in our opinion
1. 1001 from Russian Hackers (on drone) , free
❗️The current version of firmware 1001 is 1.0.45 , don’t forget to update.
📎 Flashing options and instructions here , briefly below:
– DRONE ID, OpenDroneId, NFZ disabled;
– added the “Antispoofing, quick takeoff without GPS” mode, FCC is activated on the drone itself;
– all limits and restrictions on range and altitude (up to 10 km) have been removed, regardless of location on the map;
– added the ability to automatically take off the drone to a height of 2000, 1000, 500, 300, 200 or 100 meters in the event of loss of connection with the remote control (escaping from electronic warfare);
– the function of recording and storing flights has been removed – flight trajectories cannot be extracted from the drone;
– return of the drone using a compass when connection with the remote control is lost;
– the ability to use non-native batteries with a capacity of more than 6300 mAh;
– and much more.
2. GlаZ Lite (for tablet/phone) , free license
📎 Current version 1.6.8 (don’t forget to update)
❗️ Screencast available
3. COS (for smart remote control), paid license
Allows you to use one remote control for different types of drones (+ there is a screen broadcast )
* can only be used on RC plus, RC pro, RC remote controls.
** to prevent COS from conflicting with the “Eye Light” software, set “eye” to “yes” when registering.
4. Unlinking from the remote control (account) , free of charge
Unbind from “Russian Hackers” (for phone or smart remote control), unbinds the drone from the remote control. You can use any suitable remote control without restrictions on 5 flights.
📎 More details here
A controversial point, since the drone could end up in the hands of opponents.
➡️ We also recommend for M3 :
– check and fly the drone after flashing;
– print and include instructions for the operators of these drones;
– complete with spare batteries and a hub for multi-charging;
– complete with spare propellers.
✔️Lifehack: the M3 body alone costs less than the standard and combo sets *surely every operator has a handful of RS-N1 remotes.
📎 Firmware registry for DJI drones
GlaZ_lite V1.6.8
DOWNLOAD the new version (access limited).
Installed on Android (phone/tablet)
Compatible with M3, M3CLASSIC, M3PRO, AIR2S, AUTEL LITE/NANO
### what’s new in Eyes Light version 1.6.8##
⚠️ Screencasting – yes!
➡️ Package of all programsat the link.
1. GroZa for Androids (tablets/phones).
2. GlaZ Lite for M3, M3CLASSIC, M3PRO, AIR2S, AUTEL LITE/NANO.
3. GlaZ_3 for M3T, M3E, MATRICE 30 / 30T, MATRICE 300 RTK, MATRICE 350 RTK, AUTEL 640T V2 / V3, drones on MAVLink
4. GlaZ_4 only for Autel Evo Max 4T UAV .
➡️ Introductory video about the Groza system
➡️ Package of all instructions for Glaz/Groza software
➡️ How to zoom Glaz_3 on Mattress remotes .
#глаз_гроза
#сильная_Россия
Glaz 4T3.4.1.1, DOWNLOAD (limited access).
This application is based on Glaz_3 version, but is intended only for Autel Evo Max 4T
Glaz 4T3.4.1.1
1. Fixed transmission of breaks
2. Fixed display of drone connection status
3. Added to settings (additional item):
– video transmission mode (High quality/Low latency/Ultra HD);
– turn on/off the drone’s auto return when the battery is low;
– action upon loss of remote control signal (Return to home point/Stay in place/Landing/Take off to an altitude of 1 km);
– drone flight mode (Smooth/Standard/Sport).
➡️ Package of all programsat the link.
1. GroZa for Androids (tablets/phones).
2. GlaZ Lite for M3, M3CLASSIC, M3PRO, AIR2S, AUTEL LITE/NANO.
3. GlaZ_3 for M3T, M3E, MATRICE 30 / 30T, MATRICE 300 RTK, MATRICE 350 RTK, AUTEL 640T V2 / V3, drones on MAVLink
4. GlaZ_4 only for UAV Autel Evo Max 4T .
➡️ Introductory video about the Groza system
➡️ Package of all instructions for Glaz/Groza software
➡️ How to zoom Glaz_3 on Mattress remotes .
欄 Thanks to the developers for their assistance and beautiful code.
Together we will win!
#бпла_компетенции
#глаз_гроза
#сильная_Россия
Vector network analyzer.
Tuning (quality assessment) of the antenna using a vector network analyzer (VNA).
1. Setting up the device
1.1 Setting the measurement range
Press the “Menu” button to enter the main interface. After pressing the “Menu” button, select the “Frequency” section.
“Center” – the central frequency in the measurement range (Most often, the frequency to which the tuning will be performed is selected).
“Spam” – the width of the measurement range (400 MHz is recommended, 200 MHz above and below the frequency to which we want to tune the antenna).
“Start” is the frequency from which the measurement will begin.
“Stop” is the frequency at which the measurement will end.
“Points” – the number of points at which the device takes measurements (the more, the more accurate the measurement, but the speed of updating measurements decreases).
“BW” – selection of the bandwidth of the digital intermediate frequency (IF) filter.
1.2 Setting up pointers on the chart.
Use the “Menu” button to return/enter the main interface.
After pressing the “Menu” button, select the “Markers” section
• In the “Type” column you must select SWR.
• In the “Frequency” column, you must enter the required frequency at which you plan to use the antenna.
• In the “off/on” column, you need to move the slider to the on position.
1.3 Setting up the required schedules
Press the “Menu” button several times to return to the measurement graphs.
Next, use the upper arrow buttons to switch to the screen labeled “SWR” in the lower right corner. (If the screens with graphs do not switch, press the “Plot” button and try again).
We will evaluate the antenna by the Standing Wave Ratio. To simplify it to the extreme, the value shows the degree of antenna matching. Roughly, what amount of energy will be sent towards the receiver in relation to what will return back to the transmitter (dissipate in vain). The lower the SWR value, the more efficient the antenna (minimum SWR value = 1).
In the upper left corner of the screen you will see the quantitative designation of the Standing Wave Ratio (SWR) at the frequency you have selected. Also on the chart itself you will see a check mark, which is fixed on the horizon and corresponds to the selected frequency.
• The antenna is considered to be working if the SWR value at the required frequency is less than 2.
• An antenna is considered good if the SWR value at the required frequency is less than 1.5.
2. Measurement example
At the target frequency of 750 MHz, the antenna SWR is 1.32 (photo), which indicates that the antenna will be effective.
Download instructions
#сильная_Россия
#делаем_антенны
#обучение_качественно
Screencast in Glaz Lite software
– to the server or to the Thunderstorm ;
– video picture settings;
– choice of network (local area network or Internet).
“Eye Light” – for M3 – installed on Android (phone or tablet), works with the RC-N1 remote control (native to M3).
⚠️During the period of active growth of FPV competencies, let’s not forget about the good old Mavics !
#трансляция_экрана
#трансляция_тогочто_видит_оператор_наКП
