Last updated: 24th June 2026
For many drone operators, a flyaway can mean more than losing control of a flight. It can also mean lost equipment, interrupted work and potential replacement costs.
While modern drones are equipped with increasingly sophisticated safety features, a flyaway can still happen. The good news is that many flyaway risks can be reduced with good preparation before take-off. From checking your home point and RTH altitude to understanding GPS, compass interference and signal loss, a few simple checks can make a significant difference.
In this blog, we look at what a drone flyaway is, what can cause one, how to reduce the risk, and what to consider if your drone does fly away.
This article is for general information only and does not replace your policy wording, schedule or any legal or regulatory obligations that apply to your flight. If you are unsure whether your policy meets your needs, check your documents or contact your insurer or broker.
Contents
- What is a Drone Flyaway?
- What Causes Drone Flyaways?
- Set Your Return to Home (RTH) Point Before Take-Off
- Watch for GPS Issues
- Understand Compass Interference
- Stay within Visual Line of Sight, Unless You Have BVLOS Authorisation
- Check Wind Conditions Before and During the Flight
- Monitor Battery Levels Carefully
- Understand What Happens if Signal is Lost
- Reset Your Home Point if You Move
- Pay Attention to App Warnings and Updates
- What to Do if Your Drone Flies Away
- Does Drone Insurance Cover Flyaways?
- Drone Flyaway Prevention Checklist
- Frequently Asked Questions
What is a Drone Flyaway?
A drone flyaway happens when a drone travels away from its intended flight path and the operator is unable to bring it back under control.
This may happen suddenly, or it may develop gradually if the drone starts drifting, stops responding as expected, loses signal, or begins flying towards an incorrect home point.
Although the term “flyaway” can sound like the drone has acted entirely on its own, many incidents have a preventable cause. That makes pre-flight checks, safe setup and a clear understanding of your drone’s safety features especially important.
What Causes Drone Flyaways?
There is rarely one single reason why a drone flies away. In many cases, several small issues combine.
For example, the operator may take off without confirming the home point, fly near magnetic interference, move location during the flight, then lose signal with an RTH (Return To Home) setting that no longer reflects where they are. Each individual issue may seem small, but together they can add up to much higher risk.
Common causes of drone flyaways include (but are not limited to):
- Weak or lost GPS signal
- Incorrect home point
- RTH altitude set too low
- Compass interference
- Magnetic interference from nearby objects
- Strong wind or changing weather
- Low battery
- Loss of controller signal
- Confusion around flight modes
- Ignoring app warnings or firmware alerts
Understanding these causes can help you take practical steps to reduce the chances of a flyaway and manage the risk before your drone leaves the ground.
Set Your Return to Home (RTH) Point Before Take-Off
Return to Home, is one of the most important safety features on many drones (not all drones have this feature, so we encourage you to check your specific model).
When RTH is activated, the drone is designed to return to its recorded home point. This may happen automatically in certain situations, such as low battery or signal loss, or it may be triggered manually by the operator.
For RTH to work properly, your drone needs to know where “home” is.
Before take-off, check that the home point has been recorded correctly. Do this before you start flying away from your take-off area. On many drones, the app or controller will confirm when the home point has been updated.
It is also important to give the drone time to establish a suitable GPS lock. Taking off too quickly, before the drone has reliable GPS signal, can increase the chance of inaccurate positioning and poor RTH performance.
As a simple rule, do not rush the start of the flight. Those extra few seconds on the ground can help reduce the risk of a much bigger problem in the air.
Watch for GPS Issues
GPS helps your drone understand where it is. It supports positioning, navigation, hover stability and Return to Home.
If your drone has weak GPS signal, limited satellite connection or poor positioning accuracy, it may behave less predictably. In some cases, it may drift, struggle to hold position or fail to return accurately. In some cases, it can just continue on its trajectory, beyond the point of being recovered (which has the potential to cause damage to third parties).
Before flying, check the GPS status in your app or controller. Wait until the drone has a strong enough signal, and pay attention to any warning messages.
GPS can be affected by:
- Tall buildings
- Dense woodland
- Valleys or steep terrain
- Indoor or covered spaces
- Nearby structures
- Poor satellite visibility
- Interference from surrounding equipment
If your drone warns you about weak GPS, poor positioning or restricted flight performance, we encourage operators to treat that warning seriously.
