100+ Free FRV Written Selection Test Practice Questions

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2026 Statistics

Key Facts: FRV Written Selection Test Exam

122

Total Questions

ACER / FRV

2h 5m

Test Duration

ACER

$238

Test Fee (AUD)

FRV 2026

4 parts

Cognitive Sections

ACER WST format

Ranked

Scoring Method

Competitive selection

The FRV Written Selection Test is a 2h 5m cognitive exam costing $238 AUD, managed by ACER. It evaluates abstract reasoning, numeracy, literacy, and mechanical reasoning. Scoring is competitive, with only top-ranked candidates progressing in the recruitment process.

Sample FRV Written Selection Test Practice Questions

Try these sample questions to test your FRV Written Selection Test exam readiness. Each question includes a detailed explanation. Start the interactive quiz above for the full 100+ question experience with AI tutoring.

1A 3x3 grid contains shapes in a sequence. The top row has: a circle, a square, and a triangle. The middle row has: a square, a triangle, and a circle. The bottom row has: a triangle, a circle, and a blank space. Which shape logically completes the bottom row?

A.Circle

B.Triangle

C.Square

D.Diamond

Explanation: Each row and column in the 3x3 grid must contain exactly one circle, one square, and one triangle. In the bottom row, we have a triangle and a circle, meaning the missing shape must be a square. This represents a Latin square pattern, which is a common visual logic puzzle in abstract reasoning tests.

2A sequence of four shapes is shown. The first is a triangle pointing up. The second is a square. The third is a regular pentagon pointing up. The fourth is a regular hexagon. What is the fifth shape in this sequence?

A.Regular heptagon pointing up

B.Regular octagon

C.Circle

D.Pentagon pointing down

Explanation: The sequence progresses by increasing the number of sides of the polygon by one for each step. The sequence of sides is: triangle (3), square (4), pentagon (5), and hexagon (6). Therefore, the fifth shape must have seven sides (a heptagon) pointing up, maintaining the progression.

3An arrow inside a circle rotates clockwise in a sequence: first pointing at 12 o'clock, then pointing at 2 o'clock, then pointing at 5 o'clock, and then pointing at 9 o'clock. Where does the arrow point in the next step?

A.11 o'clock

B.12 o'clock

C.1 o'clock

D.2 o'clock

Explanation: The rotation interval increases by 1 hour (or 30 degrees) at each step. The first step rotates clockwise by 2 hours (12 to 2). The second step rotates by 3 hours (2 to 5). The third step rotates by 4 hours (5 to 9). The next step must rotate clockwise by 5 hours, moving from 9 o'clock to 2 o'clock.

4Identify the odd one out among the following groups of lines: Group A has 4 horizontal lines. Group B has 4 vertical lines. Group C has 4 diagonal lines parallel to each other. Group D has 4 lines that intersect at a single central point.

A.Group A

B.Group B

C.Group C

D.Group D

Explanation: Groups A, B, and C consist entirely of parallel lines that never cross each other. Group D features lines that intersect at a single point, meaning they are not parallel. This difference in geometric relationship makes Group D the odd one out.

5A net of a cube is shown. It has symbols on its faces: a dot, a cross, a triangle, a square, a star, and a circle. When folded into a 3D cube, if the face with the dot is on top and the face with the cross is on the bottom, which of the following is mathematically impossible?

A.The face with the triangle is opposite the face with the square

B.The face with the star is opposite the face with the circle

C.The face with the dot is adjacent to the face with the cross

D.The face with the triangle is adjacent to the face with the star

Explanation: Since the question establishes that the dot is on top and the cross is on the bottom, these two faces are opposite each other in the folded cube. By definition, opposite faces can never touch or share an edge, making it impossible for the dot to be adjacent to the cross. All other relationships are spatially possible depending on the layout of the remaining four faces around the sides.

6A matrix pattern contains lines. Row 1 has 1 vertical line, 2 vertical lines, and 3 vertical lines. Row 2 has 1 horizontal line, 2 horizontal lines, and 3 horizontal lines. Row 3 has 1 diagonal line, 2 diagonal lines, and a blank space. What completes the blank space?

A.3 horizontal lines

B.3 vertical lines

C.3 diagonal lines

D.4 diagonal lines

Explanation: The pattern in each row shows shapes of the same orientation increasing in count from 1 to 2 to 3. In Row 3, the orientation is diagonal, starting with 1 diagonal line, then 2 diagonal lines. Therefore, the blank space must contain 3 diagonal lines to complete the numerical progression.

7A circle and a square intersect. In the first frame, they do not overlap. In the second frame, they overlap slightly, creating 3 distinct regions. In the third frame, the circle moves completely inside the square. How many distinct regions exist in the third frame?

A.1

B.2

C.3

D.4

Explanation: When the circle is completely inside the square, the regions are: (1) the area inside the circle, and (2) the area inside the square but outside the circle. This creates exactly 2 distinct regions. The options are 0-indexed, meaning '2' is at index 1.

8A square grid contains black dots. In the first grid, there is 1 dot in the top-left. In the second, there are 2 dots: top-left and top-right. In the third, there are 3 dots: top-left, top-right, and bottom-right. If the pattern continues clockwise around the corners, where are the dots in the fourth grid?

