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AZ-B2 Pass Rate 2026: What the Data Shows

TL;DR
  • The Arizona ROC/PSI outline does not publish a public pass-rate percentage for the AZ-B2 trade exam.
  • The scored exam has 100 questions across 10 domains, with 70% (70 correct) as the passing standard.
  • Concrete (14 items) and Metals (13 items) carry the heaviest domain weight - study time should follow the outline.
  • Failed attempts require a 30-day wait; a fourth or later attempt requires 90 days before retesting.

What the Published Data Actually Shows

Anyone searching for an "AZ-B2 pass rate" quickly runs into a wall: neither the Arizona Registrar of Contractors (ROC) nor PSI, the vendor that administers the Arizona trade examination, publishes a public pass-rate percentage for the B-2 General Small Commercial Contractor trade exam. This is worth stating plainly because a lot of exam-prep content online recycles numbers that don't belong to this credential at all. If you want the real picture, the honest answer is that the official bulletin and outline give you structural data - question counts, domain weights, timing, and retake rules - rather than a pass/fail statistic.

That structural data is actually more useful than a single percentage would be. It tells you exactly how the 100 scored questions are distributed, how much time you have, and what happens if you don't clear the bar on your first try. This article walks through that data point by point, using only what's in the current outline (effective May 9, 2024) and the general Arizona PSI bulletin (dated February 18, 2026).

Important Distinction: The B-1, B-2, KB-1, and KB-2 classifications share the same underlying trade examination blueprint. B-2 itself governs qualifying new commercial structures or additions where total labor and materials come to $2,000,000 or less - it is a commercial classification, not the general residential license.

The 70% Passing Standard, By the Numbers

The scored outline contains 100 questions delivered over 240 minutes, with a 70% passing standard. In plain terms, that means 70 correct answers out of the 100 scored items clears the exam. That's the entire mathematical story behind "passing" - no curve, no domain-by-domain minimum, just a single overall threshold applied across all 10 content areas.

Because there's no sub-score requirement, a candidate who is strong in Carpentry and Safety but weaker in, say, Doors and Windows can still pass by making up the difference elsewhere. That flexibility matters when you're deciding where to spend your limited study hours. For a full breakdown of exactly how the scoring threshold works and what it means for borderline scores, see AZ-B2 Passing Score 2026: Exactly What You Need to Pass.

Key Takeaway

Since there's no minimum score per domain, prioritize the highest-weighted domains (Concrete and Metals) rather than spreading study time evenly across all 10 areas.

Domain Weighting: Where the Points Live

The single most useful piece of "pass rate" data available isn't a percentage - it's the official item allocation across the 10 domains. Every one of the 100 scored questions falls into one of these categories, and the counts are fixed by the outline:

DomainScored Items
Concrete14
Metals13
Carpentry12
Safety12
Masonry10
Thermal and Moisture Protection10
Sitework9
General Building Code9
Finishes6
Doors and Windows5

Concrete is the largest domain, followed by Metals - together they account for 27 of the 100 scored items, more than a quarter of the entire exam. Doors and Windows, by contrast, is the smallest at just 5 items. If you're deciding where a wrong guess costs you the most opportunity, it's in the mid-size and large domains, not the small ones.

Concrete (14 items)

The largest domain on the outline. Candidates should be fluent with formwork, reinforcement placement, curing, and code-referenced concrete practices found in the permitted 2018 IBC and 2018 IRC references.

  • Highest point value of any single domain - under-preparing here has an outsized effect on your overall score.

Metals (13 items)

Structural steel, fastening, and metal component questions make up the second-largest chunk of the exam.

  • Pair this domain with Carpentry study, since both involve structural assembly logic that tends to overlap.

For a domain-by-domain breakdown of what each of the 10 content areas actually tests - not just the item counts, but the topics and question styles inside each one - see AZ-B2 Exam Domains 2026: Complete Guide to All 10 Content Areas.

Retake Rules and What They Reveal

The retake structure is another piece of hard data that tells you something about how the state expects candidates to approach this exam. If you fail, you must wait 30 days before retesting. If you reach a fourth attempt or beyond, the wait extends to 90 days. That step-up is a strong signal: Arizona expects candidates who fail multiple times to actually change their preparation, not just retake the same test on the same material a week later.

There's no public data on how many candidates need a second or third attempt for the B-2 trade exam specifically, but the tiered wait-time structure by itself is useful planning information - especially if you're trying to hit a licensing deadline. Combine that with the fact that you must apply within two years of passing, and it becomes clear why timing your first attempt carefully matters more than trying to "get a feel for it" on attempt one.

Retake Timing: First through third failed attempts require a 30-day wait before retesting. A fourth or later attempt bumps that wait to 90 days - plan your study cycle accordingly rather than assuming you can retest immediately.

Scored vs. Unscored Questions

One detail that quietly affects how the exam "feels" is that PSI may add 5-10 unscored experimental questions within the same 240-minute session. These items are mixed in with the 100 scored questions but don't count toward your result - and you won't know which ones they are while testing.

This matters for pass-rate discussions because it means the exam screen you sit for isn't a fixed, guaranteed count. The scored base is always 100 questions at the 70% standard, but the total number of items you actually answer during your session can run higher. Don't assume you're behind pace if the question count feels larger than 100 - that's expected behavior under this outline, not a sign something went wrong.