Understand Compass Interference
GPS tells your drone where it is. The compass helps your drone understand which way it is facing.
Both matter.
Compass interference can affect your drone’s orientation and may cause it to fly in an unexpected direction. This can be particularly risky if the drone tries to return home while its orientation data is unreliable.
Sources of compass or magnetic interference may include:
- Metal structures
- Vehicles
- Reinforced concrete
- Power lines
- Large machinery
- Railings, bridges or gantries
- Magnets or electronic equipment
- Taking off from metal surfaces
Before take-off, choose a suitable launch point away from obvious sources of interference. If your app shows a compass warning, do not ignore it. Move to a safer location and only fly when the warning has cleared.
Stay within Visual Line of Sight, Unless You Have BVLOS Authorisation
Keeping your drone within visual line of sight is another effective way to reduce flyaway risk.
When you can clearly see your drone, you are better able to judge its position, direction, height and surroundings. You can also spot hazards that may not be visible through the live camera feed (as it only shows what the camera is pointing at and may miss other hazards).
In most circumstances, drone operators must keep their drone within visual line of sight unless they have specific authorisation from the appropriate aviation authority to operate beyond visual line of sight, also known as BVLOS.
Flying BVLOS without the required authorisation may be unlawful and may mean the flight does not meet the relevant regulatory requirements. It could also affect your insurance cover and may result in a claim being declined, depending on the circumstances of the flight and the terms, conditions and exclusions of your policy.
Maintaining visual line of sight helps you react earlier if something changes, such as unexpected wind drift, nearby birds, changing weather, another aircraft or an obstacle in the flight path.
If you do lose sight of your drone and you are not authorised to operate BVLOS, bring it back as soon as it is safe to do so.
Check Wind Conditions Before and During the Flight
Wind is a common factor in drone incidents.
Conditions at ground level can feel manageable, but wind speed can be stronger at height. A drone that feels stable near take-off may struggle once it climbs higher or moves into a more exposed area.
Strong wind can cause your drone to drift, use more battery, struggle to return or travel further away than intended.
Before flying, check the forecast and consider wind speed, gusts and direction. Drone-specific planning tools and weather apps can help, but operators should always make their own assessment based on the conditions and requirements of the flight.
During the flight, keep an eye on how the drone is behaving. If it appears to be fighting the wind, drifting more than expected or using battery quickly than it should be, bring it back while you still have enough power to do so safely.
Monitor Battery Levels Carefully
Low battery can quickly become a flyaway risk, especially if the drone is far away, flying into wind or operating in cold conditions (which can impact battery life).
Many drones have automatic low-battery warnings and may trigger Return to Home when the battery reaches a certain level. However, the drone still needs enough power to complete the return journey.
Do not rely on the warning alone. Keep checking battery levels throughout the flight and allow a sensible margin for the journey back.
Battery performance can also be affected by temperature, battery age, wind and flight behaviour. Fast flying, frequent climbing and harsh weather can all reduce flight time.
Understand What Happens if Signal is Lost
Before every flight, you should understand what your drone is set to do if it loses connection with the controller.
Depending on the drone and settings, signal loss may cause it to hover, land, return home or follow another failsafe behaviour.
Check these settings before take-off. Make sure they are suitable for the location where you are flying.
For example, automatic landing may be unsuitable if you are flying over water, trees or roads. RTH may be safer in many situations (if your drone has this feature), but only if the home point, GPS, altitude and battery levels are suitable.
Understanding your drone’s failsafe behaviour before the flight gives you more control if something does go wrong.
Reset Your Home Point if You Move
If you move during a flight, your original home point may no longer be suitable.
This can be especially important if you are operating from a moving location, such as a boat. If your drone tries to return to the original take-off point, that location may no longer be where you are.
Some drones can update the home point automatically, but this should not be assumed. Check your settings and update the home point manually where needed.
This simple step can make a major difference, particularly for operators flying near coastlines, rivers, construction sites, large estates or other environments where movement during the flight is likely.
Pay Attention to App Warnings and Updates
Drone apps and controllers often give useful warnings before and during flight. These may relate to GPS, compass calibration, battery health, wind, firmware, or signal strength.
