FlySky FS-i6X utilizes a sophisticated digital protocol to ensure your commands reach your model without delay or interference. It is so popular among RC enthusiasts. Here’s the ultimate review. Let’s discover how the performance is.
FlySky FS-i6X Review
Flysky FS-i6X Design
The black paint gives it a sleek look, and its shape allows your fingers to reach the FlySky FS-i6x’s switches naturally. This shape features a 73mm x 39mm viewing area on the STN transflective screen, allowing you to clearly monitor your flight in a variety of lighting conditions.
Measuring 174mm x 89mm x 190mm, it’s small enough to fit into most standard RC carry-ons or a pocket without taking up too much space. It weighs 392g, making it light enough to hold for long flights without feeling tired.
Flysky FS-i6X Battery
The Flysky FS-i6X power system is designed for long-term use with a focus on high efficiency. It operates on 6V DC power, which is supplied by four standard 1.5V AA batteries in the rear compartment. Since the system uses low-power components, these four batteries can last up to ten times longer than a standard FM radio system.
The transmitter includes a built-in safety feature to protect your aircraft. When the voltage drops below 4.2V, a low-power warning will sound. This warning ensures that you have enough power to safely land your model before the signal is lost. Although the transmitter does not heat up internally, the AA battery design allows you to swap in new cells in seconds, keeping you in the air without waiting for a recharge. The large battery compartment and 4.2V to 6.0V operating range allow for specific variations, such as using rechargeable NiMH cells or small 2S LiPo packs, while maintaining a tight power level.
Flysky FS-i6X Range
The FlySky FS-i6X’s air range provides ample room for most RC applications, typically ranging from 500 to 1,500 meters in open air. This performance is largely due to the AFHDS 2A protocol and high-gain receivers such as the FS-iA10B, which has a gain of -105dBm. In good weather conditions and a clear line of sight, you can maintain a strong and stable connection even when your model is flying in space.
Many factors affect the actual range you experience during flight. Ambient noise and physical obstructions such as trees or buildings can reduce signal reception. To maximize your range, you should ensure that the two antennas on the transmitter and receiver are positioned correctly – ideally at a 90-degree angle to each other. This orientation helps maintain a reliable line of sight no matter what the aircraft is in. Additionally, keeping the transmitter battery level above the 4.2V protection line keeps the RF power at a level of <20dBm, preventing premature signal loss.
Flysky FS-i6X 10 Channels
The main feature of the FlySky FS-i6X is its expandable number of channels. Although it uses 6 channels by default, you can easily enable 10 channels by changing the settings in the system menu. This means that as your model becomes more powerful, you won’t need to buy additional remote controllers. You can use these additional channels to control other functions of the drone, such as using the retractable landing gear, dedicated lighting systems, or camera calibration.
FS-iA10B Empfänger
The system includes the FS-iA10B receiver, which is specially designed to use all 10 channels provided by the remote controller. This receiver has a reception range of -105 dBm, ensuring your commands are received even at long distances. It has multiple ports, including an i-BUS port, allowing you to connect multiple servos or sensors using a single cable. This reduces internal wiring clutter, simplifies assembly, and reduces the risk of wiring errors.
Flysky FS-i6X Switches
This remote controller board comes with a variety of Flysky FS-i6X switches and knobs, tailored to specific flight functions. These switches include two and three-way switches, which are great for setting different flight modes (such as “Stable” vs. “Manual”) or starting the motors. Two adjustable knobs provide easy control, great for changing flap position or gimbal angle during flight.
Flysky FS-i6X Pinout
There is a PS/2 DSC remote on the back of the device. Understanding the pinout of this remote on the Flysky FS-i6X is important if you plan to connect the remote controller to a computer. Using a standard replacement cable, you can connect the remote controller to a computer for training on flight simulators such as Liftoff or RealFlight. This allows you to develop muscle memory without having to fly. This remote interface is also used to update the firmware, ensuring that your remote controller always has the latest FlySky features and bug fixes.
Zwei-Wege-Kommunikation
Flysky FS-i6X features bidirectional data. Each remote controller can receive real-time telemetry data from the model. When used with an i-BUS sensor, you can view real-time flight data such as altitude, internal temperature, and battery voltage on the LCD screen.
Software
The built-in software supports a variety of configurable parameters, allowing you to optimize the performance of your model. You can store up to 20 different parameter settings, meaning that one FlySky FS-i6X controller can control all your models. Features like “fail-safe” are important – you can set the receiver to reduce throttle or adjust wing level if the signal is lost, protecting you from serious damage.
FlySky FS-i6X Testbericht: Warum ist dieser 10-Kanal-Sender und -Empfänger die beste Wahl für Sie?
The FlySky FS-i6X balances advanced digital capabilities with a user-friendly interface. By utilizing a sophisticated frequency-hopping system, you benefit from a clear signal that ignores environmental interference, ensuring your commands reach your model instantly. And the efficient power management and responsive control sticks ensure you enjoy the flight.
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