MJXq
Protocol Number: 18
Autobind: Yes
Channel Re-mapping: Yes
Extended Limits: No
Failsafe Support: No
Receiver Match: No
Telemetry: No
Option Value: E010 emulation mode and frequency fine tuning (see notes)
None.
CH1 | CH2 | CH3 | CH4 | CH5 | CH6 | CH7 | CH8 | CH9 | CH10 | CH11 | CH12 | CH13 | CH14 |
A | E | T | R | Flip | LED | Picture | Video | Headless | RTH | Autoflip | Pan | Tilt | Rate |
Rate:
- -100% (default) = higher rates by enabling dynamic trims (except for Headless)
- +100% = disable dynamic trims
Models: MJX WLH-08 and JJRC H13C
Model: MJX X600
Only three transmitter IDs are available for this protocol - take care that another MULTI-Module using the same protocol and ID is not in range at the same time.
Change the Receiver Num value to cycle through the the different transmitter IDs.
Model: MJX X800
Only three transmitter IDs are available for this protocol - take care that another MULTI-Module using the same protocol and ID is not in range at the same time.
Change the Receiver Num value to cycle through the the different transmitter IDs.
Model: JJRC H26D
Only three transmitter IDs are available for this protocol - take care that another MULTI-Module using the same protocol and ID is not in range at the same time.
Change the Receiver Num value to cycle through the the different transmitter IDs.
Models: Eachine E010, JJRC H36
Fifteen transmitter IDs are available for this protocol. Change the Receiver Num value to cycle through them.
This sub-protocol is known to be problematic. This is due to the emulation of the original radio's RF component.
If the model does not respond well to inputs, or is hard to bind, you can try to switch the emulation mode by using an option value (RF Freq. tuning) other than 0.
Once the value is not set to 0 it is used for frequency fine tuning. See the Frequency Tuning page for more details.
Last modified 3yr ago