Every question runs the same three phases and they run themselves: a criterion sentence (Identify: all red clocks with a square.) holds for three seconds, six dials appear for four, and then an answer screen with six empty circles. The dials are not on screen while you answer and there is no way back. Write the value of each matching dial and 0 for the rest — about three cells in five are a zero, and all six digits must be right for the question to count. Five minutes, and the number of questions is not fixed: the faster you are, the more you see.
WIZZ AIR
TestAir360: Clocks
Independent preparation for the Clocks test in the Wizz Air Pilot Academy selection process. One criterion sentence for three seconds, six dials for four seconds, then six empty circles — and by then the dials are gone. You write each matching dial’s value from memory and a zero for every dial that does not match. All six digits have to be right, and the session lasts five minutes.
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Four seconds.
Then nothing.
One fact decides how this test is played, and a candidate who learns it in the exam has already lost the first questions: the dials disappear before you answer. Everything else follows from that. You do not read six dials — you decide which ones match, read only those, and carry two or three number pairs across a screen change. The dial itself is the other half of the work: it looks like a clock and is not one, and the five steps below are the order in which they are worth learning.
Three phases, and the dials go first
Every question runs the same three phases and they advance on their own, one way only. First a criterion sentence — Identify: all red clocks with a square. — for three seconds, with no dials on screen. Then six dials in a three-two-one pyramid for four seconds, with the sentence gone: you are expected to be carrying it. Then an answer screen of six empty circles, in the same pyramid, with no dials and no way back. The entry phase has no countdown of its own, but the session clock never stops, so every second you spend there is a question you will not see.
Look. Select.
Hold. Write.
A pilot does not study instruments one by one; they scan, separate what matters from what does not, read the value that matters, and still have it after their eyes have moved on. Clocks is that in laboratory form, and it is short: four seconds of looking, then nothing. What is measured is not how fast you read a dial — it is how much you can decide not to read, and how much of what you did read survives a screen change.
The dials are gone before you answer.
Four seconds of dials, then an answer screen with six empty circles and nothing else. The transitions happen on their own and there is no way back, so the thing being measured is not reading speed but what survives the change of screen. What you carry across is small and specific: slot number and value, at most five pairs and on average about two.
Eight positions, one hand, two numerals.
It is not an analogue clock. There are eight positions instead of twelve, a single hand, no minutes and no quarters, and the whole face is rotated so that habits are worse than useless. Two numerals are printed — always a 1, plus one of 2 to 8 — and they are there to be counted from. Across every one of the 448 possible dial forms the hand sits at most three notches from the nearer of them.
Two thirds of the dials never need reading.
Six dials in four seconds is not enough time to read six hands, and it does not have to be: three cells in five are a zero. The work splits in two — first decide which dials match the sentence, using only colour and marker, then read the hands of those alone. How many that is depends on the sentence: a value criterion usually means one dial, a single-attribute one usually three.
No fixed question count, and a hard ceiling.
The session is 300 seconds and the paper never ends — the faster you answer, the more questions you see. The score is not a raw count but a ratio to a threshold: eighteen correct is 100. That is 16.7 seconds a question, and seven of those belong to the display, which leaves under ten for the writing. Starting a question in the last seconds is free: one still open when time runs out is not counted at all.
Let every session write your next study plan.
Every session you finish is broken down automatically, and in this module the most useful part is the error anatomy: a wrong question is wrong for one of four different reasons, and the four call for four different kinds of practice. See which criterion family costs you marks, whether your errors follow the number of matching dials, and whether one corner of the pyramid is quietly being skipped.
Error anatomy — four classes, four cures
Every wrong cell is one of four kinds: a miss (you wrote 0 where a value belonged), a false alarm (a value where 0 belonged), a misread (right dial, wrong number) and a blank. Misses mean your scan is too slow or too strict; false alarms mean it is too loose; misreads mean the scan was fine and the dial-reading is not. Speeding up fixes the first and makes the second worse, which is why the split matters more than the total.
Accuracy by criterion family
The four rules are scored separately: colour only, shape only, colour and shape together, and value. Most candidates are not evenly weak — the two-attribute family catches people who settle for half a match, and the value family catches people who keep looking at colour when the sentence never mentioned it.
Load, position and time
How your accuracy moves as the number of matching dials rises from one to five, where in the three-two-one pyramid your errors sit, and how the seconds were split between deciding and writing. A systematic hole in one corner of the pyramid is a scanning habit, not bad luck, and it shows up here long before you would notice it yourself.
Question review, with the dials redrawn
Every question can be reopened with its six dials drawn again — not described, redrawn — next to the criterion sentence, the correct vector and yours, cell by cell. This is the only place the dials come back, and it is where dial-reading technique is actually repaired.
