I found that my parabolic reflectors allow my Phantom 4 to outrange it’s battery even my increased capacity battery. Only cost about $14.00 from Amazon.
Jim
WA5TEF
Jim
WA5TEF
Notwithstanding your time and effort boosting the standard you were flying helped a few people I pointed at your various how to threads. I will follow up but last I heard one was using the components to create a really reliable link between the homestead and his shearing and maintainabce sheds after he retired the standards.I found that my parabolic reflectors allow my Phantom 4 to outrange it’s battery even my increased capacity battery. Only cost about $14.00 from Amazon.
Jim
WA5TEF
5087 metres...5KM??16692 feet with Phantom 3 Standard over water - alfa antennae with sunhans boosters ....and made it home too
5087 metres...5KM??
I'm looking forward to my booster arriving, as just under 800m is my furthest!!
What battery pack did you use by the way (for the booster)?
Wow what a set up! looks like the battery I have an order as well.DC12680 6800mAh DC 12VView attachment 97197
Ok... I'm not focusing or investing too much more money on my Phantom 3, so I'm getting the 5.8g booster to the aircraft...I don't care as much about connection to the camera; I usually set it where I want & fly off. Actual range of the aircraft is my issue and always has been.The black box is a junction for the wires leading to the boosters. The proper connectors hadn't arrived and I was in a hurry to test it out, so I just cut the wiring and joined the three using a standard electrical terminal. I had used the itelite dbs antenna but found that the radiation pattern was far too focused for general use
The 5.8 booster along with the Magic Power tweak should probably be sufficient for the majority of situationsOk... I'm not focusing or investing too much more money on my Phantom 3, so I'm getting the 5.8g booster to the aircraft...I don't care as much about connection to the camera; I usually set it where I want & fly off. Actual range of the aircraft is my issue and always has been.
Hope so. Am looking at a P4 (or Mavic even) as not spending ANY more $$ on the P3; as GOOD as it IS.The 5.8 booster along with the Magic Power tweak should probably be sufficient for the majority of situations
Out of curiosity, how did those antennas VS stock go for you?The 5.8 booster along with the Magic Power tweak should probably be sufficient for the majority of situations
WOW! That is, as an old fellow worker used to say; "FULL-ON!"Since people are talking about their amplified set-up I thought I would share mine for the Phantom 3 4K (although a basically identical set-up would also work just as well for the Standard). My objective was to get the longest range possible (rural and urban) in a minimal envelope - specifically, the RC needed to fit in my hard drone case which was designed to fit the stock RC only. Also, I wanted to make the RC modifications completely reversible, i.e. no drilling. And, the RC needed to be comfortable to hold while flying.
Starting point was the ARGtek three-SMA breakout mount, to which I added a 4Hawks Raptor SR antenna, which offers improved performance (9 dBi gain for 2.4 GHz, 14 dBi gain for 5.8 GHz vs. 7 dBi/10 dBi for the ARGtek antennas). Amplifiers are 2x 2.4GHz 3W Sunhans (measured output 32 dBm) plus 1x 5.8GHz 4W REXUAV (measured output 35.5 dBm). Battery is a 3S 3000mAh lithium ion pack from REXUAV which powers the whole set-up for around 2+ hours or 5 flights. I also included a battery monitor to give me voltage/current and % charge remaining read-outs continuously while powered up. Mounts are my own acrylic laser-cut design, made at a local shop.
Set-up runs both 2.4GHz downlink and 5.8GHz uplink in FCC mode, on channel 13.
Achieved range is to the limits of the battery in an open environment (20,000ft out, 20,000ft back) with no measurable signal degradation, and around 12,000ft each way in an urban environment. I have excellent eyesight.
Airdata UAV - Flight Data Analysis for Drones
-Adrian
View attachment 97226 View attachment 97227 View attachment 97225 View attachment 97224 View attachment 97228
Real noticeable difference with the Alfas - over water and minus boosters, I managed to get 2.8 km. I had the Argtek and they did very little for me above stockOut of curiosity, how did those antennas VS stock go for you?
I have the ARGtek, and found AT BEST - very tiny gain.
Since people are talking about their amplified set-up I thought I would share mine for the Phantom 3 4K (although a basically identical set-up would also work just as well for the Standard). My objective was to get the longest range possible (rural and urban) in a minimal envelope - specifically, the RC needed to fit in my hard drone case which was designed to fit the stock RC only. Also, I wanted to make the RC modifications completely reversible, i.e. no drilling. And, the RC needed to be comfortable to hold while flying.
Starting point was the ARGtek three-SMA breakout mount, to which I added a 4Hawks Raptor SR antenna, which offers improved performance (9 dBi gain for 2.4 GHz, 14 dBi gain for 5.8 GHz vs. 7 dBi/10 dBi for the ARGtek antennas). Amplifiers are 2x 2.4GHz 3W Sunhans (measured output 32 dBm) plus 1x 5.8GHz 4W REXUAV (measured output 35.5 dBm). Battery is a 3S 3000mAh lithium ion pack from REXUAV which powers the whole set-up for around 2+ hours or 5 flights. I also included a battery monitor to give me voltage/current and % charge remaining read-outs continuously while powered up. Mounts are my own acrylic laser-cut design, made at a local shop.
Set-up runs both 2.4GHz downlink and 5.8GHz uplink in FCC mode, on channel 13.
Achieved range is to the limits of the battery in an open environment (20,000ft out, 20,000ft back) with no measurable signal degradation, and around 12,000ft each way in an urban environment. I have excellent eyesight.
Airdata UAV - Flight Data Analysis for Drones
-Adrian
View attachment 97226 View attachment 97227 View attachment 97225 View attachment 97224 View attachment 97228
Cheers...I wouldn't have THOUGHT there'd be MUCH difference between external antennae, given they are all just metal housed inside of plastic (and in the case of the 2 for the camera, merely moving them from inside a plastic housing to outside but still encased in plastic)Real noticeable difference with the Alfas - over water and minus boosters, I managed to get 2.8 km. I had the Argtek and they did very little for me above stock
Reading the forums, it seems the less exoensive Alfas arecbetter built ...
DJI phantom 3 standard alfa mod antennas quick look inside.
Alfa 2.4HGz 7dBi RP-SMA Panel = AWESOME!
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