We took the conveniently small drone with us on this trip to the "Waldviertel" (wood district) which has a nice reservoir (first part), lot's of castles and ruins to explore and very nice wood trails. Make sure to stay tuned (aka SUBSCRIBE) to see the 2nd part (with more stone formations in the woods and impressive castles).
Thanks to my lovely camera girl for the great external shots!
GepRC directly sent me this drone for a review and after first flights it was clear to me that I would fly this much more than the usual few flights for a review. Since I didn't feel pressure I could collect enough flights to give you a serious compilation of different spots and thoroughly test this copter.
With those small sub250 drones (but flying like a 5" freestyler) you have access to much more spots than with the usual 6S 5" beast which screams through the whole city ;)
I DONT earn money with affiliate links - I'm not a sales guy, here you get HONEST reviews and opinions. If you wanna support me: 👍, sub, 🔔, watch, share or even become a PATRON: https://bit.ly/2ESMtIO (there's early access and behind the scenes stuff over there!)
Got the chance to test out a wireless mic system! Since I thought about buying the R0de Wireless Go already, I did some research to find out - this is a direct competitor.
Find out with me in this video, if the sound quality is sufficient, what are the features, how handy is it?
Tested it against some other quite good mics.
►Some tips:
Savetrack recording will only work on connections with 2channels! Obviously! (phone connector = NOT, because 2ch Headphone, 1ch for mic on those cables!)
Getting rid of high frequ noise? Lowpass filter to 9000hz sounds about right and reduce the Cam-Audio level while increasing the mic level
(Sony ZV-1: Audiolevel 20 and Lark150: 18)
►Dimensions:
TX units: 37*37*17.5mm, 21g
RX: 67*41*20.5mm, 51g
Case: 121*61*43,5mm, 227,5g
►Contents:
1. Charging Case x 1
2. Transmitter x 2
3. Receiver x 1
4. Furry Windshield x 2
5. 3.5mm TRS Patch Cable x 1
6. 3.5mm TRS to TRRS Patch Cable x 1
7. USB Type-A to Type-C Cable x 1
8. Lavalier Microphone x 2
9. User Guide x 1
10. Storage Bag x 1
Eko from ORT sent me these antennas SPECIFICALLY created for the DJI FPV drone. Since the V2 goggles and the DJI FPV drone use Occusync3 and here two frequency bands (2.4GHz and 5.8GHz) you need to take care which antennas you use (if you want to move away from the stock stubbies).
On V1 DJI we could just use any 5.8GHz antennas (from analog times).
One reason to move to such directional aftermarket antennas would be the very limited poweroutput in CE mode.
Skip to my conclusion to see the results of my 5 testflights - or get some popcorn and enjoy the show ;)
►Test setup:
fly over field, fixed alt 50m - turn around on 2km distance (or if video get's too bad)
use 2.4GHz 40MHz mode manual (WIFI shouldnt be issue there)
Test1: FCC mode + stock ant (baseline)
Test2: FCC mode + dualband patches bottom, stock top
Test3: CE mode + Stock
Test4: CE mode + dualband patches bottom, stock top
Test5: CE mode 5.8 + dualband patches bottom, stock top
(is there a difference if I go from 2.4 to 5.8GHz?)
►ORT Digieyes V2 Specs: 11dBi dualband 2.4/5.8
H: 110° V: 75° beam width 10° H offset & 7° V offset each panel
Working Frequency : 2350-2500 MHz & 5600-6000 MHz
Gain (dBi) : 11dBi
SWR/S11 : less than 1:1.5 at both working frequency
Polarization : Linear Polarization (match with DJI Drone default linear antenna)
Connector : RP-SMA with rg316 cables (fits to DJI Goggles V1 & V2)
Antenna dimensions : 15.5cm(length), 7.5cm(width) & 1.8cm (thick)
Weight : 82 g
After a little hike (on purpose ;) I flew one pack there. Was quite exciting even if I know now that my gear is pretty trusty. Been there in the past, but never had a proper copter to go up all the way.
Spent quite some time searching for a nice way to use both: DJI Srt (bitrate) and Tango2 Telemetry Logs for the overlay. If you guys are curious about this workflow - I could do a tutorial...
