Find the twelve, then read the hands. The dial carries a single numeral and it has been turned by a random angle, so your first job is to rebuild the frame: treat that numeral as its own mark and count from there. Then read the long thin hand — minutes are always a multiple of five, so it never stops between marks — and only then the short thick one. Two rows of buttons, HOUR and MINUTES, and Submit does not unlock until you have chosen both. There is no skip button and no per-question timer: the only clock is the round’s own, and it gives you about 15 seconds a question in every mode.
WIZZ AIR
TestAir360: Time Orientation
Independent preparation for the Time Orientation test in the Wizz Air Pilot Academy selection process. An analogue clock is rotated to a random angle and only one numeral is printed on the dial — so before you can read the hands you have to work out which way the dial is facing. 60 different rotations, up to almost upside down, and no partial credit: the hour and the minute must both be right.
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The dial moved.
The clock did not.
Reading an analogue clock is something you already know how to do, and this test is not checking that. What it changes is the frame: the dial has been rotated, and the one numeral left on it is the only anchor you get. Every question is therefore two jobs in a row — rebuild the frame, then read inside it — and the second job only starts once the first is finished. The five steps below are the order in which they are worth learning.
One numeral is the whole frame
Every question shows an analogue clock that has been rotated by a random angle, and the dial carries one printed numeral and nothing else. So the first job is never reading the time — it is working out which way the dial is facing. The method is the same every time: treat the printed numeral as its own hour mark and count from there. If the numeral is a 4, one long tick back is 3, two back is 2, and four back is the twelve. The numeral will not help you in any other way, and that is deliberate: the engine picks it at least 20° from the hour hand and 25° from the minute hand, so it is never sitting under a hand. Measured across all 144 (hour, minute) pairs, at least 9 numerals always qualify — an average of 9.85 and as many as 11 — which is why you cannot predict where it will be.
Not clock reading.
Mental rotation.
On the flight deck the horizon tilts and the instruments do not stop being readable. That is the skill this task stands in for: holding a reference frame in your head and turning it on demand, while two hands have to be tracked at once and a round clock is running. The module separates those things underneath the score — how steep a tilt you can still read, whether your errors come from the hour hand or the minute hand, and whether accuracy or speed is the thing costing you points.
One numeral, and the dial has moved.
A rotated clock with a single printed numeral is not a harder clock — it is a clock you have to rebuild before you can read it. That rebuilding step is the measurement, and it is why the numeral is never a shortcut: the engine places it at least 20° from the hour hand and 25° from the minute hand, so it can never be mistaken for one. Measured across all 144 possible (hour, minute) pairs, the number of numerals eligible to be printed is never below 9 and averages 9.85 — which means there is no position you can learn to expect. Use it to set the twelve, and then forget it.
The clock is the same. The frame is not.
Difficulty here has one number behind it: how far the dial sits from upright, between 0° and 180°. The time being asked does not change — the same 04:25 is the same 04:25 — only the amount of mental rotation needed to reach it. The engine produces 60 rotations and 30 distinct loads, all multiples of 5° but never a multiple of 30°, because at those angles the dial would align with its own hour marks and the question would collapse into an ordinary clock. That single exclusion is also why the band ceilings are odd numbers: EASY stops at 55°, MEDIUM at 115°, and nothing at all is produced between 116° and 124°.
The round grows exactly as the bar does.
Each mode pairs a round length with a baseline: 180 seconds against 12 correct answers in EASY, 240 against 16 in MEDIUM, 300 against 20 in HARD and EXAM. Divide one by the other and the three lines give the same answer — 15 seconds a question, in every mode. That is the pace the module is built around, and it is the only pace worth practising at. HARD and EXAM run one identical rule set, so HARD is where exam conditions can be rehearsed without the round counting for anything; EASY is the only mode that stops the clock to show you a worked dial after a mistake.
Accuracy outranks speed, and it is measurable.
Below the baseline the score is flat: in EXAM every correct answer is worth exactly five, so fifteen correct is seventy-five. Reach the baseline with nothing wrong and the score is already 100 — 20, 40 and 200 correct all return the same number, so hurrying through the first twenty buys nothing and risks something. One wrong answer changes the shape of the round completely: the ceiling drops to 98 and stays there, which is why no one ever scores 99. After a mistake the arithmetic flips and speed starts paying — with ten wrong, stopping at twenty correct scores 92 while carrying on to forty scores 98. Questions you never submit are not counted wrong at all.
Thirteen things recorded about every question.
A score out of a hundred tells you almost nothing about what to practise. The module records considerably more, and it records it per question: the time it was asking for, the angle the dial was turned to, how far that angle sat from upright, which numeral was printed, what you picked for the hour and what you picked for the minute, whether each hand was right on its own, how long you spent, and whether you submitted at all. Because the two hands are scored separately in the record even though they are not scored separately in the result, the report can tell you something the score cannot: whether your mistakes are frame mistakes or reading mistakes.
Accuracy by tilt — where your ceiling is
Every question carries its rotation load, so your accuracy can be split into narrow, mid and wide bands. Almost everyone is near-perfect below 55°; the useful question is where the curve bends. Loads above 124° only exist in HARD and EXAM, so a MEDIUM report will say the wide band is absent rather than empty.
Hour hand or minute hand
The result gives no partial credit — both hands must be right — but the record keeps hourCorrect and minuteCorrect separately. Losing the hour is usually a frame error or the classic rounding-up mistake; losing the minute is usually a counting error on the ticks. They need completely different practice.
Time against the fifteen-second budget
There is no per-question limit, only the round clock, so every question you linger on is taken from the ones after it. The record stores the time from the question appearing to your submit — the badge and the advance delay are excluded — which makes it directly comparable with the 15-second budget the mode is built around.
