¡New Video XLRS, Transmitter SPPM input and Head Tracker Video Glasses, Use!



In this example we show the operation of the Trainer or SPPM input of the XLRS Transmistter compatible with Head Tracker of Fat Shark video glasses and other compatible with Head Tracker or SPPM output.


¡New XPAD4-CP: D4 transmitter Remote Control Panel!


Professional RC Remote Control Panel, ideal for integration in fixed or portable professionals Ground Control Stations mainly for applications with FPV & UAV systems.

Based on GCSD4 Ground Control technology.

Radio Control and Telemetry of Long Range up to 200km.

The D4 transmitter has integrated the XLRS radio module of 5th Generation.

Partners: You can customize the control panel with your logo, personalized decoration, texts and specific functionalities (Consult)..

““XPAD4-CP is ideal for companies that need to add a complete professional long range radio control and telemetry system in their Ground Control Stations without the need to make or design a complex system using different pieces of RC transmitters, standard telemetry modules…” V.G

More information on Control Panels for GCS, XPAD4-CP…

¡New safety switch for GCSD4 and XPAD4-CP!


With protective cover to not activate or deactivate it inadvertently. 



More information about Portable Stations GCSD4

More information about Control Panels for GCS, XPAD4-CP

¡New XLRS Partner in Ecuador!



We welcome Aeroseedsky, as a new DMD partner in Ecuador.

Dedicated to the design and construction of unmanned aircraft UAVs.

Immediate solutions both in unmanned aircraft systems and in technical assistance and maintenance.

Our experience of more than 25 years in the development and planning of these systems, allows us to be competitive in the national and international market.



Main OfficeNew York USA

4 Prospect Road, Centerport

631 804 0930

Factory: Quito-Ecuador

Avellanas L33 y Av. Eloy Alfaro

(+593) 9 9836 4481

Web: https://www.aeroseedsky.com



¡New XLRS Updates!



We have updated most devices, adding new very useful and interesting features.

Go to the Updates page of February 2, 2019…



New functions (example: PAN, TILT, ZOOM, FLAPS, etc) assigning a servo to the micro joystick. Use and configuration.

The Joystckis micro so far have been used for TRIM, DUAL RATE and for SHIFT R and L for some quick functions such as activating or deactivate the radio control transmission or activating or deactivating MAVLINK via USB or Bluetooth.

Commenting with several partners, we think about giving greater utility to the micro joysticks.

They can be used to assign them to a servo and use them for PAN, TILT and ZOOM and possibly FLAPs.
This is equivalent to adding 8 more buttons to the XPAD without modifying it.
In the case of an XPAD2 whose design is minimalist in buttons, it brings an improvement and important utility.


New function in mode1 can easily control up to 8 flight modes of AutoPilot with a single encoder assigning up to 8 values to one servo in each encoder. You can also control almost all the functions of the XOSD in a single encoder or the functions of a thermal camera in a single encoder, releasing buttons and switches and mixes. When the encoders are used, the display changes to show the parameters. This is equivalent to 16 more buttons on the Xpad. Use and Encoders Configuration.


  • Joysticks XPADs:

A bug has been eliminated that does not allow the status of the DUAL-RATE and EXPO LEDs to be displayed and the control of the encoder limits to the new firmware version.

  • RXLRS receiver:

Multiple improvements in the MIX (mixer)
adding the control of the micro Joysticks and the new functions of the VL and VR encoders. The control of the KL and KR buttons is added. Initial value is added for the variables.

  • RXVID2:

Improvement in the automatic adjustment algorithm of the DASYNC so that diversity can better select.

  • XVOSD:

Adaptation to the new firmware and RCBus packages of the RXLRS receiver.

  • DMD_Studio:

Multiple improvements to support new devices like RXVID3 and new features that have been added to devices in general. Improvement in the selection of elements with the mouse of the tables.

More information on Update Page of February 2, 2019…

¡New XLRS Partner in Germany!



We welcome ViaFly, as a new DMD partner in Germany.

VIAFLY develops intelligent drone systems for the economy of the future.


Based on the Knowledge Cube of the University of Applied Sciences OWL, under the umbrella of the CENTRUM INDUSTRIAL IT (CIIT) in Lemgo, we are literally next to our partners in research, development and rapid prototyping. Among other things, this direct access allows us to create your technological future in a professional, profitable and scalable way.


VIAFLY GMBH Vattmannstr. 6 
33100 Paderborn 

PHONE + 49-176-642 328 58 
EMAIL info@viafly.de 

ADDRESS Wolf-Henning Ohly, Dr. Ing. Aaron Gryzia

Web: www.viafly.de



¡New XLRS Partner in France!



We welcome LRBS, LR BUSINESS SUPPORT as a new DMD partner in France.








Tlf: +33 (0)180 81 52 90



¡New XLRS Partner in Italy!



We welcome Nimbus Srl as a new DMD partner in Italy.


With eleven years of experience in the design and construction of SAPR, Nimbus has reached the highest levels of competence and efficiency in the aerospace industry. The objective of the company is to develop aircraft that are relevant to the aeronautical world and the world of unmanned aircraft.



Nimbus Srl


Via Bertola Poligono, 19.

10040 Lombardore (TO) – Italia

Tel: +39 011 99 56 481

E-mail: info@nimbus.aero

Web: http://nimbus.aero/



 ¡ New XVID3 video system, COMING SOON… !  

Available end of January


We advance information about the new analog video system XVID3.

It will be available at the end of January, it can be purchased from the DMD Store or by sending an email to dmd@dmd.es, approximate delivery time from 7-15 days.

The third version of the XVID systems comes with hardware improvements over the previous version XVID2 that is currently obsolete, since the new XVID3 system will replace the XVID2.

The operation is similar to previous versions, only the video modules have been modified and improved:



Video Transmitter improvements (XOSD3W1):

  • More Power TX 2.4Ghz: The new video transmitter has a built-in TX video module of 2.4Ghz 1000mW (+30dBm). Optionally 2000mW (+33dBm).The previous XOSD2 only had 500mW (+27dBm).
  • Less Consumption: The new transmitter of 1000mW consumes something less than XOSD2 of 500mW, generating less heat and with more power!!!.


Video Receiver improvements (RXVID3):

  • More sensitivity and range RX 2.4Ghz: The two receiver modules are more sensitive (+9dB) so the range of the 2.4Ghz video system will increase.
  • More range TX 5.8Ghz: Video Transmitter 5.8Ghz 10mW has a SMA-Female connector, you can add an external antenna to increase the range previously it was about 10 to 15m, now it can reach 50-100m.
  • More durability (8-10h approx): It incoporate a 3.7V 5000mAh battery, the double than the previous version.


More infomation soon.

Note: Analog video systems with powers greater than 25 or 100mW at 2.4Ghz, shouldn’t be used in Europe, except authorized users. For governmental or military use, depending on the country you can use frequencies of 1.2 or 1.3Ghz, consult.

¡New default configurations XLRS systems!



From January 2019, all XLRS systems will be sent pre-configured.

For more information, access the manual of each XLRS system:

¡New Video XLRS, GCSD4, modify joystick Mode2 to Mode1.



In this example, we modified the GCSD4 transmitter joysticks from Mode2 to Mode1.

¡New Video XLRS, Assembly XPAD2V2, XPAD3 transmitter with FJ_XPAD-0001, FJ_XPAD-0002 and video receiver RXVIDXP!



In this example we show the assembly of the XPAD2V2 and XPAD3 transmitters with FJ_XPAD-0001 and FJ_XPAD-0002 (XPAD support for SMP-918-9 antenna and video monitor) and RXVIDXP video receiver.