A.All four corners contain a dot

B.Top-left, top-right, and bottom-left

C.Top-right, bottom-right, and bottom-left

D.Top-left, bottom-right, and bottom-left

Explanation: The dots are added one by one in a clockwise direction around the corners of the grid: top-left, top-right, bottom-right. The fourth corner in the clockwise sequence is the bottom-left. Therefore, the fourth grid will have dots in all four corners (top-left, top-right, bottom-right, and bottom-left).

9A regular hexagon contains a shaded triangle. In the first frame, the top triangle is shaded. In the second frame, the adjacent triangle to the right is shaded. In the third frame, the next triangle to the right is shaded. What describes the rotation of the shaded region?

A.Clockwise rotation of 60 degrees

B.Counter-clockwise rotation of 60 degrees

C.Clockwise rotation of 120 degrees

D.Counter-clockwise rotation of 120 degrees

Explanation: A regular hexagon is divided into 6 equal triangular segments, each representing 60 degrees (360 degrees / 6). Since the shaded region moves to the adjacent triangle to the right at each step, this represents a clockwise rotation of 1 step, which corresponds to exactly 60 degrees.

10A shape resembles the letter 'L'. In the first frame, it is upright. In the second frame, it is reflected horizontally (mirrored). In the third frame, it is flipped vertically (inverted). In the fourth frame, it is reflected horizontally again. How does the shape compare to the first frame?

A.It is identical to the first frame

B.It is flipped vertically (inverted) compared to the first frame

C.It is reflected horizontally (mirrored) compared to the first frame

D.It is rotated 90 degrees clockwise compared to the first frame

Explanation: Let's track the transformations: Start (Upright) -> Horizontally Reflected -> Vertically Flipped (now both mirrored and upside down) -> Horizontally Reflected (cancels out the mirroring, leaving only the vertical flip). Therefore, the final state is just vertically flipped (inverted) compared to the first frame.

About the FRV Written Selection Test Exam

The Fire Rescue Victoria (FRV) Written Selection Test (WST) is an aptitude assessment administered by ACER. It measures cognitive skills critical for recruit firefighters across four distinct modules: Abstract Reasoning, Numerical Reasoning, Literacy, and Mechanical Reasoning. The exam is computer-based, timed per section, and results are ranked competitively to determine which candidates advance to the physical and interview stages.

Assessment

122 multiple-choice questions (30 abstract, 30 numerical, 30 literacy, 32 mechanical)

Time Limit

2 hours and 5 minutes

Passing Score

Competitive ranking against the applicant pool

Exam Fee

$238 AUD (ACER (Australian Council for Educational Research))

FRV Written Selection Test Exam Content Outline

25%

Abstract Reasoning

Pattern recognition, sequence completion, shape transformation, and visual logic matrices.

25%

Mechanical Reasoning

Forces, levers, gears, pulleys, springs, fluids, pressure, and basic electricity.

25%

Literacy (Reading)

Reading comprehension, vocabulary, spelling, grammar, punctuation, and logical deduction.

25%

Numeracy

Basic arithmetic, ratios, fractions, decimals, percentages, speed-distance-time, area, and volume.

How to Pass the FRV Written Selection Test Exam

What You Need to Know

Passing score: Competitive ranking against the applicant pool
Assessment: 122 multiple-choice questions (30 abstract, 30 numerical, 30 literacy, 32 mechanical)
Time limit: 2 hours and 5 minutes
Exam fee: $238 AUD

Keys to Passing

Complete 500+ practice questions
Score 80%+ consistently before scheduling
Focus on highest-weighted sections
Use our AI tutor for tough concepts

FRV Written Selection Test Study Tips from Top Performers

1Practice abstract reasoning by finding patterns in shapes, including rotations, reflection, and number of sides.

2Understand basic mechanical principles like how gear trains alternate direction and pulley systems divide load.

3Read technical fire service or safety passages carefully to answer reading comprehension and logical verbal questions.

4Practice basic numeracy arithmetic without a calculator initially to build speed, then familiarize yourself with standard formulas.

5Time your practice sessions; speed is critical since you have roughly 1 minute per question in most sections.

6Review spelling and grammatical rules, particularly subject-verb agreement and pronoun cases.

Frequently Asked Questions

What is the FRV Written Selection Test?

The FRV Written Selection Test (WST) is the cognitive entry exam for Fire Rescue Victoria, administered by ACER. It measures reasoning and literacy/numeracy skills rather than firefighting knowledge, acting as a competitive filter for firefighter recruitment.

What is the format and duration of the test?

The test takes 2 hours and 5 minutes. It contains four timed sections: 30 abstract reasoning questions (35 mins), 30 numerical reasoning questions (35 mins), 30 literacy questions (35 mins), and 32 mechanical reasoning questions (20 mins).

What score is required to pass the FRV WST?

There is no fixed passing score. Results are scaled and ranked, and candidates are selected for the next stage based on their standing relative to the current applicant pool. Higher scores significantly improve your chances of progressing.

What topics are covered in the mechanical reasoning section?

The mechanical section covers basic physics and mechanical devices, including levers, gears, pulleys, fluid flow, pressure, gravity, heat transfer, and simple electrical circuits.

Are calculators allowed during the numeracy section?

Yes, a basic on-screen calculator is provided during the numerical reasoning section of the computer-based exam. Personal calculators are not allowed in the test room.