Bashy
Captain
Flight distance : 2354357 ft
United Kingdom
Offline
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I am not saying you have nothing better to do, what i am saying is that folks do not take good advice when given. Following the simple steps that i have mentioned throughout these "range issue" threads should allow folks to gain the best signal possible at the time of the test, I say it like that because it can change due to external factors, i.e.
I am in the UK so stuck with CE like you and testing in 100% rural i can achieve on a bad day, at 100m high is 3.3km, but on a good day and at only 31m high 5.5km was achieved, i only stopped trying because the battery hit 65% and that was my cutoff, it was still at 2 bars with no fluctuation.
In CE over urban I can do about 1.2km but i end up with the nearest houses (30m away) killing LOS.
In FCC on a bad day i could only hit 6km and rural 1.7km. Not had a good day for FCC yet due to poor flying conditions.
Please note, the Mini 2 couldn't not achieve those figures above
Actually, I am going out there again this morning to test both CE and FCC again as I was not impressed with the big drop from 5.5km to 3.3km, please note; I am in the flattest area of the UK, the highest hill is a speed hump.
You are CE so doing the rural test in 2.4ghz will out perform 5.8gh in rural.
5.8 may get further than 2.4 in an urban setting if there is a lot of wifi interference.
My simple steps are,
1, make sure the Flight Attitude Radar is showing.
2, make sure the RC if screened version has a good calibrated compass or phone is using N1, the RC indicator on the Radar should be pointing at the drone spot on if it has a good calibrated RC.
3, use the radar to keep the RC aligned horizontally, even if the compass isn't calibrate, if the RC indicator is green then you're at least close to a good alignment.
4, keep the top of the RC pointed at the drone H and V plane, imagine that there is a red dot laser coming out of the top of the RC, do not take that off the drone.
4, note; at 1.5km the drone is only around 4º off the horizon, therefore to keep that red dot on the drone, the RC should be pretty much flat in your hands, i.e. the screen pointing straight up at the sky.
5, use minute H&V adjustments, i.e. a fraction a mm stick movement, check the signal to see how it responds and adjust accordingly.
6, 2 bars can last a long time, i.e. on my 5.5km run it dropped to 2 bars at around 2.7km
The key is to use the Radar and micro movements, whilst it only really helps horizontally, you're halfway there as you then only need to put most of the concentration on the vertical alignment. Where i mentioned 4º off the horizon, thats a baseline for range testing, even at 300m you should still be lowering the angle of the RC so as to keep that red dot laser on the drone.
With this Mini 3 Pro, precise alignment is key.
One further point, when you're on the edge of max signal, slowing right down to crawl can give you more distance, i.e. at 4kph I can gain another 300m over urban, the steeper the pitch angle the worse the signal will become.
I cannot really give any better advice, its what i use to get the range i do and its pretty much what others do, other than that except to offer anyone to come over to my testing grounds and i can go through it all and show what can be achieved, I know its not practical but the offer is always on the table.
Hope it helps. |
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