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MEZON PRO now available
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The MEZON PRO controllers are a successor of the previous product line of the Mezon speed controllers. They contain a lot of new features and improvements, such as comfortable configuration via the JETI DC/DS transmitters, proportional brake, bidirectional motor operation, EX Bus configuration etc.

MEZON PRO controllers are available in OPTO, standard (BEC) and LMR versions. 

Available products

REX V1.12 & REX Assist V1.10
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Lots of new features have been included in the latest updates for standard REX and REX Assist receivers:

Duplex REX Assist V1.10
Comes with a lot of fixes and enhancements. Horizon and Training flight modes have been optimized, introducing 2D flight mode. To see a full list of features and modifications please visit the release notes.

 

Duplex REX V1.12
With EX Bus backup and signal forwarding.

Download here

All updates can be handled easily by JETI Studio. Please download the latest device definitions to your transmitter (simply update the transmitter to V4.28 via JETI Studio, the necessary files will be downloaded automatically).

 

Download JETI Studio

 

 

Big March Update is here
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Lots of new features have been included in the latest updates for transmitters, receivers and JETI Studio PC software:

JETI Studio V1.1.0
It comes with new Transmitter wizard, Lua apps manager and automatic updates of the transmitters.

Download JETI Studio

DC/DS Firmware update V4.27

Update your transmitter to the latest version directly from JETI Studio. New transmitter features:
- DITEX telemetry support
- Updated vario settings
- New voice announcements...

 

Duplex REX V1.10
With DITEX telemetry support. All updates can be handled easily by JETI Studio.

DITEX: Telemetry Update Process

 

 

How to connect the transmitter to the flight simulator

How to connect the transmitter to the flight simulator
Transmitter can be connected to pc flying simulator in several ways...

Short videos

Short videos

Here you can find several short videos that illustrate:

  • manufacturing process of DC-16 case
  • disassembly and follow-up assembly of quad sticks, e.g. for shift of transmitting mode
  • fitting a quad stick with supplementary switch or potentiometer

Personal WAV audio files

Personal WAV audio files
DC-16 and DS-16 transmitters support a possibility of assigning personal user sounds to arbitrary events. Here are some recommendations that should be followed.

Directory structure of the transmitter SD card (SW 2.01)

Directory structure of the transmitter SD card (SW 2.01)
This article shortly describes basic directory structore in the SD card, which is necessary to keep for correct operation of the transmitter.

Format of Timers sound notification

Format of  Timers sound notification
DC-16 and DS-16 transmitters enable to create many timers or stopwatches. For these timers and stopwatches sound alarms are frequently convenient (e.g. audible countdown before expiration of specified time or current reporting every minute)..

Setup of F3B model, part 1: Setup of a model

This guide serves as a help for quick setup of a classic sailplane model, taking into consideration demands of competition models F3B. Stinger model has served as an illustrative example. In the article use of transmitter in mode 1 is supposed, i. e. throttle stick on the right and SW version of the transmitter at least 2.01.

Setup of F3B model, Part 2: Flight modes

This guide serves as a help for quick setup of a classic sailplane model, taking into consideration demands of competition models F3B. Stinger model has served as an illustrative example. In the article use of transmitter in mode 1 is supposed, i. e. throttle stick on the right and SW version of the transmitter at least 2.01.

Part 2 deals with setup of flight modes.

Setup of F3B model, Part 3: Mixes

This guide serves as a help for quick setup of a classic sailplane model, taking into consideration the demands of competition models F3B. Stinger model has served as an illustrative example. In the article use of transmitter in mode 1 is supposed, i. e. throttle stick on the right and SW version of the transmitter at least 2.01.

Individual mixes in the model are presented step by step.

Setup of F3B model, Part 4: Timers and Telemetry

This guide serves as a help for quick setup of a classic sailplane model, taking into consideration demands of competition models F3B. Stinger model has served as an illustrative example. In the article use of transmitter in mode 1 is supposed, i. e. throttle stick on the right and SW version of the transmitter at least 2.01.

Timers and their display on the screen are presented in this article.

Pairing the transmitter with receivers in Double Path mode (SW 2.01)

The procedure is relatively easy and is similar to pairing of a single receiver...

Throttle control reverse

In case you are used to having the throttle stick (e.g. P2) in the full throttle position nearer to you, it is necessary to reverse the operation of the throttle function...

How to set the smoothest possible operation of servos

In case you installed fast digital servos into your model and you feel that their operation with DC/DS transmitters is not smooth, solution of this problem is described in this article.

Helicopter: Pitch Pump Mix

For dynamic changes in 3D aerobatic maneuvers it is sometimes useful to take advnatage of so called pitch pump. When the position of controllers changes very fast, this change is recognized and pitch deflection increases for a short time according to it. E.g. maneuvers of tic toc type get higher accuracy and dynamics this way.

Connecting satellite receiver Rsat2 in Clone Mode

In case you use a satellite receiver with DC/DS-16 transmitter in Clone mode and you want to set up the alarm on loss of the signal from the satellite, it is necessary to adjust several parameters in both the transmitter and the receiver.

How to enable or disable the Butterfly function using a switch

Many pilots require having a possibility to have the Butterfly function on and off independetly of any flight mode. Here we will show how to achieve that.

Starting the stopwatch when the motor is switched on

Start of the timer after switching the engine on is one of the basic equipment of every modern transmitter ...

V-tail Differential

At first sight it may seem that this feature is missing in the transmitter. However, if you look closely to the setting of dual or exponentioal deflections (Fine Tuning/Flight Modes – Dual Rate/Exponential Edit), it is possible to adjust this function too...

Driving a retractable motor pylon for an electric glider

Driving a retractable motor pylon for an electric glider

On the market there are many types of electronic control systems for the retractable motor pylons. In this tutorial we will show you how to use the transmitter to control  deployment  of the pylon with a switch while simultaneously the engine gets blocked so that it cannot be accidentally triggered inside the fuselage.  

The diagram of DC/DS transmitters transformation function

The diagram of DC/DS transmitters transformation function

The diagram briefly describes the logic of the DC/DS transmitters and depicts the transformation function that converts inputs from the control up to the positions of servos. For advanced users.

Logical switches: Automatic switching between Teacher and Student

Logical switches: Automatic switching between Teacher and Student

How to use a combination of logical switches to achieve automatic switching between the Teacher and the Student? It is possible to take advantage of wireless mode Teacher-Student and advanced features of logical switches.

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