Spektrum DX6i Radio Control Transmitter Instruction Manual

Manual Spektrum DX6i Radio Control Transmitter Instruction Manual

Spektrum DX6i Radio Control Transmitter Instruction Manual

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Spektrum DX6i Radio Control Transmitter

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Spektrum DX6i Instructions

Here we offer the Spektrum DX6i Radio Control Transmitter manual completely free and in English. We have cataloged this manual in the Radio Control Transmitters section on Manualverse, and it has been rated by 1 users with an average rating of 5. If you have any specific questions about Spektrum DX6i Radio Control Transmitter, we suggest checking the Frequently Asked Questions (FAQs) section of this manual.


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Spektrum DX6i Radio Control Transmitter Specifications

Feature Specification
Channels 6
Model Memory 10 models
Frequency Band 2.4GHz
Technology DSM2 Full Range, DuaLink
Receiver Compatibility Spektrum & JR DSM aircraft receivers (e.g., AR6200, AR6000, AR7000)
Transmitter Battery 4 AA (NiMH rechargeable with some versions)
Charger (NiMH versions) 4.8-volt, 150mA overnight charger
Receiver Operating Voltage 3.5V - 9V (Recommended min. 4.8V under load)
Transmitter Low Battery Alarm Below 4.3V
Digital Trims Aileron, Elevator, Throttle, Rudder (Advanced Digital Trim)
Dual Rate & Exponential Aileron, Elevator, Rudder (adjustable 0-100%, +/- 100% Expo)
Travel Adjust Range 0% - 125% (per channel, per direction)
Sub-Trim Range +/- 100% (+/- 30 degrees servo travel)
Programmable Mixes 2 (Master/Slave, adjustable rates -125% to +125%, switchable)
Timers Down-Timer (up to 59:50), Up-Timer (up to 59:59)
Power Settings A-EU 328 (EU), B-US 247 (USA/Non-EU)
Wing Types (Airplane) Normal, Dual Aileron, Elevon (Delta mixing)
Tail Types (Airplane) Normal, V-Tail
Swashplate Types (Helicopter) 1-Servo 90°, CCPM 120°
Throttle Curves (Helicopter) 2 (Normal, Stunt), 5 adjustable points each
Pitch Curves (Helicopter) 3 (Normal, Stunt, Hold), 5 adjustable points each
Gyro Function (Helicopter) 2 selectable gain values (Flight Mode or Gyro switch)
Revolution Mixing (Helicopter) For non-heading hold gyros (up/down mixing)

Spektrum DX6i Transmitter Details

The Spektrum DX6i is engineered with 2.4GHz DSM2 DuaLink technology, providing a robust, full-range radio link for a variety of aircraft, from parkflyers to giant-scale models. Unlike traditional narrow-band systems, DuaLink is designed to be virtually immune to both internal and external radio interference. The system achieves this by simultaneously transmitting on two distinct frequencies and utilizing an internal and external receiver for superior path diversity, ensuring a bulletproof RF connection even in challenging RF environments.

A significant safety feature is ModelMatch™ technology. This prevents pilots from inadvertently flying a model with the wrong transmitter memory selected. During the binding process, the receiver learns and remembers the specific model memory from the transmitter. If an incorrect model memory is subsequently selected, the receiver simply won't operate, thereby preventing potential crashes or damage caused by misconfigured controls. Correcting this merely requires selecting the matching model memory.

The DX6i incorporates Advanced Digital Trims for aileron, elevator, throttle, and rudder. These digital trims automatically store selected trim values unique to each model, eliminating the need for manual re-adjustment when switching between aircraft. The trims also feature dual-speed scrolling, allowing for precise fine-tuning or rapid adjustments by holding the lever for an extended duration. This enhances convenience and precision during flight setup.

Before each flight session, especially with a new model, performing a range check is crucial for safety. The DX6i simplifies this process with a dedicated range testing system. By entering the RANGE CHECK program and holding the trainer switch, the transmitter’s output power is reduced. This allows the pilot to verify full control of the model at approximately 30 paces (90 feet), ensuring the integrity of the radio link before engaging in full-range flight.

Binding the AR6200 receiver to the DX6i transmitter is a straightforward process that establishes a unique communication link. This process teaches the receiver the transmitter's specific code, which is then reinforced by ModelMatch technology. For optimal safety, it's recommended to rebind the system after initial model programming to ensure true low throttle and neutral control surface positions are accurately stored as fail-safe defaults.

The SmartSafe™ fail-safe system in the AR6200 receiver enhances safety significantly. It prevents unintentional motor response on startup and eliminates the risk of over-driving servos. Crucially, if the RF signal is lost during flight, SmartSafe drives the throttle servo to a preset low-throttle position (set during binding) while maintaining the last-commanded control surface positions. This system quickly regains full control within 4 milliseconds once the signal is re-established.

