app-dat/RC-dat/FPV-dat/FPV-dat.md
... ...
@@ -21,7 +21,7 @@
21 21
22 22
- [[FPV-accesories-dat]]
23 23
24
-- [[betaflight-dat]] - [[indoor-fly-dat]]
24
+- [[betaflight-dat]] - [[indoor-fly-dat]] - [[RC-configurator-dat]]
25 25
26 26
## build
27 27
app-dat/RC-dat/RC-configurator-dat/RC-configurator-dat.md
... ...
@@ -1,6 +1,26 @@
1 1
2 2
# RC-configurator-dat
3 3
4
-- [[betaflight-configurator-dat/betaflight-dat]]
4
+- [[betaflight-dat]]
5 5
6
-- [[heli-configurator-dat]]
... ...
\ No newline at end of file
0
+- [[heli-configurator-dat]]
1
+
2
+
3
+
4
+## commerlized projects
5
+
6
+- **speedybee** == https://www.speedybee.com/ == SpeedyBee is a company that specializes in providing high-quality drone components and accessories, including flight controllers, ESCs, and other related products. They are known for their innovative designs and user-friendly interfaces, making them a popular choice among drone enthusiasts.
7
+- **betafpv** == https://www.betafpv.com/ == BETAFPV is a company that focuses on producing small and lightweight drones, particularly for FPV (First Person View) racing and freestyle flying. They offer a range of products, including flight controllers, cameras, and other accessories tailored for FPV enthusiasts.
8
+- happymodel
9
+- iFlight
10
+- Holybro
11
+- TBS
12
+- Flywoo
13
+- HGLRC
14
+- Diatone
15
+- GepRC
16
+- Racerstar
17
+- Emax
18
+- Eachine
19
+- HGLRC
20
+- Racerstar
app-dat/RC-dat/RC-configurator-dat/betaflight-dat/betaflight-configuration-dat/betaflight-configuration-dat.md
... ...
@@ -0,0 +1,99 @@
1
+
2
+# betaflight-configuration-dat
3
+
4
+## options
5
+
6
+### Crash Recovery
7
+
8
+
9
+if not work, try CLI set **crash_recovery = ON**
10
+
11
+→ Connect flight controller → open **Betaflight Configurator** → click **Connect**
12
+
13
+→ Go to **Configuration Tab** → scroll to **Other Features**
14
+
15
+→ Tick **Crash Recovery** → click **Save and Reboot**
16
+
17
+
18
+
19
+## Configuration
20
+
21
+### Accelerometer Trim
22
+
23
+- Accelerometer Roll Trim
24
+- Accelerometer Pitch Trim
25
+
26
+| roll | roll trim | pitch | pitch trim |
27
+| ----- | --------- | ----- | ---------- |
28
+| left | -- | back | -- |
29
+| right | ++ | front | ++ |
30
+
31
+#### 1. Accelerometer Trim
32
+- General setting that shifts the "zero level" of the accelerometer.
33
+- Used if your quad drifts in Angle/Horizon mode even after calibration.
34
+- Instead of recalibrating, you can apply a small trim value here.
35
+
36
+---
37
+
38
+#### 2. Accelerometer Roll Trim
39
+- Adjusts the accelerometer’s idea of "level" on the **Roll axis** (left ↔ right).
40
+- Example:
41
+ - Drone drifts **right** in Angle Mode → add **positive Roll Trim**.
42
+ - Drone drifts **left** → add **negative Roll Trim**.
43
+
44
+---
45
+
46
+#### 3. Accelerometer Pitch Trim
47
+- Adjusts the accelerometer’s "level" on the **Pitch axis** (forward ↔ backward).
48
+- Example:
49
+ - Drone drifts **forward** in Angle Mode → add **positive Pitch Trim**.
50
+ - Drone drifts **backward** → add **negative Pitch Trim**.
51
+
52
+
53
+### Board and Sensor Alignment
54
+
55
+- 0 == Roll Degrees - 0 Pitch Degrees - 0 Yaw Degrees
56
+- **First** GYRO/ACCEL - **CW 90°** First GYRO
57
+- **Default** <MAG Alignment
58
+
59
+### System configuration
60
+
61
+Note: Make sure your FC is able to operate at these speeds! Check CPU and cycletime stability. Changing this may require PID re-tuning. TIP: Disable Accelerometer and other sensors to gain more performance.
