Airplane, Helicopter, Sailplane and Multirotor Programming

The DX6e comes equipped with the programming you need to fly almost anything. And because it's based on the same Spektrum AirWare software used in most other Spektrum transmitters, you can share model setups with just about any Spektrum user you meet.

AIRPLANE PROGRAMMING

• 7 Wing Types: Normal, Dual Aileron, Flaperon, 1 Aileron 1 Flap, 2 Aileron 1 flap, Elevon A, Elevon B
• 6 Tail Types: Normal, V-Tail A, V-tail B, Dual Elevator, Dual Rudder, Dual Rudder/Elevator
• Flap System with Elevator Compensation
• 3 Flight Modes
• Dual Rates and Expo
• 7-Point Throttle Curve
• 3 Preset Mixes: Rudder-to-Aileron/Elevon, Aileron-to-Rudder, Elevator-to-Rudder
• 4 Programmable Mixes – Normal or Curve

HELICOPTER PROGRAMMING

• Gyro
• 7-Point Throttle Curve
• 7-Point Pitch Curve
• 7-Point Tail Curve
• 2 Swash Plate Types: Normal, 3-Servo 120˚
• 3 Flight Modes + Throttle Hold
• Dual Rates and Expo
• Cyclic-to-Throttle and Swashplate Timing Mixes
• 4 Programmable Mixes – Normal or Curve

SAILPLANE PROGRAMMING

• 4 Wing Types: Single Aileron, Dual Aileron, 2 Aileron 1 Flap, 2 Aileron 2 Flap
• 3 Tail Types: Normal, V-Tail A, V-Tail B
• Camber System
• Camber Preset
• 5 Flight Modes
• Dual Rates and Expo
• Dual Rates and Expo
• 4 Preset Mixes: Aileron-to-Rudder, Aileron-to-Flap, Elevator-to-Flap, Flap-to-Elevator
• 4 Programmable Mixes – Normal or Curve

MULTIROTOR PROGRAMMING

• Multirotor Channel Inputs – ALT (Altitude), ROL (Roll), PIT (Pitch), YAW
• Multirotor Checklists and Warnings
• Simplified Multirotor Flight Mode Setup and Switch Assignment

250-Model Memory

The enormous capacity of the DX6e's on-board memory means you will rarely, if ever, need to juggle models between transmitter memory and your SD card. The model memory menu is easy to navigate too. Only memory slots with model settings saved to them will appear. You won't have to scroll through empty slots or move models around if one is deleted.

Built-In Telemetry

The built-in telemetry feature can give you real-time information on things like battery voltage, signal quality, motor temperature and more.* You can also program alerts that let you know when specific telemetry values reach or exceed limits you define.

* Requires telemetry sensors and a telemetry-enabled receiver.

Patent-Pending Gimbal Design with Spring Configuration Switch

The DX6e's patent-pending gimbal design lets you change gimbal spring configurations simply by moving a slider switch on the back of the transmitter. No tools are required. Just select the spring configuration that matches the mode you are using and model type you are flying. That's it.

There are four spring configurations to choose from:

• Normal Throttle for Modes 2 and 4 (Air, Heli and Sailplane Model Types)
• Spring-Centered Throttle for Modes 2 and 4 (Multirotor Model Type)
• Spring-Centered Throttle for Modes 1 and 3 (Multirotor Model Type)
• Normal Throttle for Modes 1 and 3 (Air, Heli and Sailplane Model Types)

The slider switch is protected by a hinged cover that prevents you from accidentally changing spring configurations in flight.