If you have an interview or an offer moving forward with Amazon’s Reliability & Maintenance Engineering (RME) team, the Amazon Maintenance Technician Test is the hurdle standing between you and the job. It is a proctored, timed technical assessment — built by Ramsay Corporation™ and customized for Amazon — that checks whether you can actually read a schematic, troubleshoot a control circuit, and keep conveyor and sortation equipment running. This guide breaks down exactly what you will face in 2026: the publisher, how many questions and how long you get, the three tech tiers, the section-by-section breakdown, how the test is really scored, and format-accurate practice you can start right now.
MechanicalAptitudeTest.org is an independent test-preparation provider and is not affiliated with, sponsored by, or endorsed by Amazon or Ramsay Corporation. All practice material is original and simulated.
Amazon Maintenance Technician Test at a glance
Here is the short version before we get into the detail. Treat every count below as approximate — Amazon runs several tiers and the assessment gets tweaked, so figures move a little between sources and over time.
What the test is and why Amazon uses it
Amazon fulfillment centers, sortation sites, and delivery stations run on miles of conveyor, sorters, robotics, and electrical distribution. When that equipment goes down, orders stop. The maintenance technician test is how Amazon screens candidates for the technical knowledge to diagnose and fix that machinery quickly and safely. It is not a general “smarts” quiz — it is a skilled-trades knowledge exam covering electrical theory and control circuits, power transmission, preventive maintenance, hydraulics and pneumatics, print reading, and shop math. A strong result signals you can walk onto the floor and troubleshoot without a long ramp-up.
Who this guide is for (RME / maintenance technician candidates)
This guide is for anyone in the Amazon RME hiring pipeline — maintenance technicians, control-systems and reliability roles, and people converting from an apprenticeship. If you have received (or expect) an assessment invite for a Maintenance Technician, Reliability Maintenance, or Control Systems Tech position, you are in the right place. Because Amazon layers the test into tiers (Tech 1, 2, and 3), we will help you predict which one you are likely to sit and prepare for the sections that carry the most weight.
Who makes the test? Ramsay Corporation, customized for Amazon
The Amazon Maintenance Technician Test is built by Ramsay Corporation, the long-established publisher behind the widely used Ramsay maintenance and mechanical assessments. Amazon did not invent the questions from scratch; it commissioned a customized, job-tailored version of Ramsay’s proven test framework. That lineage is good news for your prep: the content follows the same style and category logic as other Ramsay tests, which means format-accurate Ramsay-style practice transfers directly.
Ramsay vs the standard Ramsay Maintenance Test
People often ask whether this is “the same as the Ramsay test.” It is the same publisher and the same family of skills, but not the same off-the-shelf exam. The standard Ramsay Maintenance Test (and the general Ramsay Mechanical Aptitude Test) are Ramsay’s published products. The Amazon version is a customized build sitting on top of that foundation — reweighted toward the equipment Amazon runs, and set at a higher difficulty. If you want the closest conceptual match to practice against, start with the Ramsay maintenance material, then push into the advanced electrical and controls content.
Why it’s an “above-journey-level” test
This is the single most important thing to understand about difficulty: the Amazon maintenance assessment is generally set at an above-journey-level standard — harder than the entry-level Ramsay MAT. In Ramsay’s world, “journey level” is a fully qualified tradesperson; “above-journey” assumes you already have that baseline and tests beyond it. Practically, that means the electrical theory goes deeper, the troubleshooting scenarios are less forgiving, and the higher tiers add advanced controls content. Do not walk in expecting a gentle mechanical-reasoning quiz.
Because this is above-journey-level, the weakest area for most candidates is not mechanical intuition — it is reading control-circuit schematics and applying electrical theory under time pressure. That is where your practice hours pay off the most.
Amazon test tiers: Tech 1, Tech 2, and Tech 3
Amazon does not give everyone the same test. The maintenance technician assessment comes in tiers that map to the level of the role. Knowing which tier you are likely to sit changes what you emphasize in prep.