62
+
63
+- 8.00 kHzGyro update frequency
64
+- 1.00 kHz PID loop frequency
65
+- Accelerometer
66
+- Barometer (if supported)
67
+- Magnetometer (if supported)
68
+
69
+
70
+### Dshot Beacon Configuration
71
+
72
+Beacon Tone
73
+
74
+- RX_LOST - Beeps when TX is turned off or signal lost (repeat until TX is okay)
75
+- RX_SET - Beeps when aux channel is set for beep
76
+
77
+### other features
78
+
79
+- air mode - consider turn this off, it may cause the whoop bump (hop round) when touch the ground
80
+
81
+- [] INFLIGHT_ACC_CAL
82
+- [] SERVO_TILT
83
+- [x] SOFT SERIAL
84
+- [] SONAR
85
+- [] LED_STRIP
86
+- [] DISPLAY
87
+- [x] OSD
88
+- [] CHANNEL_FORWARDING
89
+- [] TRANSPONDER
90
+- [] AIRMODE
91
+- [?] DYNAMIC_FILTER
92
+
93
+
94
+### Beeper Configuration
95
+
96
+
97
+## ref
98
+
99
+- [[betaflight-dat]]
... ...
\ No newline at end of file
app-dat/RC-dat/RC-configurator-dat/betaflight-dat/betaflight-dat.md
... ...
@@ -5,9 +5,11 @@
5 5
6 6
- [[radiomaster-dat]]
7 7
8
-- [[betaflight-presents-dat]]
8
+- [[betaflight-presents-dat]] - [[betaflight-configuration-dat]] - [[betaflight-PID-dat]]
9 9
10
-- [[betaflight-PID-dat]]
10
+- [[betaflight-receiver-dat]] - [[betaflight-modes-dat]] - [[betaflight-motors-dat]]
11
+
12
+- [[betaflight-OSD-dat]] - [[betaflight-video-transmitter-dat]] - [[betaflight-blackbox-dat]]
11 13
12 14
- [[indoor-fly-dat]]
13 15
... ...
@@ -54,221 +56,36 @@ board == CRAZY BEE F4SX1280
54 56
- **NO NOT CALIBRATE ON A TABLE**, PUT THE WHOOP ON THE FLOOR, MAKE SURE IT IS LEVEL
55 57
- AFTER CALIBRATION, TURN ON MOTORS OR HOLD BY FINGERS, RECHECK
56 58
- IF NEEDED, REPEAT CALIBRATION PROCESS UNTIL SATISFIED
57
--
58
-
59 59
60 60
61 61
## ports
62 62
63 63
64
-## Configuration
65
-
66
-### Accelerometer Trim
67
-
68
-- Accelerometer Roll Trim
69
-- Accelerometer Pitch Trim
70
-
71
-| roll | roll trim | pitch | pitch trim |
72
-| ----- | --------- | ----- | ---------- |
73
-| left | -- | back | -- |
74
-| right | ++ | front | ++ |
75
-
76
-#### 1. Accelerometer Trim
77
-- General setting that shifts the "zero level" of the accelerometer.
78
-- Used if your quad drifts in Angle/Horizon mode even after calibration.
79
-- Instead of recalibrating, you can apply a small trim value here.
80
-
81
----
82
-
83
-#### 2. Accelerometer Roll Trim
84
-- Adjusts the accelerometer’s idea of "level" on the **Roll axis** (left ↔ right).
85
-- Example:
86
- - Drone drifts **right** in Angle Mode → add **positive Roll Trim**.
87
- - Drone drifts **left** → add **negative Roll Trim**.
88
-
89
----
90
-
91
-#### 3. Accelerometer Pitch Trim
92
-- Adjusts the accelerometer’s "level" on the **Pitch axis** (forward ↔ backward).
93
-- Example:
94
- - Drone drifts **forward** in Angle Mode → add **positive Pitch Trim**.
95
- - Drone drifts **backward** → add **negative Pitch Trim**.
96
-
97
-
98
-### Board and Sensor Alignment
99
-- 0 == Roll Degrees - 0 Pitch Degrees - 0 Yaw Degrees
100
-- **First** GYRO/ACCEL - **CW 90°** First GYRO
101
-- **Default** <MAG Alignment
102
-
103
-### System configuration
104
-
105
-Note: Make sure your FC is able to operate at these speeds! Check CPU and cycletime stability. Changing this may require PID re-tuning. TIP: Disable Accelerometer and other sensors to gain more performance.