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What is the TestAir360: Clocks test in the Wizz Air Pilot Academy selection process?
It is a dial-reading test with a short-term memory load, and every question runs the same three phases. A criterion sentence in English — always beginning with Identify: — holds for three seconds; then six dials appear in a three-two-one pyramid for four seconds; then an answer screen of six empty circles. The dials are not on screen while you answer and the transitions are one-way, so the answer is written from memory. You put each matching dial’s value in its circle and 0 in every circle that does not match, and all six digits have to be right. The session lasts 300 seconds in the exam mode and the number of questions is not fixed — the faster you answer, the more you see.
Why do people say the dial is not really a clock?
Because it is not one. It has eight positions rather than twelve, a single hand rather than two, no minutes, quarters or seconds, and the whole face is rotated so the written 1 is rarely at the top. Exactly two numerals are printed on it: always a 1, plus one of 2 to 8. The value is a whole number from 1 to 8, and you read it by finding the written 1 and counting clockwise to the hand, counting the 1 itself as one. The second numeral exists to shorten that count, and it always can: across all 448 possible dial forms the hand is never more than three notches from the nearer of the two, and in about two cases in three it is one notch or none.
How many of the six dials usually match?
Between one and five. Never none and never all six — that is a guarantee of the generator, not a tendency, and it held over three hundred thousand generated questions. The average is 2.4, and about three cells in five are a zero, which is why trying to read all six hands in four seconds is the wrong strategy. Which end of the range you are at is written into the sentence: when it says pointing to a number, roughly five questions in six have exactly one match; when it restricts a single attribute, the commonest case is three.
What does “with any marker” restrict?
Nothing at all. Every dial carries a marker — either a square or a circle, never neither — so all red clocks with any marker selects exactly the same dials as all red clocks. The module treats them as one rule, which is why five sentence patterns hide only four real rules: colour, shape, colour and shape together, and the hand’s value. The practical consequence is that the moment you see those words you should stop looking at markers and play it as a colour question — and expect three matches rather than one.
How is it different from the other Wizz Air tests?
CADETPRO ships a module for each of them and they ask for different things. Deductive logical reasoning fills a cell so a grid obeys stated constraints. Inductive logical thinking and inductive logical reasoning classify figures against a hidden rule. Logical thinking asks which one object of nine breaks a rule. Abstract logical reasoning continues a transformation across a row of panels. Diagrammatic reasoning gives you a matrix with a hole in it. Numerical reasoning gives you a data panel and one claim about it. Verbal reasoning gives you six tabs of prose and one statement. Cube folding asks which of four cubes a flat net makes. ADAPT is six kinds of thinking in one sitting. Clocks is the only one where the thing you are judging is taken off the screen before you answer.
Is the demo on this page the real module?
Yes. The player on this page loads the same build you get after purchase, straight from hub.cadetpro.com, and its four modes — EASY, MEDIUM, HARD and EXAM — all open from the module’s own menu. EASY is the one to start on: five seconds for the sentence and nine for the dials is enough time to read every dial properly, which is how the reading technique is learned in the first place.
What is the difference between the four modes?
Time, and nothing else. The questions come from the same pool, with the same five sentence patterns and the same dial rules; EASY is not an easier test, it is a slower one. EASY gives five seconds for the sentence and nine for the dials across a 180-second session, MEDIUM four and six across 240, and HARD and EXAM three and four across 300. The full-marks threshold moves with them: seven, twelve, eighteen and eighteen. HARD and EXAM are the same test but never the same paper, because the mode is mixed into the session seed — the HARD run you have just finished is not the EXAM you sit next.
How is the score worked out, and can guessing help?
The score starts from your correct count measured against the threshold and subtracts a penalty that grows with your wrong count and is multiplied by how far your accuracy has fallen. In HARD and EXAM eighteen correct is 100; nine correct and nine wrong is 38, not 50. A single correct answer still scores 10 because there is a floor, and one wrong answer caps the session at 98. A question still open when the time runs out is not counted at all, neither right nor wrong, so starting one in the last seconds costs nothing. Guessing does not help, and that was measured: a solver that sees every dial’s colour and marker but not its hand still wins only about one question in twenty, and writing six random digits wins roughly two in a million.
Is this an official Wizz Air product?
No. CADETPRO is an independent preparation platform and has no affiliation with, endorsement from or partnership with Wizz Air or any assessment provider. The module reproduces the publicly described format of the test so you can practise it; it is not the assessment itself, and no result here guarantees any outcome in a real selection process.