Which tier will you take?
The tiers are commonly described like this:
- Tech 1 — entry / post-apprenticeship. The foundational tier, aimed at candidates entering maintenance roles or coming straight out of an apprenticeship. Broad fundamentals, lightest on advanced controls.
- Tech 2 — above-journey level (Level C). The most common tier candidates face. It assumes a qualified technician’s knowledge and covers the full maintenance skill set at above-journey difficulty.
- Tech 3 — advanced (Level B). The highest common tier, for senior and control-systems-heavy roles. It layers on Electronics and PLC (programmable logic controller) content on top of everything in Tech 2.
A quick predictor: if the posting says “Maintenance Technician” with no controls emphasis, expect Tech 1 or Tech 2. If it mentions controls, PLCs, automation, or a senior/lead level, plan for Tech 3. The majority of RME candidates end up on Tech 2, so that is the tier we build the breakdown around below.
How Tech 3 differs (Electronics & PLC)
Tech 3 is essentially Tech 2 plus a dedicated push into electronics and PLCs. Expect questions on solid-state components, sensors and inputs/outputs, ladder logic, and how a PLC controls a machine’s sequence. If you are targeting a controls or automation technician role, this is where you concentrate — and where the standard electronics knowledge test and electrical aptitude practice become important supplements.
Test format: questions, time, and sections
Plan for around 75 questions in 150 minutes (2.5 hours). One source reports the count closer to 70, so treat 75 as a working estimate rather than a fixed number. Either way, the time budget is generous on paper — an average of about two minutes per question — but the electrical and controls items eat far more of that budget than the shorter sections, which is where people run out of clock.
Full section breakdown (Tech 2)
Here is a representative Tech 2 breakdown of roughly 75 questions. Counts are approximate and the exact split can shift between test forms.
How the sections shift for Tech 3
For Tech 3, the overall structure is similar but the electrical weighting grows and a dedicated electronics and PLC component is added. In practice that means a larger share of your questions are electrical/electronic and controls-focused, and less of your score rides on the mechanical basics. If you are sitting Tech 3, shift more of your study time toward schematics, ladder logic, and solid-state components.
Time pressure: roughly 2 minutes per question
Averages hide the pressure. The table below apportions the 150 minutes by each section’s share of the questions, so you can see where the clock actually drains. The big electrical block is the time sink — plan to protect time for it.
| Section | Questions | Time (proportional) | Per question |
|---|---|---|---|
| Electrical theory & control circuits | 22 | ~44 min | 120 s |
| Power transmission & preventive maintenance | 18 | ~36 min | 120 s |
| Test instruments & materials | 12 | ~24 min | 120 s |
| Print reading | 10 | ~20 min | 120 s |
| Pneumatics & hydraulics | 8 | ~16 min | 120 s |
| Materials, tools & equipment | 5 | ~10 min | 120 s |
| Total | ~75 | 150 min | ~120 s avg |
Time is not formally split per section on the real test — you manage the full 150 minutes yourself. The proportional split above is a planning aid so you can budget your minutes and see that the 22-question electrical block deserves the most.
What’s on each section (with sample questions)
Below is what each major section actually tests, with a worked example for the heaviest areas. Every sample here is a simulated, original question in the style of the test — not actual test content.
Electrical theory & control circuits (the biggest section)
This is the largest and most decisive section. Expect series and parallel circuits, Ohm’s law, motor control and relays, transformers, and — critically — reading schematic symbols and control-circuit diagrams. If you can look at a schematic and immediately name the components and trace the current path, you have removed most of the pressure from this block. The worked example below is exactly the kind of symbol-recognition item that opens many electrical sections.
The schematic symbol shown is a sharp zigzag line drawn in the middle of an otherwise straight wire. In US-standard drawings, which component does this symbol represent?