106
-
107
-- 8.00 kHzGyro update frequency
108
-- 1.00 kHz PID loop frequency
109
-- Accelerometer
110
-- Barometer (if supported)
111
-- Magnetometer (if supported)
112
-
113
-
114
-### Dshot Beacon Configuration
115
-
116
-Beacon Tone
117
-RX_LOSTBeeps when TX is turned off or signal lost (repeat until TX is okay)
118
-RX_SETBeeps when aux channel is set for beep
119
-
120
-### other features
121
-
122
-- air mode - consider turn this off, it may cause the whoop bump (hop round) when touch the ground
123
-
124
-- [] INFLIGHT_ACC_CAL
125
-- [] SERVO_TILT
126
-- [x] SOFT SERIAL
127
-- [] SONAR
128
-- [] LED_STRIP
129
-- [] DISPLAY
130
-- [x] OSD
131
-- [] CHANNEL_FORWARDING
132
-- [] TRANSPONDER
133
-- [] AIRMODE
134
-- [?] DYNAMIC_FILTER
135
-
136
-
137
-### Beeper Configuration
138
-
139
-
140
-
141
-### logs
142
-
143
-- ESC/Motor Features == ONE SHOT 125
144
-
145
-- gyro update frequency == 2kHz
146
-
147
-- PID loop frequency == 1kHz
148
-
149
-- accelerometer == ON
150
-
151
-- telemetry == ON
152
-
153
-- reiceiver == Serial-based receiver
154
-
155
-
156
-
157
-
158 64
## failsafe
159 65
160 66
- console - failsafe mode - no pulse
161 67
162 68
## PID
163 69
164
-- keep all default
165
-
166
-## receiver
167
-
168
-## Modes
169
-
170
-- ARM == AUX 1
171
-- angle == AUX 2 HIGH
172
-- Horizon == AUX 2
173
-- Air Mode == AUX 1, air mode only in arco mode
174
-- beeper - also in AUX 1
175
-
176
-Arco mode is very stable, good for beginners
177
-
178
-- beeper == AUX3
179
-- Air Mode == AUX2 LOW
180
-- FPV ANGLE MIX == AUX2 HIGH
181
-- FLIP OVER AFTER CLASH == AUX4 HIGH
182
-
183
-## motors
184
-
185
-- mixer
186
-
187
-### ✅ Recommended ESC/Motor Protocol for Mobula8
188
-- **DSHOT600** → most common, reliable, and default for Mobula8.
189
-
190
-### ⚡ Alternatives (if you have issues)
191
-- **DSHOT300** → safer fallback if you experience desyncs or motor twitching.
192
-- **DSHOT1200** → possible on some boards, but not necessary (no real benefit on Mobula8).
193
-
194
-test
195
-- [x] DSHOT 300
196
-- [x] DSHOT 600
197
-
198
-### settings
199
-
200
-DSHOT300 -- ESC/Motor protocol
201
-
202
-[] - MOTOR_STOP Don't spin the motors when armed
203
-[] - ESC_SENSOR Use KISS/BLHeli_32 ESC telemetry over a separate wlre
204
-[x] - Bidirectional Dshot (requires supported ESC firmware)
205
-12 - Motor poles (number of magnets on the motor bell)
206
-0 - Dynamic Idle Value [* 100 RPM]
207
-8% - Motor Idle ( %, static)
208
-
209
-EX1103 - KV11000 == Standard tiny whoop motors like EX1103 11000KV have 6 poles / 3-phase, but some high-torque variations may use 12 poles.
210
-
211
-
212
-### What is ESC Bi-Directional DShot?
213
-
214
-#### 1. DShot Protocol (normal)
215
-- A **digital protocol** to send throttle signals from the flight controller (FC) to the ESC.
216
-- More reliable than analog PWM or Oneshot/Multishot.
217
-- Normally one-way: FC → ESC only.
70
+- keep all factory default
218 71
219
-#### 2. Bi-Directional DShot
220
-- Extension of DShot where communication is **two-way**:
221
- - FC → ESC (throttle command)
222
- - ESC → FC (motor feedback data)
223 72
224
-#### 3. What Data Comes Back?
225
-- **RPM (motor speed)** in real-time
226
-- **Current, voltage, temperature** (if ESC supports it)
227
-- This allows the FC to know exactly how fast each motor is spinning.
