Free Ramsay Maintenance (Multicraft) Practice Test: 13 Questions to Help You Master the Exam

Ramsay Maintenance Test Guide Featured Image

Welcome to your free Ramsay Maintenance (Multicraft) practice test, designed to set you on the right track for scoring high.

The following 13 questions simulate the actual question types you’ll see on the exam.

Use them to get a feel for what you’re up against, identify your stronger and weaker areas, and understand where to focus your prep efforts.

So, let’s dive right in!

Before starting the sample test, see the following quick overview section that explains what you should expect on the test. This will help you better understand the format, structure, and topics you’ll encounter.

What Is the Ramsay Maintenance Test?

The Ramsay Maintenance Test (or Multicraft Test) is a challenging assessment used to screen maintenance mechanics and technicians. It covers a wide range of mechanical and electrical topics. Due to its confidential nature, finding reliable practice materials can be difficult.

Several significant employers, including Amazon, Walmart, and UPS, use variations of this test.

Preparing for a different Ramsay test? Check our Free Ramsay practice test to try sample questions for all Ramsay tests.

What Is the Ramsay MecTest?

The Ramsay MecTest is a specialized test that assesses a candidate’s knowledge of core mechanical concepts. Unlike the broader Multicraft Test (which includes electrical topics), it focuses solely on mechanics. Both tests have a 60-question format and a 1-hour time limit.

Preparing for the Multicraft test can concurrently equip you for the MecTest due to their overlapping subject areas.

Maximize your Ramsay Maintenance Test score with these realistic practice tests.

What Type of Questions to Expect on the Ramsay Maintenance Tests?

The questions are taken from Ramsay’s confidential pool, and while the exact questions remain undisclosed, they tend to cover similar topics across different tests.

Here are the subjects you’ll encounter on the Ramsay Maintenance and MecTest exams:

Ramsay Multicraft Test

  • Hydraulics and Pneumatics
  • Welding and Rigging
  • Power Transmission, Lubrication, Mechanical Maintenance and Shop Machines, Tools, and Equipment
  • Pumps, Piping, and Combustion
  • Motors, Control Circuits, Schematics, and Print Reading
  • Digital Electronics, Power Supplies, Computers, PLC, and Test Instruments
  • Basic AC and DC Theory, Power Distribution, and Electrical Maintenance

Ramsay MecTest

  • Hydraulics and Pneumatics
  • Print Reading
  • Welding and Rigging
  • Power Transmission
  • Lubrication
  • Pumps and Piping
  • Mechanical Maintenance
  • Shop Machines, Tools, and Equipment

Other Ramsay tests, such as the Ramsay Electrical Test, have overlapping subjects with the maintenance tests. So, if you’ve taken a Ramsay test before, you’ll likely recognize some of these content areas and question types.

Free Ramsay Maintenance Practice Test Questions

Hydraulics and Pneumatics

Sample Question #1

In the tank below, the _______ of the fluid in points A and B is equal.

Ramsay MecTest Sample Question Hydraulics

A. Pressure head
B. Hydraulic head
C. Hydraulic elevation
D. A and B are correct

The correct answer is B.

Hydraulic head is a measurement of fluid energy defined as:
H = ψ + Z
H = Hydraulic head
Ψ = Pressure head = P/ρg (P = Pressure, ρ = fluid density, g = gravity acceleration).  Determined by distance from the water surface.
Z = Elevation of the point

Water will always flow from the higher hydraulic head to the lower hydraulic head. We will look at both points in our example (a qualitative explanation without calculations):
Point A
The pressure head is low and the elevation is high since the point is located in the upper part of the tank.
Point B
The pressure head is high and the elevation is low since the point is in the bottom of the tank.

The hydraulic head in both points is equal, so there is no flow between them.

Sample Question #2

There are four cycles in IC Engines: compression, exhaust, intake, and expansion. In two-stroke engines, two functions are performed in one stroke. Which of the following stages occurs simultaneously?

A. Compression and exhaust
B. Intake and expansion
C. Compression and intake
D. None of the above

The correct answer is C.

There are two processes involved in a two-stroke engine: Compression stroke and Power stroke.

In compression stroke, the inlet port opens and the air-fuel mixture enters the chamber, and the piston moves upwards compressing the mixture.

In the power stroke, the heated gas exerts pressure, and the piston moves downwards during the expansion. Therefore, only C is the correct choice.

Welding and Rigging

Sample Question #3

Using peening during welding helps preventing:

A. Contaminations
B. Cracks
C. Overheating
D. Discontinuos weld

The correct answer is B.