A. A resistor B. An inductor (coil) C. A capacitor D. A fuse
Show the answer & how to get it
Answer: A. In US-standard schematics, a zigzag line in the wire is the symbol for a resistor — a component that opposes the flow of current. A capacitor is drawn as two parallel lines with a gap, an inductor as a series of rounded loops or humps, and a fuse usually as a small rectangle or an S-shaped curve. Recognizing the zigzag instantly is one of the most basic schematic-reading skills, and it comes up constantly in the control-circuit questions.
Power transmission & preventive maintenance
The second-largest section covers how mechanical power moves through a machine — belts and pulleys, chains and sprockets, gears, bearings, couplings, shafts — plus the preventive-maintenance practices that keep them alive: lubrication schedules, alignment, belt tension, and failure diagnosis. Many questions ask you to reason about speed, direction, and torque relationships (for example, how a gear or pulley ratio changes output speed), or to spot the right maintenance response to a symptom like a squealing belt or a hot bearing.
Pneumatics & hydraulics
Smaller but reliably present, this section tests fluid-power fundamentals: Pascal’s principle, pressure and force in cylinders, FRL (filter-regulator-lubricator) units, valves, and basic troubleshooting of pneumatic and hydraulic actuators. The math is usually pressure-times-area or force-multiplication reasoning. The worked example below is a classic hydraulic force-multiplication item.
In a disc-brake system, the driver’s leg applies 100 pounds of force to the master-cylinder piston, which has an area of 1 square inch. The caliper piston that squeezes the brake pad has an area of 3 square inches. How much force does the caliper piston apply to the pad?
A. 33 pounds B. 300 pounds C. 100 pounds
Show the answer & how to get it
Answer: B. The master cylinder builds a line pressure of 100 lb ÷ 1 sq in = 100 psi, and the fluid carries that pressure undiminished to the caliper. The caliper piston then pushes with 100 psi × 3 sq in = 300 pounds. This area advantage is how a modest leg force produces powerful clamping at the wheel — and it is the reasoning pattern behind most hydraulics questions on the test.
Test instruments & materials, tools, equipment
This block checks whether you know how to use the tools of the trade correctly and safely: multimeters (continuity, resistance, voltage), calipers and micrometers, feeler gauges, torque wrenches, and precision measurement, plus tool selection and shop safety. Measurement-reading items — like reading a tape measure or a micrometer to the correct fraction — are common and easy points if you slow down and count carefully. Our mechanical tools test practice targets this directly. Here is a representative measurement item.
The section of tape measure shown is graduated in sixteenths of an inch. What measurement does the arrow indicate?
A. 2-7/16 in. B. 2-3/4 in. C. 2-5/8 in. D. 2-11/16 in.
Show the answer & how to get it
Answer: D. Each smallest division equals one sixteenth of an inch. The arrow sits eleven small divisions past the 2-inch line, so the reading is 2 inches plus 11/16 inch, or 2-11/16 inches. Counting carefully from the last whole-inch mark is the surest way to avoid a one-division error — the kind of slip that costs easy points under time pressure.
Print reading (and graphic arithmetic)
Print reading tests your ability to pull information off mechanical drawings, blueprints, and schematics — views, dimensions, symbols, and notes — and often to do arithmetic from the print (add dimensions, compute a missing length, convert units). The math itself is straightforward; the challenge is reading the drawing correctly and not fumbling the fractions. Practicing print-based arithmetic against the clock removes almost all of the difficulty here.
How the Amazon maintenance test is scored
This is where most guides get it wrong, so read carefully. There is no single fixed “you need X%” pass line published by Amazon, and treating one as gospel will mislead you.
Percentile ranking vs a fixed pass mark
Your raw number of correct answers is converted into a percentile — a rank against a comparison group — and you are typically reported as qualified or unqualified. Amazon then decides where to draw the line based on how many candidates it needs and how the pool performed. In other words, the effective “pass mark” can move. Scoring well is less about hitting a magic percentage and more about landing high in the ranking.
