The A2 Certificate of Competency for Drone Pilots is a professional certification assessment in United Kingdom. Thorough preparation is essential to demonstrate your knowledge and competency in this field.
Our comprehensive collection of free A2 CofC practice questions covers all exam domains and topics. Use these detailed study materials to build confidence and improve your test performance.
Important: The A2 CofC examination requires thorough understanding of all core subject areas. Review the official UK exam guidelines and ensure you meet all eligibility requirements before scheduling your test date.
Prepare for the A2 CofC - Drone Certificate of Competency exam with our free practice test modules. Each quiz covers key topics to help you pass on your first try.
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Try these questions from our free A2 CofC Drone practice tests. The correct answer and an explanation follow each question.
A remote pilot briefly loses direct Visual Line of Sight (VLOS) with their UAS as it passes behind a large building. According to standard UK emergency procedures, what is the most appropriate immediate action to safely regain VLOS?
Answer: A. A. Stop all horizontal movement and increase the UAS's altitude vertically until it is visible above the obstruction.
The correct and safest procedure when VLOS is temporarily lost behind an obstacle is to stop any forward, backward, or sideways movement and command the UAS to ascend vertically. This allows the pilot to quickly re-establish visual contact over the top of the obstruction without flying blind into potential unseen hazards.
How should a drone pilot respond if they observe a manned aircraft approaching their operating area?
Answer: B. Immediately descend and move the drone away from the approaching aircraft's path
Drones must always give way to manned aircraft. The pilot should immediately reduce altitude and move the drone clear of the manned aircraft's flight path. Under UK regulations, drones must never be flown in a way that creates a collision hazard with manned aircraft.
The 'Return to Home' (RTH) function on a standard consumer UAS relies primarily on which technology to record its take-off location and navigate back?
Answer: C. Global Navigation Satellite System (GNSS)
The Return to Home (RTH) function works by recording the Global Navigation Satellite System (GNSS), most commonly GPS, coordinates at the point of take-off. When RTH is activated, the UAS uses its onboard GNSS receiver to navigate back to these stored coordinates. The IMU and barometer assist with stability and altitude, but the primary positioning data comes from GNSS.
What is the primary risk of continuing to fly a drone with a swollen or damaged LiPo battery?
Answer: B. Risk of thermal runaway leading to fire or explosion
A swollen or damaged LiPo (Lithium Polymer) battery is at risk of thermal runaway, which can cause the battery to catch fire, emit toxic fumes, or explode. A damaged LiPo should never be used and must be disposed of safely at a battery recycling point.