Peening is the process of working a metal’s surface to improve its qualities. There are peening methods that use laser, yet most methods are mechanical.

Peening creates additional compression stress in the metal, which resists the residual tension stresses that cause fractures and cracks.

Sample Question #4

In the SAW method, the arc is covered with:

A. Slag
B. Protective cover
C. Flux
D. Filler metal

The correct answer is C.

SAW (Submerged Arc Welding) involves the formation of an arc between a continuously fed bare wire electrode and the workpiece.

The process automatically applies flux to the system, which prevents contaminations and splatters.

Power Transmission, Lubrication, Mechanical Maintenance and Shop Machines, Tools, and Equipment

Sample Question #5

Which are the taps shown in the image?

Ramsay Multicraft Test Practice Question

A. A – Plug, B – Bottoming, C – Taper
B. A – Bottoming, B – Plug, C – Taper
C. A – Bottoming, B – Taper, C – Plug
D. A – Taper. B- Bottoming, C – Plug

The correct answer is B.

Taps are small working tools designed to cut threads in holes or bolts. The three main types of taps are bottoming, plug and taper.

The bottoming tap (A) has threads all the way to the bottom. Such taps are good for either completing a threading that was started with a taper or a plug tap, or cutting threads to the bottom of a blind hole.

The plug tap (B) has short taping edges near the end that can help in aligning the tap while starting to cut the threads. This is the most common type of tap, and is used for most applications.

Finally, a taper tap (C) has a narrow edge with no threads, and goes thicker towards the top. That makes this kind of tap most efficient in the beginning of the cutting. However, working only with a taper tap may not be sufficient to complete the work, and additional cutting with a plug or a bottoming tap may be needed.

Sample Question #6

_____ ultrasound technology is used for compressed air leak detection.

A. Pulse
B. Airborne
C. Power
D. None of the above

The correct answer is B.

There are three types of ultrasound technology: pulse, power, and airborne. Pulse form is used in the medical industry and diagnostics.
Power technology refers to high-frequency waves and is used in the cleaning of the parts.
For compressed air leakage detection, airborne technology is used.

Boost your Ramsay Maintenance Test score with these realistic practice tests.

Pumps, Piping, and Combustion

Sample Question #7

The difference between linear and quick-opening valves is in the:

A. Opening and closing speed
B. Resistance to pressure
C. Ratio between valve position and flow
D. Final flow velocity

The correct answer is C.

A quick opening valve is a valve in which an initial small change in the stem travel (opening the valve) will cause a great change in flow. When the valves continue to open, the flow growth rate gets smaller and smaller Valves of this type are, among others, ball valve and butterfly valve.

In a linear valve, the relation between the valve position and the flow rate is linear (i.e. opening the valve to 80% of its capacity will bring a flow rate of 80% of the maximum). Such valves are the gate valve and the globe valve.

Sample Question #8

The main problem with using galvanized pipes for hydraulic equipment is:

A. Lesser head loss due to lesser friction
B. Slower flow rate
C. Contaminations and impurities
D. High cost

The correct answer is C.

Galvanization is a process in which a protective coating (typically made of zinc) is applied to the pipe to prevent rust.

The zinc layer wears off gradually, which causes impurities and contaminations that may lead to defects in the equipment.

This is especially true regarding hydraulic lines where pressures are high and wear-off rate is fast.

Motors, Control Circuits, Schematics, and Print Reading

Sample Question #9

Ramsay Maintenance Test Print Reading Sample Question

The purpose of the capacitor in the schematic shown is to:

A. Filter output voltage
B. Prevent instantaneous change in current
C. Rectify the AC input
D. Discharge the stored charge

The correct answer is A.

The schematic shown is a circuit of an AC to DC conversion power supply. The diodes are rectifying the AC power, the capacitor is filtering the rectified output, and the resistor discharges the stored charge when there is no power supply. Therefore, A is the correct choice, B, C, and D cannot be correct.

Sample Question #10

_____ diode is used to protect the motor from sudden voltage spikes when the current is instantly changed.

A. Zener
B. Freewheel
C. Schottky
D. None of the above

The correct answer is B.

Freewheel diodes, also called flyback diodes, are connected in parallel to a motor. Due to the inductive properties of motors, the windings do not allow an instantaneous change in current.

Consequently, the voltage spikes are generated which are suppressed by the freewheel diodes. Therefore, B is the correct choice.

Zener diodes regulate a particular amount of voltage at their terminal in the forward-biased region. Whereas Schottky diodes are known for a small forward voltage drop.

Since Zener and Schottky diodes are not used for removing voltage spikes in motors, A and C cannot be correct.