The ~80% figure is a commonly cited rough guide, not an official cutoff. The real threshold is set by Amazon and depends on the tier, the role, and the candidate pool — so aim to be comfortably above it, not right on it.
What score you realistically need
Because the cutoff moves, the honest answer is: aim to be well inside the “qualified” zone rather than chasing an exact percentage. A widely repeated rule of thumb is that strong candidates land in the neighborhood of 80% correct, but that is a target to beat, not a guarantee. Given the above-journey difficulty, the practical goal is to master the two heaviest sections — electrical/control circuits and power transmission — because that is where you can move your ranking the most.
If you fail: the reported 6-month retake wait
This is a real anxiety most pages skip. According to candidate reports, if you do not qualify you may have to wait around 6 months before retaking. Treat that as a single-source, hedged figure — Amazon’s policies vary by role and region and can change — but it is a strong reason not to walk in cold. A failed attempt can cost you half a year, so the value of thorough, format-accurate practice beforehand is high.
Taking the test: platform, proctoring, and logistics
The assessment is delivered online and proctored. You take it remotely, monitored by a third-party online proctoring service, so the logistics of your test environment matter almost as much as your knowledge.
What you need on test day
Plan for a standard remote-proctoring setup:
- A working webcam and a stable internet connection.
- A government-issued photo ID for identity verification.
- A quiet, private, well-lit room with a clear desk (proctors often ask for a room scan).
- A computer that meets the proctoring software’s requirements — test it beforehand.
Sources disagree on which proctoring vendor Amazon uses, so we will not name it — expect a standard third-party online proctor and follow whatever instructions arrive in your invite email.
Set up your test environment the day before: quiet room, ID out, webcam checked, phone and second monitor put away, and a full practice run under the same 2.5-hour clock. And do your final drills timed — the pressure, not the content, is what trips people up on a 150-minute exam.
Scheduling window and invite
When you are invited, you typically receive a link to schedule your assessment through a third-party scheduler, and you generally need to book and sit it within a short window — commonly reported as about 5 days. Do not sit on the invite: reserve your slot early so you can pick a time when your room will be quiet and your head is clear.
How hard is it, and how to prepare
It is a genuinely difficult, above-journey-level technical exam — but it is a knowledge test, which means it rewards structured preparation. The candidates who struggle are usually strong on the floor but rusty on schematic reading and electrical theory under a clock. A focused study plan fixes exactly that.
A 4-step study plan
Section-by-section prep priorities
Weight your time to match the test. Put the most hours into electrical theory and control circuits (the biggest block and where above-journey difficulty bites hardest), then power transmission and preventive maintenance. Give solid but lighter attention to test instruments/measurement and print reading — these are high-yield “easy points” if you are careful. If you are sitting Tech 3, add dedicated electronics and PLC study on top. For the electrical fundamentals, our electrical circuits practice is a good starting point.
Free practice you can take now
You do not have to pay to start. Take our free mechanical aptitude test — no email required — to get a feel for the format and find your weak spots today, then move into the full Ramsay-style timed simulations and control-circuit drills when you are ready to prepare seriously.
Amazon maintenance test vs other mechanical & maintenance tests
If you are weighing which practice material to use, it helps to see where the Amazon test sits relative to its siblings. It is a Ramsay-lineage, above-journey maintenance exam — heavier on electrical and controls than a general mechanical-comprehension test.