Cost and Timeline Data

Beyond scoring mechanics, the other numbers worth tracking are the cost and timing figures tied to actually sitting for this exam:

  • One PSI trade-examination attempt costs $66.
  • The separate online ROC Statutes and Rules Exam/course (SRE) costs $61 and must be completed before you submit your license application.
  • Testing runs 240 minutes and is available at PSI test centers or through remote proctoring.
  • The qualifying party typically needs four years of relevant practical or management experience, with at least two of those years falling within the preceding ten; approved technical training can offset up to two years of that requirement.

For the complete fee breakdown, including how the trade exam and SRE costs stack up against the rest of the licensing process, see AZ-B2 Certification Cost 2026: Complete Pricing Breakdown. If you're still confirming whether you meet the experience and eligibility criteria before you even schedule an exam date, review AZ-B2 Requirements 2026: Eligibility, Prerequisites & How to Qualify.

Who Actually Sits for the AZ-B2 Exam

The B-2 classification is built for contractors and qualifying parties working on new commercial structures or additions where total labor and materials fall at or below $2,000,000. That scope shapes who ends up testing: superintendents, project managers, and owner-qualifiers moving from residential or subcontractor roles into general commercial work under a capped project size.

Because electrical, plumbing, fire protection, air conditioning, boiler, swimming pool, spa, and water-well work must all be subcontracted to appropriately licensed specialty contractors, the exam itself stays focused on structural and building-envelope trades - sitework, concrete, masonry, metals, carpentry, thermal/moisture protection, doors/windows, finishes, safety, and general building code. That's a meaningfully different scope than a residential-only license, and it's part of why generic contractor exam content doesn't map cleanly onto this outline.

Key Takeaway

If your daily work already touches concrete, framing, or structural metals on commercial jobsites, you're starting closer to the exam's center of gravity than someone coming purely from finish trades.

Turning the Data Into a Study Plan

Once you accept that there's no public pass-rate percentage to chase, the smarter move is to let the domain-weighting data drive your schedule directly. A short block-based approach - focused sessions on one domain at a time, with heavier domains getting more repetitions - works well against this specific outline because the item counts are fixed and known in advance.

Weeks 1-2

Concrete and Metals

  • Cover the two highest-weighted domains first (14 and 13 items) while your energy and time are freshest.
Weeks 3-4

Carpentry and Safety

  • Both carry 12 items each; review OSHA 29 CFR Part 1926 material alongside carpentry code references since both are permitted open-book resources.
Week 5

Masonry, Thermal/Moisture Protection, Sitework, General Building Code

  • Group the mid-weight domains together for efficient review sessions.
Week 6

Finishes and Doors and Windows, plus full review

  • Finish with the two smallest domains, then run full-length timed practice to simulate the 240-minute, 100-question format.

Remember that the exam is restricted-reference open-book: the 2018 International Building Code, 2018 International Residential Code, and OSHA 29 CFR Part 1926 are permitted in the testing room, and pre-existing highlighting, underlining, annotations, and permanent tabs are allowed. Loose papers and in-test writing are not. Building familiarity with your own tabbed references during study is part of preparing for this specific exam, not a generic tip. For a deeper walkthrough of study sequencing built around these domains, see AZ-B2 Study Guide 2026: How to Pass on Your First Attempt, and if you're still gauging overall difficulty before committing to a timeline, read How Hard Is the AZ-B2 Exam? Complete Difficulty Guide 2026. You can also run full-length timed sets on the practice test platform to get a feel for the 100-question, 240-minute pacing before exam day.

Calculator and Remote Testing Notes: A basic silent, nonprinting, non-programmable, non-scientific calculator is permitted. If you test remotely, physical scratch paper and breaks are prohibited - factor that into whether you choose a test center or remote proctoring.

Practicing against realistic question sets on azb2exam.com's practice tests is one of the few ways to simulate the pacing data above without waiting for exam day itself. Working through timed sets by domain - rather than random mixed quizzes - mirrors how the real outline is structured and helps you notice, in advance, which of the 10 domains needs another pass.

Frequently Asked Questions

Is there an official AZ-B2 pass rate published anywhere?

No. Neither the Arizona ROC nor PSI publishes a public pass-rate percentage for the B-2 trade examination. The reliable data available is structural: 100 scored questions, 240 minutes, and a 70% passing standard.

How many questions do I need to get right to pass?

You need 70 correct answers out of the 100 scored questions to meet the 70% passing standard. Unscored experimental questions, if included in your session, do not count toward this total.

Why might my exam have more than 100 questions?

PSI may insert 5-10 unscored experimental questions into the session alongside the 100 scored items. You won't be told which questions are experimental, so treat every question as if it counts.

What happens if I fail the AZ-B2 exam?

You must wait 30 days before retesting for your second and third attempts. A fourth attempt or later requires a 90-day wait before you can sit again.

Which domains should I prioritize based on the item counts?

Concrete (14 items) and Metals (13 items) carry the most weight, followed by Carpentry and Safety (12 each). Doors and Windows (5 items) and Finishes (6 items) carry the least, so allocate study time proportionally.

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