We would like to introduce you a special limited edition of ten DC/DS-24 transmitters, which was created for the 75th anniversary of the end of World War II. Unfortunately, the release of this series last year was significantly affected by a global pandemic, which also affected our plans. The limited edition is intended for end customers, collectors and fans of JETI and is created in the spirit of flying legends of World War II. Each transmitter has original design, which was artistically painted directly on the transmitter (Airbrush).
You can find more information and photos on our Facebook profile JETI Model.
1. REX Assist v1.19 (03/2021)
Airplane pitch with Assist enabled is no longer affected by acceleration (Horizon mode).
2. MVario2 FAI F5J v2.05 (03/2021)
Supports new sensor revision.
-Time interval of the RX alarm was modified to 2s.
-Extension the compatibility for Futaba R7008SB (S.BUS)
The update can be done by the Jeti Studio.
DSM ESC
| Weight [g] | 24 |
| Dimensions [mm] | 38 x 20 x 7 |
| Sustained current [A] | 10 |
| Operational temperature [°C] | -20 ... 85 |
| Recommended input voltage [V] | 5 ... 8,4 |
| Idle current [µA] | 130 |
| Number of battery inputs | 2 |
| Input voltage max. [V] | 13 |
| Peak current (max 5s) [A] | 20 |
Files for download
Manuals - DSM ESC
The voltage from the electronic controllers connected to the inputs of the DSM ESC is constantly measured and supplied directly to the output by the DSM ESC’s internal processor. The DSM ESC then automatically switches between the inputs so that your receiver is always powered by the power supply with the higher voltage. The signal outputs are interconnected. The DSM ESC output is fitted with a JR connector that can connect the output directly to the receiver. The other JR connector, male, is used to connect an electronic switch, a magnetic switch, or an RC Switch. The DSM ESC can also be operated without an electronic switch. Then, DSM ESC is permanently switched on and functions only as a voltage combiner. The DSM ESC is not equipped with a voltage regulator circuit for the connected batteries or voltage supplies. The voltage at the DSM ESC output will always be equal to the voltage of the input with the higher voltage. Make sure that your receiver, servos and other equipment supplied by the DSM ESC are designed for the voltage being supplied.
The DSM ESC is controlled by a magnetic switch which can be activated using the magnetic key from outside of your model. By touching the target with the magnetic key the system is switched on or off. When switched off, the electronic switch draws very little power.