228 73
229
-#### 4. Why is it Useful?
230
-- Enables **RPM Filtering** in Betaflight / INAV:
231
- - Filters gyro noise at exact motor frequencies.
232
- - Makes flight smoother and more efficient.
233
-- More accurate telemetry than traditional ESC sensors.
234
-- Helps with diagnostics (e.g., if one motor is desyncing).
235
-
236
----
237
-
238
-#### Summary
239
-**Bi-Directional DShot = digital two-way protocol between FC and ESC.**
240
-It not only controls motors, but also lets ESC report **real-time motor RPM & telemetry** back, enabling advanced features like **RPM filtering** for smoother flights.
241
-
242
-#### 2. How to Check in Betaflight
243
-1. Plug Mobula8 into Betaflight Configurator.
244
-2. Go to **Configuration tab → ESC/Motor Features**.
245
-3. Look for **"Bidirectional DShot"** checkbox.
246
- - If available, try enabling it.
247
-4. Save & reboot.
248
-
249
-#### 3. Verify in Motors Tab
250
-- Go to **Motors tab** in Betaflight.
251
-- If bi-directional DShot works, you should see **motor RPM values** in real time.
252
-- If you only see throttle % but no RPM, your ESC firmware doesn’t support it.
253
-
254
-
255
-
256
-
257
-## reset
74
+### after reset
258 75
259 76
The following problems with your configuration were detected:
260 77
261 78
o there Is no motor output protocol selected.
262
- Please select a motor output protocol appropriate for your ESCs in 'EsC/Motor Features' on the 'Motors' tab.
263
-Cautlon: Selecting a motor output protocolthat is notsupported by your ESCs can lead to the EsCssplnnlng up as soon as a battery ls connected.For this reason,
264
-always make sure to remove the props before connectlng a battery for the first tlme after changlng the motor output protocol.
265 79
80
+- Please select a motor output protocol appropriate for your ESCs in 'EsC/Motor Features' on the 'Motors' tab.
81
+- Caution: Selecting a motor output protocol that is not supported by your ESCs can lead to the ESC spinning up as soon as a battery is connected. For this reason, always make sure to remove the props before connecting a battery for the first time after changing the motor output protocol.
82
+
83
+?? ed but It Is not callbrated.
266 84
267
-![../../../../Tech-dat/PID-dat/2025-09-04-12-45-34.png](../../../../Tech-dat/PID-dat/2025-09-04-12-45-34.png)ed but It Is not callbrated.
268
-If you plan to use the accelerometer, please follow the instructions for 'Calibrate Accelerometer' on the 'Setup' tab. If any function that requires the accelerometer (auto
269
-level modes, GPS rescue, .) is enabled, arming of the craft will be disabled until the accelerometer has been calibrated.
270
-If you are not planning on using the accelerometer it is recommended that you disable it in 'System configuration' on the 'Configuration' tab.
271
-You need to fix these problems before attemptlng to fly your craft.
85
+- If you plan to use the accelerometer, please follow the instructions for 'Calibrate Accelerometer' on the 'Setup' tab. If any function that requires the accelerometer (auto
86
+- level modes, GPS rescue, .) is enabled, arming of the craft will be disabled until the accelerometer has been calibrated.
87
+- If you are not planning on using the accelerometer it is recommended that you disable it in 'System configuration' on the 'Configuration' tab.
88
+- You need to fix these problems before attempting to fly your craft.
272 89
273 90
274 91
... ...
@@ -303,57 +120,22 @@ Arming disable flags: THROTTLE CLI MSP
303 120
304 121
305 122
306
-## Other setup
307
-
308
-### What is Air Mode?
309
-- Air Mode is a **Betaflight flight feature** that keeps the motors active and responsive even at **zero throttle**.
310
-- Without Air Mode:
311
- - When you cut throttle, motors almost stop spinning.
312
- - The quad loses control authority and can "fall" or tumble.
313
-- With Air Mode ON:
314
- - Motors always maintain some thrust (idle speed).
315
- - You can still control pitch, roll, and yaw when throttle stick is at minimum.
316
-
317
-### Why Use Air Mode on Whoops?
318
-- ✅ Smoother hovering and stable control, even at low throttle.
319
-- ✅ Prevents sudden drop when you release throttle indoors.
320
-- ✅ Essential for flips, rolls, or freestyle tricks.