Proper receiver power system requirements are paramount for reliable operation, especially with large or complex models. The manual emphasizes testing the onboard power system to ensure it provides adequate power, maintaining a minimum of 4.8 volts at the receiver even under full servo loads. Inadequate power can lead to "brown-outs" where the receiver reboots, causing momentary loss of control. Recommendations include using current/volt meters and, for high-draw setups, multiple battery packs or power boxes.

The DX6i's programmable functions extend beyond basic control. Features like Throttle Cut provide a quick, safe engine shutdown at a preprogrammed low-throttle position. D/R Combi Switch Assignment allows consolidating aileron, elevator, and rudder dual rates and exponential functions onto a single switch for streamlined in-flight adjustments. Furthermore, dedicated Flap and Pitch Curve adjustments offer precise control over flight characteristics for both airplanes and helicopters, accommodating various flight phases and maneuvers.

Frequently Asked Questions (FAQs)

Can't find the answer you need? Here are some frequently asked questions about the Spektrum DX6i Radio Control Transmitter, and we answer them below.


Which should I turn on first, the Spektrum DX6i transmitter or the receiver?
It doesn't strictly matter. If the receiver is turned on first, the throttle channel will not output a pulse, preventing accidental arming of electronic speed controllers or movement of engine throttles. The system will connect once both are powered on and the transmitter has found two open 2.4GHz channels and the receiver has found the transmitter's unique ID.

Why does my DX6i sometimes take longer to connect or not connect at all?
Connection issues can arise if the transmitter is too close to the receiver (less than 4 feet) or near metal objects (e.g., metal cases, workbenches). This causes reflected 2.4GHz energy, which the system interprets as unfriendly noise. Moving the system away from metal or increasing the distance between transmitter and receiver before powering up usually resolves this.

What is ModelMatch™ technology and how does it improve safety?
ModelMatch™ is a patented safety feature that prevents you from operating your model with the wrong model memory selected on your transmitter. During binding, the receiver learns the specific model memory's code. If a different model memory is active on the transmitter, the receiver will not connect, preventing potential crashes from incorrect control settings.

How do I perform a range check with my DX6i?
To perform a range check, enter the RANGE CHECK program on the transmitter. Stand 30 paces (approx. 90 feet) away from your model, facing it. Pull and hold the trainer switch on top of the transmitter. This reduces output power, allowing you to verify total control of the model at that distance. If control issues arise, contact support.

What is SmartSafe™ fail-safe and how does it work?
SmartSafe™ is a fail-safe system that prevents unintentional motor response on startup and over-driving servos. If the RF signal is lost, it drives the throttle servo to a preset low-throttle position (set during binding) while holding all other channels to their last commanded positions. When the signal is regained, control is immediately restored.

What are the battery charging guidelines for the DX6i?
If your DX6i includes rechargeable NiMH batteries and a charger, it is crucial to fully charge them overnight with the supplied 4.8-volt, 150mA wall charger. Note that Spektrum charge jacks are center-pin negative, which is opposite to many other manufacturers, so always verify polarity before using external chargers.

Can I adjust the control stick tension and length on the DX6i?
Yes, the DX6i allows for both control stick tension and length adjustments. To adjust tension, remove the back cover and turn the stick tension screws. For length, loosen the 2mm setscrew on the stick, then turn the stick clockwise to shorten or counterclockwise to lengthen before re-tightening.

What is the purpose of the Throttle Cut function?
The Throttle Cut function provides a safe and convenient way to shut down your engine. When activated, typically by pressing a designated button, it moves the throttle to a preprogrammed low throttle, low trim position. This helps prevent accidental high-throttle startups and ensures the engine stops reliably.

How many model memories does the Spektrum DX6i have?
The Spektrum DX6i features a memory function that stores programmed data for up to 10 models. This allows you to easily switch between different airplanes and/or helicopters, each with its own specific settings and a custom name of up to eight characters.

What happens if the transmitter battery voltage drops below 4.3 volts?
If the transmitter battery voltage drops below 4.3 volts, an alarm will sound, and the screen will flash to alert you. It is crucial not to fly your model if the transmitter battery is below this level, or if the receiver battery is below 4.7 volts, as doing so can lead to loss of control and a crash.

What are the available wing and tail mixing options for airplanes?
For airplanes, the DX6i offers three wing types: Normal, Dual Aileron, and Elevon (Delta mixing). For tail configurations, it supports both Normal (separate elevator and rudder) and V-Tail mixing. These options allow for precise control setup tailored to various aircraft designs.

Can I use dual rates and exponential on my DX6i, and how are they controlled?
Yes, Dual Rate and Exponential functions are available on the aileron, elevator, and rudder channels. They can be controlled either by their respective individual dual rate switches or by a single common switch, such as the Aileron D/R, Elevator D/R, Rudder D/R, or Gear switch, for simplified in-flight adjustments.

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