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General| Frequency | 2.4 GHz |
|---|---|
| Channels | 18 |
| Modulation | HoTT |
| Telemetry | Yes |
| Display | Color LCD |
| Receiver | GR-18 |
Initial steps and safety warnings before operating the transmitter.
Overview of the Graupner/SJ mz-24 HoTT radio system.
Information on customer support, warranty, and service centers.
Technical details of the transmitter and receiver, including frequency and power.
Instructions for adjusting the tension of the control sticks for optimal feel.
Labeled diagram identifying all physical controls and ports on the transmitter.
Step-by-step guide to bind the receiver to the transmitter for reliable communication.
Setting up and managing audible and visual alarms for telemetry data.
Comprehensive guide to configuring model settings, types, and basic functions.
Procedures for creating, selecting, copying, and managing flight models.
Setting the aircraft type (Helicopter, Airplane, Glider) and related configurations.
Adjusting servo travel limits (EPA), reversing, and sub-trim.
Configuring THR.CUT, TX ctl, TIMER, FAILSAFE, and TRIM STEP.
Configuring channel assignments (CH Set) and output swaps (Out Swap).
Assigning switches and functions to Q.LINK conditions for various flight modes.
Creating, naming, copying, and deleting Q.LINK profiles for custom flight setups.
Assigning custom names to Q.LINK conditions for easier identification.
Copying Q.LINK setup data from one condition to another.
Removing unused or unwanted Q.LINK conditions from the setup.
Adjusting Dual Rates and Exponential for control sensitivity and throw.
Customizing the pitch curve based on throttle stick position for different Q.LINK conditions.
Customizing the throttle curve based on throttle stick position for different Q.LINK conditions.
Adjusting Gyro sensitivity, Governor activation, and Governor rate.
Setting up the throttle hold function for engine or motor power down.
Adjusting swash plate travel amount and direction for helicopter control.
Setting swash plate travel limits and applying swash plate mixing functions.
Preventing RPM decay by mixing throttle with other control inputs.
Applying complex channel mixing for diverse flight purposes.
Configuring linear mixing between channels for specific flight characteristics.
Configuring curve-based mixing between channels for advanced flight control.
Setting up rapid roll maneuvers by adjusting aileron, elevator, and rudder.
Reducing adverse yaw by adjusting aileron movement during roll.
Managing flap movements in conjunction with aileron, elevator, or pitch inputs.
Adjusting flap angles for increased lift and improved landing.
Coordinating aileron and flap movement for faster roll rates.
Using elevator input to control flaps for tighter turns.
Adjusting elevator compensation when flaps are deployed.
Applying aileron, flap, and elevator settings simultaneously via a switch.
Configuring airbrakes for vertical landing or descent control.
Setting up butterfly control for efficient glider braking and slower flight.
Applying mixing functions essential for flight control, specific to aircraft.
Adjusting throttle curve based on stick position for airplane/glider flight.
Temporarily lowering engine idle speed, typically for airplane landings.
Setting up progressive mixing for diverse purposes in airplane/glider models.
Configuring linear mixing between channels for specific flight characteristics.
Configuring curve-based mixing between channels for advanced flight control.
Selecting the receiver responsible for transmitting telemetry data to the mz-24.
Programming and checking telemetry data from receivers and sensors.
Configuring failsafe behavior for receiver channels upon signal loss.
Correcting unintended airplane movements via mixing master and slave channels.
Setting the curve for receiver channels CH2, CH3, and CH4.
Displaying RF connection status between transmitter and receiver via graph.
Programming sensors related to voice output options like repeat and trigger.
Selecting and programming telemetry sensors connected to the HoTT receiver.
Configuring the display of sensor data on the receiver telemetry page.
Assigning control functions (stick modes) for aircraft models.
Programming alarm sounds for various critical system parameters.
Configuring battery type, warning voltage, melody, and speaker volume.
Adjusting screen contrast, backlight, touch sensitivity, logo, and glare.
Calibrating transmitter sticks for accurate neutral and end-point positions.
Using the transmitter to play music files from an SD card.
Declaration of conformity and compliance with international standards and directives.
Regulatory information regarding FCC compliance, including exposure limits and statements.
Guidelines for proper disposal and recycling of the product.
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