It can be tempting to clear warnings quickly and continue flying, especially when conditions appear fine. However, warnings are there for a reason.
Before flying, check that your drone, controller, batteries and app are updated where appropriate. During the flight, act on warnings promptly and bring the drone back if something does not seem right.
Good preparation can reduce the chance of a technical issue leading to loss, damage or a potential claim.
What to Do if Your Drone Flies Away
If your drone starts flying away or stops responding as expected, try to stay calm.
First, keep watching the drone if it is still visible. Note the direction it is travelling and any landmarks nearby. If the controller is still connected, check the app for warnings, battery level, distance and GPS status.
If it is safe and appropriate, you may be able to trigger Return to Home. If the drone is already in RTH mode, monitor its behaviour carefully and be ready to cancel or adjust if needed.
If the drone is lost, check the last known location in your app or flight logs. Some manufacturers offer recovery tools that can help you locate the drone’s final recorded position – we encourage you to check your specific drone model for further details.
Do not enter private, restricted or dangerous land without permission. If the drone may have caused damage or injury, record as much information as possible and take appropriate steps to report the incident to the relevant authorities.
Useful details to keep include:
- Date and time of the flight
- Take-off location
- Last known location
- Weather conditions
- Battery level
- Flight logs
- App warnings
- Photos or screenshots
- Details of any damage or third-party involvement
If you have equipment cover for your drone and it has been lost or damaged, contact your insurer to make a claim and provide the relevant information as soon as you can.
Does Drone Insurance Cover Flyaways?
Drone Insurance cover can vary by provider and policy, so it is important to check your own policy schedule and wording (with Coverdrone policies, you have instant access to your documentation 24/7 via the online portal, so you can check at your own convenience).
At Coverdrone, if you have selected Equipment Cover, your policy includes cover for flyaways, providing that you are flying your drone legally and in compliance with local aviation regulations.
For commercial operators, flyaways can also create wider business risks. A lost drone could mean damaged equipment, interrupted work, replacement costs, client disruption, or even potential liability if third-party people or property are damaged.
For recreational operators, the cost of replacing a drone and accessories can still be significant, especially when, controllers, batteries and other associated equipment are included.
Good insurance does not replace safe flying, but it can form an important part of your wider risk management.
Drone Flyaway Prevention Checklist
Before your next flight, take a few minutes to run through these checks:
- Confirm the home point has been set correctly
- Set a suitable RTH altitude
- Check GPS strength before take-off
- Watch for compass warnings
- Launch away from metal objects and magnetic interference
- Check wind speed, gusts and direction
- Keep the drone within visual line of sight
- Monitor battery levels throughout the flight
- Understand the signal-loss failsafe setting
- Reset the home point if you move
- Pay attention to app warnings
- Keep flight logs available where possible
A well-prepared flight can help reduce avoidable risk. By understanding how your drone behaves, checking your settings and planning for changing conditions, you can reduce the risk of a flyaway and fly with greater confidence.
And if the unexpected does happen, having suitable insurance cover in place can help with eligible losses, depending on the cover selected and the circumstances of the claim.
Frequently Asked Questions
What is the most common cause of a drone flyaway?
Drone flyaways can be caused by several factors, including weak GPS signal, compass interference, incorrect Return to Home settings, strong wind, low battery, signal loss or operator error. In many cases, more than one factor is involved.
Can Return to Home stop a drone flyaway?
Return to Home (RTH) can help reduce flyaway risk, but it depends on the drone having suitable GPS signal, an accurate home point, enough battery and an appropriate RTH altitude. Operators should always check these settings before take-off.
Why did my drone fly away even though it had GPS?
GPS is important, but it is only one part of safe flight. A drone may still fly away if there is compass interference, poor satellite accuracy, an incorrect home point, strong wind, signal loss, low battery or a problem with flight settings.
What should I do if my drone loses signal?
Check what your drone is set to do if signal is lost. Depending on your settings, it may hover, land or return home. Before flying, make sure the failsafe behaviour is suitable for your location.
Does drone insurance cover flyaways?
Cover varies by provider and policy. At Coverdrone, if you have selected Equipment Cover, your policy includes cover for flyaways, providing that you are flying your drone legally and in compliance with local aviation regulations.