321
-- ⚠️ For very small **brushed whoops**, it can make them bounce indoors (too sensitive).
322
-
323 123
## black box
324 124
325 125
Outboard serial logging device
326
-You can log to an external logging device (such as an OpenLager) by using a serial port. Configure the port on the Ports tab.
327
-
328
-
329
-
330 126
127
+You can log to an external logging device (such as an OpenLager) by using a serial port. Configure the port on the Ports tab.
331 128
332 129
333 130
334
-# betaflight-dat.md
131
+## betaflight-dat.md
335 132
336 133
Betaflight is an open-source firmware for drones and other unmanned aerial vehicles (UAVs). It is designed to provide advanced flight control capabilities, making it popular among hobbyists and enthusiasts in the drone community. Betaflight is known for its flexibility, configurability, and support for a wide range of hardware platforms.
337 134
338
-- [[betaflight-configurator-dat/betaflight-dat]]
339 135
340 136
341
-## commerlized projects
342 137
343
-- **speedybee** == https://www.speedybee.com/ == SpeedyBee is a company that specializes in providing high-quality drone components and accessories, including flight controllers, ESCs, and other related products. They are known for their innovative designs and user-friendly interfaces, making them a popular choice among drone enthusiasts.
344
-- **betafpv** == https://www.betafpv.com/ == BETAFPV is a company that focuses on producing small and lightweight drones, particularly for FPV (First Person View) racing and freestyle flying. They offer a range of products, including flight controllers, cameras, and other accessories tailored for FPV enthusiasts.
345
-- happymodel
346
-- iFlight
347
-- Holybro
348
-- TBS
349
-- Flywoo
350
-- HGLRC
351
-- Diatone
352
-- GepRC
353
-- Racerstar
354
-- Emax
355
-- Eachine
356
-- HGLRC
357
-- Racerstar
358 138
139
+## ref
359 140
141
+- [[RC-configurator-dat]]
... ...
\ No newline at end of file
app-dat/RC-dat/RC-configurator-dat/betaflight-dat/betaflight-modes-dat/betaflight-modes-dat.md
... ...
@@ -0,0 +1,40 @@
1
+
2
+# betaflight-modes-dat
3
+
4
+
5
+- [[radiomaster-dat]]
6
+
7
+## Modes
8
+
9
+| Mode | AUX | radiomaster | set | Notes |
10
+| ------------------ | ----------- | ----------- | ---- | ----- |
11
+| ARM | AUX 1 | SA | HIGH | |
12
+| Angle | AUX 2 HIGH | SB | HIGH | |
13
+| Horizon | AUX 2 | SB | MID | |
14
+| acro Mode | AUX 2 | SB | x | |
15
+| Air Mode | AUX 3 | SC | MID | |
16
+| Flip After a Crash | AUX 3 | SC | HIGH | |
17
+| Beeper | AUX 4 | SD | HIGH | |
18
+
19
+
20
+
21
+Air mode is very stable, good for beginners
22
+
23
+
24
+
25
+
26
+
27
+### What is Air Mode?
28
+- Air Mode is a **Betaflight flight feature** that keeps the motors active and responsive even at **zero throttle**.
29
+- Without Air Mode:
30
+ - When you cut throttle, motors almost stop spinning.
31
+ - The quad loses control authority and can "fall" or tumble.
32
+- With Air Mode ON:
33
+ - Motors always maintain some thrust (idle speed).
34
+ - You can still control pitch, roll, and yaw when throttle stick is at minimum.
35
+
36
+### Why Use Air Mode on Whoops?
37
+- ✅ Smoother hovering and stable control, even at low throttle.
38
+- ✅ Prevents sudden drop when you release throttle indoors.
39
+- ✅ Essential for flips, rolls, or freestyle tricks.
40
+- ⚠️ For very small **brushed whoops**, it can make them bounce indoors (too sensitive).
... ...
\ No newline at end of file
app-dat/RC-dat/RC-configurator-dat/betaflight-dat/betaflight-motors-dat/betaflight-motors-dat.md
... ...
@@ -0,0 +1,80 @@
1
+
2
+# betaflight-motors-dat
3
+
4
+
5
+
6
+## motors
7
+
8
+- mixer
9
+
10
+### ✅ Recommended ESC/Motor Protocol for Mobula8
11
+- **DSHOT600** → most common, reliable, and default for Mobula8.