Wonderful location (Scheeberg, Scheebergdörfl)
Thanks to the cam-lady for capturing the ext. scenes!
Also check out these tasty DIVES: https://youtu.be/lxfakLKu8xw
(flown by Scott: same region, bit earlier this year when there was more snow - and Gopro6+Reelsteady)
extremly low POI (probability of intercept, how short of an RF signal spike can the device "see") 97ns (FFT-based) 10ns (I/Q-based)
fast sweep speed: over 500GHz/s, it can sweep 6 GHz in less than 10ms
RTBW (realtime bandwidth) 120MHz! (can be unlocked to 245MHz)
Range: 10 MHz to 6 GHz
Dimensions: 210 x 115 x 30 mm, 860gr weight
powerbank in same formfactor with 26Ah
for mobile use: powerfull laptop! (or reduced fps)
larger Powerbank (needs to supply enough WATTS!) or only 120MHz scan rate with one USB 3.2g2
●▬▬▬LINKS▬&▬INFOS▬▬▬▬▬▬▬▬▬▬●
PRODUCT Link: https://bit.ly/2T14qM4
my ►DOWNLOADS: https://bit.ly/3uRn5rc (Profiles, custom Missions, Links)
https://aaronia.de/downloads/https://aaronia.de/grundlagen/oesterreich-gsm-umts/
great FPV Frequncy overview from Michael Niggel
PROFILES:
Find (and backup) the Frequency profiles here:
C:\Program Files\Aaronia AG\Aaronia RTSA-Suite PRO\cdata\profiles
and move the profiles I supply ( https://bit.ly/3uRn5rc ) into there.
Profiles are loaded on program start (if you change something in these XML files, restart the program! They are sometimes "connected" or nested together. If the parent is missing you wont see a child profile!
Profile "Labels" are only visible below a spectrum if in spectrum settings the option "accept profiles" is active! It's better to choose the profiles in "Config" of Spectrum rather than with the Ribbon button...
BASIC RF spectrum knowledge:
RBW (bandwidth - how accurate do I look at RF?)
lower is better (more accurate) but slower sweep
VBW (video filter - low (100khz) filters MUCH, FULL settings means highest detail!)
higher is better (less smoothing) but you see more noise (set to low if you only wanna see powerfull signals clean)
This time some proper ride shots (about 50%) as well to suite the theme. Pretty happy with the results (and possibilities) of the 360 cam on the bike. Also nice that I could directly edit the 360 footage in premiere! Also really happy about the range and image quality of the DJI system on the Chimera5 here. Still not sure if I need a naked gopro or another lightweight cam for HD footage - since the maximum flighttime and ease of use are my main focus for these videos (there are enough overproduced cinematic videos online already :)
Thanks for riding along, greets, Mario
00:00 intro
00:04 First ride
02:44 First Spot - Gasteil
05:24 2nd Spot - Bürg / Gösing
08:34 the ride home
12:01 rescue mishap...
Let's have a closer look on the Chimera5 and see why it's not a typical 5" drone and join me on 4 flight sessions. Spoiler: loved this copter from the start and didn't find any downsides (normally I'm not so positive when reviewing stuff :)
While this drone doesn't satisfy everybody (especially since it has been overhyped) it's still a pretty good fast flying action cam. Only if you fly slow, or in certain extreme situations you get ugly vibrations that cause wobbly, jello issue in your footage.
If you compare DVR (unstabilized) footage vs. Rocksteady stabilized footage from the drone - you see how good the stabilization works - but it's not a magic tool that eliminates all the shakes (like Gopro hypersmooth?). So if we help a bit by reducing the ammount of light on the sensor, the shuttertimes can be longer (1/120 is my suggestion). BUT: you shouldn't stay on AUTO exposure, because the cam tries to increase ISO to get enough light.
Well maybe you can stay on auto if you chose the right ND filter for your current daylight situation. You can see this in the camera settings, it actually tells you the EV (exposure value) in manual mode. EV should be 0 or maybe -0.3 while ISO is on 100 (you see in my video that I had to use the ND8).
Hope this helps you capture even better footage with this drone, happy flying (and filming), Mario
