With rapid advancements in drone technology, is it time to rethink Visual Line of Sight (VLOS) regulations? In this video – Redefining Visual Line of Sight VLOS for Drones: How Tech is Changing the Rules – we explore the impact of new tech on current VLOS requirements, from obstacle detection systems to AI-assisted navigation. Learn how these innovations are shaping the future of drone operations and why current VLOS rules may need a major update to keep pace with progress. Whether you’re a drone enthusiast or an industry professional, this discussion is crucial for understanding the next steps in drone regulation!
#drones #VLOS #technology #droneindustry #regulations
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40 comments
With a ZERO death-toll associated with the recreational use of multirotor drones, manned aviation can only aspire to come close to our record of safety yet we're constantly being told that WE are a danger to property, man and beast.
Regulators need to wake up to reality.
Drones have long been passed the point where we need to physically see them to safely fly them, just being able to see that their are no aircraft in the area is enough now but the CAA haven’t changed the regulations to keep up with technology. At least with them granting permissions for some BVLOS flights for companies for inspections or similar that may eventually trickle down to us.
Cars, for instance, are way safer than they were even just 30 years ago. They have ABS and now stop so quickly, it's quite surprising. And a lot now have automatic braking systems for those times when something runs out in front of the car, that even the drivers cannot react in time to stop. But the car will.
But then a lot of these councils are now imposing flat 20 mph speed limits across towns and villages and in the UK. 🤔😲🤷♂
Maybe a mandatory check every 30 seconds or somethi g would need to be put in place. Not practical though either.
VLOS is there for major safety reasons & will never be removed no matter how much you whinge. The CAA are holding the cards not a you tube channel
You make some very interesting and insightful observations into the development of technology, including head tracking, all of which works...until it doesn't...
At the moment the technology is great but also fairly well known for not functioning 100% of the time. This requirement for high percentage reliability would probably be a high priority for the CAA or FAA to consider any kind of changes to their rules. AI technology is not nearly close enough to that level of "9's" (the number of 9's after 99.x%) of reliability (yet) to be a complete substitute for the human eyes and brain, but maybe a few years down the road we might get there. At the moment, the only way the CAA apparently believes we can minimise the risks in the way that VLOS attempts to (as close to 100% as possible) is to rely on human eyesight still. If that fails, you arguably shouldn't be in charge of a drone anyway, so I can see their point. If drone manufacturers can demonstrate, over time, that a system or systems developed to be more reliable that human eyesight and judgement in relation to managing risk and control in airspace work, then that changes things.
I do agree, though, that we are definitely at a stage of technological advancement with drones that it looks inevitable that once the (currently) newer technologies have had time to prove their continuous / long-term reliability and "bed in" to everyday use, the rules around VLOS will be changed or relaxed. I just don't think we're quite there yet in terms of track record.
The biggest challenge is going to be that being able to see the airspace around the drone when it is BVLOS in relation to the operator. In order for that to be allowed, I would imagine the CAA must be absolutely convinced that the transmission of that data between the drone and yourself, as well as the ability for the drone to continually and flawlessly collect, process and relay that data is highly likely to be unimpeded (again to a high degree of 9's) ... which with current technology (especially with data transmission methods) is still not guaranteed. Unfortunately our radio transmission spectrum is already crowded with signals competing for bandwidth as it is, especially within the areas used for drone operation currently (and this is only going to become more and more of an issue until someone develops a different way of transmitting data) so interference from that, but more so physical objects such as buildings/landscape etc, will always pose a significant challenge to providing that level of continuous reliability. Whilst the number of times signal loss occurs may be reduced with current tech, they're by no means completely eliminated. Being able to see the airspace around a drone BVLOS relies on that data being instantaneously available on a second by second basis and reliable.
Taking those factors into account, then, I'd wager the CAA will start by making it possible to fly BVLOS for a wider number of people with a slightly lower tiered extra level of training - e.g. a gradual relaxation of the current methods of gaining permission to fly BVLOS being filtered down to those who have the more modern drones with higher reliability providing they can pass a certain benchmark of competency perhaps slightly less exacting and enshrouded in red tape than currently exists. I imagine it will be years yet before the every day operator with a flyer ID and an Operator ID will be permitted to fly BVLOS on an open classification... but it will probably happen.
Lastly (nit-picking, maybe) the text from the thumbnail for this video "VLOS is no longer required" ... is not the truth in any form at all from the current legal system. "Is VLOS necessary any more?" would be closer.
After looking at a lot of drone videos I would say that most, (not all) pilots have not adhered to the VLOS rule, some would argue that in order to make an aerial video, it could be planned and flown in stages from different vantage points, but then this would not create a seamless video.
I would agree with an earlier comment concerning braking distances and the advancement in technology with cars, let’s face it when the automobile was invented, you had to have a guy with a red flag walk in front of the vehicle.
But I digress, just a thought, would it be pilot error if a bird strike caused the drone to fall and cause injury to someone walking in the area ? How would VLOS stop that from happening? Keep the videos coming Robert old son
I think we should appreciate that the UKs drone rules are quite friendly compared to a lot of Europe.
And if all aircraft are not fitted with remote I.D. What’s the point of some countries requiring and enforcing it?
🤔🤔😳🤔
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