledge, Math Knowledge
Improving performance on high-weight subtests — particularly Math Knowledge and Arithmetic Reasoning, which appear in multiple composites — creates the biggest score gains. A focused study plan targeting these two subtests benefits your Pilot, Nav, AA, and Quantitative composites simultaneously.
Take a free AFOQT practice test to benchmark your current subtest performance before building a study plan. You can also explore the AFOQT study guide for section-by-section prep resources. AFOQT practice questions covering Instrument Comprehension, Block Counting, and Aviation Information are particularly valuable since those subtests appear in time-pressured conditions. Using AFOQT study materials and AFOQT practice exams that mirror the real test format — including timed AFOQT practice tests with all 12 subtest sections — gives the most accurate picture of where you stand before test day. AFOQT math practice focusing on Arithmetic Reasoning and Math Knowledge subtests is especially high-value since these sections feed four of the five rated composites simultaneously.

Navigator and ABM AFOQT Score Requirements in Detail
Combat Systems Officers (CSOs), formerly called Navigators, and Air Battle Managers (ABMs) share many of the same minimum thresholds as pilots but are evaluated primarily on different composites.
CSO minimum scores: Nav >= 10, Pilot >= 10, AA >= 10, Verbal >= 15, Quantitative >= 10. Competitive CSO candidates typically aim for Nav composites of 50 or higher. The Nav composite heavily weights mathematical reasoning and three-dimensional spatial thinking — Block Counting is a subtest many candidates underestimate. A weak Block Counting performance disproportionately hurts the Nav composite.
ABM minimum scores: AA >= 10, Pilot >= 10, Nav >= 10, Verbal >= 15, Quantitative >= 10. ABMs manage airspace and air defense operations. Their boards weight Academic Aptitude highly because the role requires rapid cognitive processing, situational awareness, and decision-making under pressure. A competitive AA score for ABM candidates is generally 45 or above.
For a full breakdown of how all 16 AFOQT composites work, including the five non-rated composites used for non-flying officer career fields, visit the AFOQT scores overview page.
For more details, see our AFOQT Exam Prep 2026: Air Force Officer Qualifying Test Study Guide guide.About the Author
Registered Nurse & Healthcare Educator
Johns Hopkins University School of NursingDr. Sarah Mitchell is a board-certified registered nurse with over 15 years of clinical and academic experience. She completed her PhD in Nursing Science at Johns Hopkins University and has taught NCLEX preparation and clinical skills courses for nursing students across the United States. Her research focuses on evidence-based exam preparation strategies for healthcare certification candidates.