What was left open, and whether the round finished
Questions still on screen when the clock runs out are stored with submitted: false and a null result, so they never enter the score. A partial choice is kept rather than discarded, which is diagnostic in itself. The payload also records whether the round ended by the clock or by EXIT.
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What is the TestAir360: Time Orientation test in the Wizz Air Pilot Academy selection process?
It is a clock-reading task with the frame taken away. Each question shows an analogue clock that has been rotated by a random angle, and the dial carries one printed numeral and nothing else, so before you can read the hands you have to work out which way the dial is facing. You answer with two rows of buttons — HOUR (1–12) and MINUTES (00, 05, 10 … 55) — and Submit does not unlock until both are chosen. What is being measured is not clock reading but mental rotation: holding a reference frame in your head and turning it on demand, while two hands have to be tracked at once.
How much can the clock be rotated?
Rotations are multiples of 5°, but multiples of 30° are never produced — at those angles the dial would line up with its own hour marks and the question would become an ordinary clock. That leaves 60 different rotations and 30 distinct loads, where load means how far the dial sits from upright (0° to 180°). The ceiling depends on the mode: the largest load you will ever see is 55° in EASY, 115° in MEDIUM and 175° in HARD and EXAM. One measured curiosity worth knowing: because of the 30° exclusion, nothing at all is produced between 116° and 124°.
Is there a time limit?
There is a round clock and nothing else — no per-question timer. You may stay on one dial as long as you like; the cost is taken from the questions after it. The round is 180 seconds in EASY, 240 in MEDIUM and 300 in HARD and EXAM, and because the baseline rises with it (12, 16, 20) the pace it asks for never changes: 15 seconds a question in all four modes. After every submit there is a 0.9-second right/wrong badge and a short advance delay; both come out of the round clock but neither is written to your question time.
How do I find the twelve when only one numeral is printed?
Treat the printed numeral as its own hour mark and count from there. If a 4 is printed, one long tick back is 3, two back is 2, and four back is the twelve. Then read the long thin hand first — the minutes are always a multiple of five, so it never stops between marks — and only then the short thick one, reading it as the numeral it has passed. The numeral will not help you any other way, and that is deliberate: the engine picks it at least 20° from the hour hand and 25° from the minute hand, so it is never sitting under a hand. Measured across all 144 (hour, minute) pairs, at least 9 numerals always qualify — an average of 9.85 and as many as 11.
Do I get anything for a half-right answer?
No. A question counts only when both hands are right; getting the hour and missing the minute scores exactly the same as missing both. That makes one habit expensive: finding the hour and then guessing at the minute. It is worth knowing that the module still records the two hands separately even though it does not score them separately, so your report can tell you which hand is costing you — losing the hour is usually a frame error, losing the minute is usually a tick-counting error, and they need different practice. The most expensive single mistake is rounding the hour hand up: at 9:50 it is almost touching the 10, but the hour is still 9.
How is the score worked out?
Two numbers come out of a round and they are not the same thing. Accuracy is the share of your submitted questions that were right. Performance is the score that counts: it compares your correct answers with the mode’s baseline, adds a shrinking bonus above it, then subtracts a penalty built from your wrong answers and your accuracy together. Two clippers finish it — with at least one correct answer the score never falls below 10, and with even one wrong answer it can never exceed 98, which is why there is no such score as 99. Below the baseline the arithmetic is flat: in EXAM every correct answer is worth exactly five, so 5 correct is 25 and 15 correct is 75.
Should I answer as many questions as possible?
Only if you have already made mistakes. Measured on the module’s own scoring function with a baseline of 20: hitting the baseline with nothing wrong returns 100, and 20, 40 or even 200 correct answers all return the same 100 — so hurrying through the first twenty buys nothing and risks something. After a mistake the arithmetic flips and the bonus arm starts repaying: with ten wrong, stopping at 20 correct scores 92 while carrying on to 40 correct scores 98. Compared side by side, the slowest strategy wins: 20 correct with 0 wrong scores 100, while 40 correct with 20 wrong scores only 94.
What happens to questions I never answer?
Nothing, and that is measured rather than assumed. A question still on screen when the clock runs out is stored as unsubmitted with a null result and never enters the score — neither the numerator nor the denominator. Adding eight unanswered questions to a round changes the performance figure by zero. There is no skip button, though, so you cannot leave one deliberately: a question closes only when you submit it. The practical rule is simply to finish reading the dial before you send, because a half-read guess feeds the penalty arm while an unread question costs nothing.
What are the four modes, and which of them can I try here?
EASY is 180 seconds, baseline 12, tilts up to 55°. MEDIUM is 240 seconds, baseline 16, up to 115°. HARD and EXAM are 300 seconds, baseline 20 and the full 175°. EASY is the only mode that teaches: after a wrong answer it opens a worked dial with every numeral printed and the correct time marked, and the round clock stops while that window is open; it also colours the buttons after every submit. The other three give a right/wrong badge and nothing more. HARD and EXAM share one identical rule set, so HARD is the place to rehearse exam conditions without the round counting. EASY and MEDIUM are open in the demo on this page; HARD and EXAM are the PRO half and show a PRO badge in the mode menu.
Is the demo on this page the real module?
Yes. The player above loads the same module from hub.cadetpro.com that PRO subscribers use, inside a sandboxed frame, with no sign-up. EASY and MEDIUM are open; HARD and EXAM carry the module’s own PRO lock. What PRO adds is those two modes, the detailed performance analysis after each round, and unlimited access across the whole Wizz Air module set.
Is this an official Wizz Air product?
No. CADETPRO is an independent preparation platform. It is not affiliated with, endorsed by or connected to Wizz Air or Aon in any way, and it does not promise a pass or a job. What it provides is practice against a faithful reproduction of the task and a detailed report on how you performed.