The CPSS (Computerised Pilot Selection System) is a test to determine a candidate’s ability in the flying branch of the Indian Air Force. It measures various qualities that a flying cadet must possess. This includes speed and accuracy, psychomotor skills, visualisation, coordination, and time-sharing ability. DRDO developed this test to replace the PABT ( Pilot Aptitude Battery Test). CPSS is an updated and advanced method that includes a computerised test. On the other hand, PABT completely relies on pen-and-paper and includes a mechanical exam.
Are you a defence aspirant and want to join the flying branch of the Indian Air Force? This blog is going to be very informative for you. From the test pattern and the tips on how to crack it, everything has been discussed in detail.
There are two stages in CPSS. Let’s discuss both stages in detail. Candidates need to understand the basic pattern to clear these stages. Here we begin:
In the 1st stage, there is an assessment to check the candidate’s multitasking ability. This determines whether a candidate can do multiple tasks under pressure at the same time or not. At first, all six basic instruments are briefed thoroughly. After that, there is an MCQ quiz containing 15 MCQs. You will be given 30 minutes. You will observe one or more instruments on your screen with mathematical or reasoning questions. Let’s discuss all these instruments.
An Airspeed Indicator is the same as a jet speedometer. It depicts the air speed striking the wings of the plane without any angle of attack. There is a straight pitot tube on a circular dial that shows air speed. The airspeed range is from 0 to 200 knots. Usually 40 to 130 knots in safe cruising speed.
It is a device that displays the aircraft’s roll and pitch at the same time. It features a rotating disc or globe that is gyro-controlled in analogue versions. One half of the disc is painted blue while the other is brown. The brown section symbolises land, while the blue section denotes the sky. A white line divides these areas, serving as the representation of the horizon. The movement of the disc mimics the appearance of the horizon from the cockpit of an aeroplane.
The altimeter is a device that indicates the height of an aircraft above the ground. It functions by reflecting radio waves. Two pointers on an analogue altimeter are similar to the hour and minute hands of a standard clock. The movement is counterclockwise, and the dial ranges from 0 to 10. The reading of the minute hand should be multiplied by 100 feet, while the hour hand’s reading needs to be multiplied by 1000 feet. By adding both figures together, you obtain the aircraft’s altitude. Reading an altimeter is as straightforward as reading a conventional analogue watch.
A heading indicator acts as a basic compass that indicates the direction in which the aircraft is moving. This movement is divided into 360 degrees for precise definition. North is represented by 0 degrees, East by 90 degrees, South by 180 degrees, West by 270 degrees, and North again at 360 degrees. Any value between 0 and 360 degrees can be assigned a number. This measurement is referred to as the “heading.” The current heading is indicated by the reading at the tip of the needle.
The turn coordinator is a straightforward instrument that shows the angle of the aircraft’s wings relative to the horizontal transverse axis. In simple terms, it reveals the angle at which the wings are tilted. It features an illustration of the aircraft that rotates in sync with the wing banks.
A vertical speed indicator is a device that shows the rate at which the aircraft is climbing or descending. The measurements are given in feet per second. The zero position is marked by a single needle corresponding to the 9 o’clock position on a standard clock. The rate of climbing and descending is indicated by the needle moving counterclockwise and clockwise from the zero point, respectively.
There are 6 tests that consist of 212 MCQs. You will be given 2 hours and 30 minutes to complete the test.
Test Name | Questions | Time | About |
INSB 1 | 15 | 10 Mins | Recognising Scales and meters, Magnetic Compass, Airspeed Indicator, AltimeterAltitude Indicator, Vertical Speed Indicator, Turn Coordinator |
INSB 2 | 60 | 20 Mins | Determining the position of an aeroplane from instruments |
Spatial Ability Test | 30 | 15 Mins | Perceiving 2D, 3D Figures in Space |
Spatial Visualisation Test | 57 | 5 Mins | Perceiving the position of an object in space |
Numerical Reasoning Test | 20 | 20 Mins | Numerical Skills |
Reasoning Test | 30 | 15 Mins | Verbal and Non-Verbal Reasoning |
If the candidate successfully passes stage 1, they will move on to a cockpit simulator. In this stage, they will use a joystick and pedals to play a series of basic computer games. The joystick used is a simple HOTAS (Hands-On Throttle and Stick). This test evaluates the candidates’ coordination between their hands, feet, and legs. There are generally 10 different games, and each game allows for three attempts to finish. To pass a game, a candidate must achieve a specific score.
There are 10 tests out of which officers consider 4 best attempts. The time for the test is 1 hour and 30 minutes.
Related Post: Situation Reaction Test: All You Need to Know
Here are some essential tips for a candidate appearing for CPSS. These tips are useful in cracking the CPSS test. Here we go:
In the above text, we discussed everything in detail. Any cadet who wants to join the flying branch in the Indian Air Force has to clear the Computerised Pilot Selection System. We hope that after reading the complete article, you have no stones left unturned. In addition, if you find any difficulty in preparing or clearing your doubts, then Parmanu Defence Academy is here for you. Call us at 8445901901.
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