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PerthPilot
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Q: What happens if you take off on top of a cliff and then fly over the cliff which has an 800ft drop.....take into account that your max altitude is set to 400ft????
Nothing (other than you are now breaking the law since your agl height is now twice the legal limit).Q: What happens if you take off on top of a cliff and then fly over the cliff which has an 800ft drop.....take into account that your max altitude is set to 400ft????
Are you 100% sure nothing will happen? and how can I be breaking the law when my max attitude is set to 400ft?Nothing (other than you are now breaking the law since your agl height is now twice the legal limit).
Yes, I'm 100% sure and its not altitude (which is measured from sea level) but height above ground level (agl).Are you 100% sure nothing will happen? and how can I be breaking the law when my max attitude is set to 400ft?
Ok cheers for thatYes, I'm 100% sure and its not altitude (which is measured from sea level) but height above ground level (agl).
The legal limit (for Aus) is 400ft agl. The Inspire doesnt have a clue on altitude since it gets its reference height data from the internal barometer which is zero'd at take off/switch on.
Even if you are 2,000 feet up a mountain, the Inspire will take its take off position as 'zero'
Since you are only legally allowed 400ft agl, if you fly off the edge of a 800ft cliff you are then 800ft agl and thus breaking the law.
Yes - I'm sure. This has been covered numerous times on the forum
Are you 100% sure nothing will happen? and how can I be breaking the law when my max attitude is set to 400ft?
Yes....didn't you see that girl in the red bikini?
Nothing, the UAV only "knows" its altitude over take off point, derived from the internal barometer. No radar altimeter in Inspires, yet.Q: What happens if you take off on top of a cliff and then fly over the cliff which has an 800ft drop.....take into account that your max altitude is set to 400ft????
Okay, so using Pottertown's diagram, assume the drone was flying a straight course at point "2" in the diagram. He is, technically, flying at 400 AGL and maintaining that status. However, a full-sized aircraft--a Cessna Skyhawk--is flying at an altitude of 800 feet at a 45 degree angle and heading toward point "2". Both the drone and the Skyhawk hit point "2" at the same time and they collide.
The drone was flying legally. The Syhawk was flying legally. How does this go down (pun intended)? Lawyers on each side would have a hay-day with a scenario like this.
See what I'm getting at here?
Okay, so using Pottertown's diagram, assume the drone was flying a straight course at point "2" in the diagram. He is, technically, flying at 400 AGL and maintaining that status. However, a full-sized aircraft--a Cessna Skyhawk--is flying at an altitude of 800 feet at a 45 degree angle and heading toward point "2". Both the drone and the Skyhawk hit point "2" at the same time and they collide.
The drone was flying legally. The Syhawk was flying legally. How does this go down (pun intended)? Lawyers on each side would have a hay-day with a scenario like this.
See what I'm getting at here?
Right, at that point both would be 400 ft AGL.
If the Cessna is allowed to fly at that height, it would be the same as both flying over a flat surface and maintaining 400 ft AGL.
Surely that's all pedantic.
The drone may have been flying legally up until the time it endangered the Cessna. At that point it was flying illegally...?
No, the Cessna's altimeter will show 800 feet (presuming it was zeroed prior to take-off). Full-sized aircraft's altitude is measure by atmospheric pressure.
You're making the assumption that all aircraft/drone collisions will always be the drone's fault.
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