12
+
13
+### ⚡ Alternatives (if you have issues)
14
+- **DSHOT300** → safer fallback if you experience desyncs or motor twitching.
15
+- **DSHOT1200** → possible on some boards, but not necessary (no real benefit on Mobula8).
16
+
17
+test
18
+- [x] DSHOT 300
19
+- [x] DSHOT 600
20
+
21
+### settings
22
+
23
+DSHOT300 -- ESC/Motor protocol
24
+
25
+[] - MOTOR_STOP Don't spin the motors when armed
26
+[] - ESC_SENSOR Use KISS/BLHeli_32 ESC telemetry over a separate wlre
27
+[x] - Bidirectional Dshot (requires supported ESC firmware)
28
+12 - Motor poles (number of magnets on the motor bell)
29
+0 - Dynamic Idle Value [* 100 RPM]
30
+8% - Motor Idle ( %, static)
31
+
32
+EX1103 - KV11000 == Standard tiny whoop motors like EX1103 11000KV have 6 poles / 3-phase, but some high-torque variations may use 12 poles.
33
+
34
+
35
+### What is ESC Bi-Directional DShot?
36
+
37
+#### 1. DShot Protocol (normal)
38
+- A **digital protocol** to send throttle signals from the flight controller (FC) to the ESC.
39
+- More reliable than analog PWM or Oneshot/Multishot.
40
+- Normally one-way: FC → ESC only.
41
+
42
+#### 2. Bi-Directional DShot
43
+- Extension of DShot where communication is **two-way**:
44
+ - FC → ESC (throttle command)
45
+ - ESC → FC (motor feedback data)
46
+
47
+#### 3. What Data Comes Back?
48
+- **RPM (motor speed)** in real-time
49
+- **Current, voltage, temperature** (if ESC supports it)
50
+- This allows the FC to know exactly how fast each motor is spinning.
51
+
52
+#### 4. Why is it Useful?
53
+- Enables **RPM Filtering** in Betaflight / INAV:
54
+ - Filters gyro noise at exact motor frequencies.
55
+ - Makes flight smoother and more efficient.
56
+- More accurate telemetry than traditional ESC sensors.
57
+- Helps with diagnostics (e.g., if one motor is desyncing).
58
+
59
+---
60
+
61
+#### Summary
62
+**Bi-Directional DShot = digital two-way protocol between FC and ESC.**
63
+It not only controls motors, but also lets ESC report **real-time motor RPM & telemetry** back, enabling advanced features like **RPM filtering** for smoother flights.
64
+
65
+#### 2. How to Check in Betaflight
66
+1. Plug Mobula8 into Betaflight Configurator.
67
+2. Go to **Configuration tab → ESC/Motor Features**.
68
+3. Look for **"Bidirectional DShot"** checkbox.
69
+ - If available, try enabling it.
70
+4. Save & reboot.
71
+
72
+#### 3. Verify in Motors Tab
73
+- Go to **Motors tab** in Betaflight.
74
+- If bi-directional DShot works, you should see **motor RPM values** in real time.
75
+- If you only see throttle % but no RPM, your ESC firmware doesn’t support it.
76
+
77
+
78
+## ref
79
+
80
+- [[betaflight-dat]]
... ...
\ No newline at end of file
app-dat/RC-dat/RC-configurator-dat/betaflight-dat/betaflight-receiver-dat/betaflight-receiver-dat.md
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+
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+# betaflight-receiver-dat
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+
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+
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+- [[radiomaster-dat]]
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+
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+## receiver
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+
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+
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+## ref
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+
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+- [[betaflight-dat]]
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app-dat/RC-dat/RC-configurator-dat/betaflight-dat/betaflight-video-transmitter-dat/betaflight-video-transmitter-dat.md
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+
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+# betaflight-video-transmitter-dat
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+
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+power == 25mW / 200mW / 500mW, 100 == good starting point
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+
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+low power disarm == turn ON
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+
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+
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+## ref
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+
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+- [[betaflight-dat]]
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app-dat/RC-dat/RC-supplier-dat/radiomaster-dat/2025-09-15-00-53-56.png
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app-dat/RC-dat/RC-supplier-dat/radiomaster-dat/radiomaster-dat.md
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# radiomaster-dat
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+basic information vist at - [[RC-controller-dat]]
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+
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+## all buttons
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+
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+![](2025-09-15-00-53-56.png)
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+
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## binding
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