Digital Electronics, Power Supplies, Computers, PLC, and Test Instruments (Multicraft Test Only)

Sample Question #11

Ramsay Multicraft Test Sample Question

To measure the voltage across the 100 Ohm resistor (positive value on a multimeter), the technician should connect _________ to the red probe and _______ to the black probe.

A. 3, 4
B. 4, 1
C. 3, 1
D. 4, 3

The correct answer is D.

The potential difference is required to be measured “across” a 100 Ohm resistor. Since this resistor is not connected to ground potential “1”, measuring with respect to “1” will not be correct. Therefore, B and C cannot be correct.

Connecting the probes in configuration A or D will provide the same magnitude of voltage across 100 Ohm. However, the positive value on the multimeter will only appear with “D” configuration because node “4” is at a higher potential than node “3”. Therefore, D is the correct choice.

Sample Question #12

Transistors have an emitter-base junction that must be forward-biased for the transistor to conduct. This means that in PNP transistors, the base is _________ with respect to the emitter.

A. positive
B. negative
C. ground
D. at equal potential

The correct answer is B.

Transistors consist of three terminals: base, emitter, and collector. This makes three junctions on a transistor: base-emitter, base-collector, and collector-emitter junctions.

To switch on a transistor, a specific voltage must be applied to the base-collector junction. In the case of PNP, the base should be at a lower potential than the emitter to switch on the terminal. In other words, the base should be negative with respect to the emitter. Therefore, A cannot be true, and B is the correct choice.

‘Ground’ cannot be true since the potential at the emitter is not mentioned. Thus, C cannot be true as well. Base-emitter cannot be at equal potential to switch on the transistor. Thus, D is not correct as well.

Basic AC and DC Theory, Power Distribution, and Electrical Maintenance (Multicraft Test Only)

Sample Question #13

When current flows in a wire, the _____ of the metal are moving

A. Protons
B. Electrons
C. Atoms
D. Molecules

The correct answer is B.

Electric current is the flow of electric charge. Theoretically, current can be created by protons (positive charge), yet since the protons are confined to the atom nucleus, it is most often electrons that carry the charge.

In electric circuits, the free electrons move from atom to atom, thus producing current.

Maximize Your Ramsay Maintenance Test Score with Focused Practice

The Ramsay Maintenance Test is challenging, covering a wide range of mechanical and electrical knowledge. To ace it, targeted practice is key! Realistic practice tests help you:

  • Familiarize yourself with the exam format and question style
  • Build confidence under timed conditions
  • Pinpoint areas for improvement

Want the best practice materials? JobTestPrep offers comprehensive Ramsay Multicraft and MecTest practice resources, including:

  • Full-length practice simulations
  • Detailed explanations to solidify your understanding
  • Study guides to refresh your knowledge of essential concepts

Ready to maximize your chances of success? Visit this page to get started!

How the Ramsay Multicraft Test is Scored (and What It Means for You)

The Ramsay Multicraft Test uses a few different scoring systems to determine your success:

  • Qualification Score: This is the basic pass/fail mark. It’s set by Ramsay and the company you’re applying to. The average score on the Multicraft Test is 37 out of 60, so you’ll want to aim for at least the top 20% (around 47-48 correct answers, or roughly 80%) to increase your chances of passing.
  • Local Score: This compares you to others applying for the same job. Only the top 20-30% in your local group usually get interviews.
  • National Score: This compares your performance to everyone who takes the Ramsay tests. A high national score could open doors to more job opportunities across the country.

Key Takeaway: It’s impossible to know the exact passing score in advance, as it depends on the specific test and the company. However, aiming for at least 80% correct answers gives you a good shot at success.

5 Smart Strategies for Ramsay Multicraft Success

  • Dig Deeper: Don’t just memorize answers. For each question, ask yourself: “Why is this right? Why are the other options wrong?” This builds true understanding.
  • Target Your Studying: Focus most of your time on hydraulics, pneumatics, mechanical maintenance, and welding. These are the core areas of the test.
  • Don’t Neglect the Basics: Even while focusing on key topics, give at least a quick review of all potential subject areas. This shows you’re well-rounded.
  • Practice Under Pressure: Take timed practice tests to mimic the real exam. This helps you manage stress and work efficiently.
  • Know Your Weaknesses: When you spot areas where you struggle, spend extra time studying those concepts. Shoring up those weaknesses can make a huge difference in your score.

Remember: The Ramsay Multicraft Test is designed to find skilled, knowledgeable technicians. The more prepared you are, the better you’ll demonstrate your abilities!