| Test | Length | Focus | Difficulty level |
|---|---|---|---|
| Amazon Maintenance Technician (Ramsay) | ~75 Q / 150 min | Electrical/control circuits, power transmission, PM, fluid power, print reading | Above-journey (harder) |
| Ramsay MAT | 36 Q / 20 min | General mechanical aptitude, tools, basic science | Entry / aptitude |
| Ramsay Maintenance Test | Varies by form | Multicraft maintenance knowledge (electrical + mechanical) | Journey level |
| Bennett BMCT-II | 55 Q / 25 min | Mechanical comprehension (pictorial reasoning) | Aptitude |
| Electrical / electronics knowledge | Varies | Circuits, Ohm’s law, components, schematic symbols | Knowledge-based |
Amazon (Ramsay) vs the standard Ramsay MAT
The standard Ramsay MAT is a short, 36-question aptitude screen. The Amazon maintenance test is roughly twice as long and pitched well above it in difficulty, with a heavy electrical and controls emphasis the MAT does not have. Use the MAT-style practice to warm up your fundamentals, but do not mistake it for the real challenge — the Amazon test demands genuine maintenance knowledge, not just mechanical intuition.
Where the Bennett and electrical tests fit
The Bennett BMCT-II is useful for building mechanical-comprehension speed (gears, pulleys, levers, force), which supports the power-transmission section. The electrical aptitude and electronics knowledge tests map directly onto the biggest and hardest part of the Amazon exam. If you only have time for two supplements, make them electrical and power transmission.
Practice for the Amazon Maintenance Technician Test
Ramsay-style timed simulations plus control-circuit, electronics, and print-reading drills
- Ramsay-style timed simulations plus targeted control-circuit, electronics, hydraulics, and measurement drills — matched to the sections that carry the most weight on the Amazon test
- 1,200+ practice questions — every answer explained step by step
- All timed simulations: Bennett-style, Ramsay-style, Wiesen-style, EIAT, IBEW, CAST, ASVAB
- 10 topic drills (gears, pulleys, levers, circuits, hydraulics, tools…) with instant explanations
$67 one-time · 365-day access · instant online access
Independent prep — not affiliated with or endorsed by Amazon or Ramsay Corporation. Original simulated questions only.
Frequently asked questions
How many questions are on the Amazon Maintenance Technician Test and how long is it?
Plan for about 75 questions in 150 minutes (2.5 hours), which works out to roughly two minutes per question on average. One source reports the count closer to 70, so treat 75 as an estimate. The exact number and split can vary by tier (Tech 1, 2, or 3) and by test form.
What is a passing score on the Amazon maintenance technician (Ramsay) test?
There is no single fixed pass mark. Your raw score is converted into a percentile and you are reported as qualified or unqualified, with Amazon setting the effective cutoff based on the role and candidate pool. A figure of around 80% correct is commonly cited as a rough guide, but because the cutoff moves, aim to land comfortably in the qualified zone rather than chasing an exact percentage.
What’s the difference between Amazon Tech 1, Tech 2, and Tech 3?
Tech 1 is the entry / post-apprenticeship tier with broad fundamentals. Tech 2 is above-journey level (Level C) and is the tier most candidates face. Tech 3 is the advanced tier (Level B) and adds a dedicated electronics and PLC component for controls-heavy and senior roles. The higher the tier, the more the test leans on electrical, electronics, and control-systems knowledge.
Is the Amazon Maintenance Technician Test the same as the Ramsay Maintenance Test?
Not exactly. It is built by the same publisher, Ramsay Corporation, and draws on the same family of skills, but Amazon uses a customized, job-tailored version set at an above-journey-level difficulty — harder than the standard Ramsay maintenance and mechanical aptitude tests. Ramsay-style practice transfers well, but expect the Amazon version to go deeper on electrical and controls.
What topics and sections are on the Amazon maintenance technician assessment?
The main sections are electrical theory and control circuits (the largest), power transmission and preventive maintenance, test instruments and materials, print reading, pneumatics and hydraulics, and materials/tools/equipment. Tech 3 adds a dedicated electronics and PLC component. Electrical and control-circuit knowledge is the most heavily weighted area.
If I fail the Amazon maintenance test, how long until I can retake it?
According to candidate reports, you may need to wait around 6 months before retaking if you do not qualify. This is a single-source, hedged figure and Amazon’s policies can vary by role and region, but it is a strong reason to prepare thoroughly before your first attempt — a failed try can cost you months.
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