Technology Sharing

Introduction: The FMS brand is well-known for its high-quality RC models ideal for beginners. The latest addition to the Ranger series, the 1.2-meter Ranger V2, has garnered attention with its various improvements. This review will delve into the features and performance of this new model. Multiple Configurations Available: The new Ranger comes in various configurations, including PNP, RTF versions, and options for whether to include floats, catering to different user needs. The RTF version reviewed here includes a FUTABA radio controller, which was replaced with a left-hand throttle controller for this evaluation. Structural Upgrades: The FMS Ranger V2 features a two-piece wing and fuselage design, significantly reducing the packaging size for easier transport and storage. Although the wings and fuselage are typically not separated during regular use, this design notably enhances wing strength. The overall assembly difficulty is comparable to the first generation, with assembly and tuning taking approximately 5 minutes. Appearance and Paint Scheme: The FMS Ranger V2 offers three paint schemes: the classic yellow, newly added red, and green. These vibrant colors increase visibility in the air, and the red version chosen for this review is very eye-catching during flight. Flight Performance: The FMS Ranger V2 is similar to the first generation in flight performance, but with a significantly improved flight control system. The self-leveling mode provides more stable flight, and the wind correction in the stability augmentation mode is more sensitive. With a 3S 2200mAh battery, it can easily perform stunts such as hovering, loops, and rolls. Its superior low-speed performance and near impossibility to stall make it ideal for basic training for new pilots. Conclusion: The FMS Ranger V2 is an RC aircraft specifically designed for beginners, with noticeable enhancements in structural design, appearance, and flight performance. If you are looking for an RC model suitable for novices, the FMS Ranger V2 is definitely worth considering. Learn More Keywords: FMS Ranger V2, Radio-Controlled Airplane, Beginner-friendly, Flight Review

Introduction: On September 19, 2024, DJI launched the highly anticipated Osmo Action 5 Pro, continuing their legacy of innovation in the action camera market. With each release, DJI not only meets but exceeds expectations, setting new standards for performance and user experience. Key Features of the Osmo Action 5 Pro: Superior Image Sensor: The new 1/1.3-inch image sensor significantly enhances low-light performance, boasting a dynamic range of 13.5 stops for well-balanced details and layers in high contrast scenes. Built-in Storage: The inclusion of 47GB of internal storage offers added convenience for capturing life's adventures without the immediate need for additional memory cards. Extended Battery Life: With the ability to shoot continuously for over 4 hours, the Action 5 Pro minimizes the need for frequent battery swaps, ensuring you never miss a moment. Stellar Stabilization: The 360° horizon stabilization technology ensures smooth footage even during high-speed movements, making it ideal for adrenaline-pumping adventures. Night Shooting Mode: The "Super Night Mode" sets new standards for low-light photography, reducing noise and maintaining image quality in even the most challenging conditions. Dual-Channel Audio Recording: This feature simplifies interview shoots by recording dialogue from both parties simultaneously, easing the post-production process. Room for Improvement: While the Action 5 Pro excels in many areas, some minor issues have been noted. Over-sharpening in full auto mode can result in a "digital" look, which can be mitigated by manual adjustments or using DJI's Dlog-M mode. Additionally, close-up shots may not achieve optimal clarity. Conclusion: The DJI Osmo Action 5 Pro stands out as one of the most powerful and versatile action cameras on the market. Perfect for everything from daily vlogging to extreme sports, the Action 5 Pro is an excellent choice for those seeking a balance of performance and portability. Accessories Available: To complement the Action 5 Pro, a range of accessories has been released, enhancing its functionality and user experience. Carrying Case for DJI Action 5 Pro Adventure Combo/Vlog Combo: Purchase Here CPL-ND 4 Pack Filters Set for DJI Neo (CPL/ND8/ND16/ND32): Purchase Here Keywords: DJI Osmo Action 5 Pro, Action Camera, Low-Light Photography, Adventure Camera, DJI Accessories, Vlogging, Extreme Sports

Meta Description: In this article, we delve into the details of selecting the perfect Flysky AFHDS 3 receiver for your needs. Whether you're new to RC airplanes or an enthusiast of FPV drones, this guide offers expert advice and product recommendations to help you make the right choice. Body: Introduction: With a plethora of Flysky receiver options available, RC hobbyists may find themselves overwhelmed. This article breaks down the process of choosing the appropriate Flysky AFHDS 3 receiver based on your model type and requirements. General Features: Voltage Compatibility: Flysky AFHDS 3 receivers support 8.4v-9.0v, suitable for the majority of RC servos. Dual Antenna Design: Ensures a wider signal coverage range. Multiple Communication Protocols: Supports sbus/ibus/ibus 2/PPM for compatibility with a variety of devices. Beginner-Level RC Airplanes: Model Structure Examples: 2 ailerons, 1 throttle, 1 elevator, 1 rudder. Examples: FMS Ranger 1220mm: Click Here FMS Easy Trainer 1280mm: Learn More Recommended Receivers: FTr8B or Tr8B, suitable for models with 4-8 PWM channels.Tr8B Learn More The Tr8B is a shell-less receiver, which makes it more compact in size. This feature also makes it suitable for DLG gliders, as these types of gliders have very narrow and slender fuselages, similar to the FMS Easy Trainer 1280mm. Complex RC Airplanes: Model Structure: May include multiple control surfaces and landing gear. Model Examples： FMS EDF Jet 70mm Viper V2: Learn More Recommended Receivers: FTr12B or FTr10, supporting 8-12 PWM channels.FTr12B Learn More FPV Drones: Recommended Receivers: TMr or FTr16s, with TMr supporting FAST 8ch mode for reduced latency. FPV Drone Learn MoreTMr Learn More Call to Action: Select the right Flysky AFHDS 3 receiver to elevate your RC model flying experience. Learn more and shop for the receiver that fits your model's needs today. Dive deeper into the fascinating world of radio-controlled models with our extensive blog. Whether you're a seasoned hobbyist or just starting your journey, our blog offers a wealth of knowledge on RC models, including detailed guides, expert tips, and reviews of the latest products. Enhance your RC experience and stay updated with the latest trends by visiting our blog today. Explore Our Blog Now  

In the world of remote control (RC) modeling, the receiver is the crucial link between the transmitter and the model. Flysky's FGr4B and FGr4D receivers are highly regarded for their performance and reliability. These two receivers have their unique features and applications, and below we explore their differences and how they can be best utilized in different racing scenarios. FGr4B Receiver: The Ideal Choice for Off-Road Racing Features: Single Antenna Design: The FGr4B features a single antenna with the AFHDS 3 protocol, ensuring stable signal transmission and resistance to interference. Multi-Protocol Output: It supports various signal outputs such as PWM/PPM/i-bus/S.BUS/i-bus2, making it suitable for connecting different types of servos and electronic devices. Lightweight Design: Its compact size and lightweight nature are significant advantages for off-road vehicles that are sensitive to weight. Temperature and Humidity Resistance: It operates in a temperature range of -10℃ to +60℃, adapting to various environmental conditions. Application Scenarios: The FGr4B receiver is perfect for off-road racing. Its lightweight design and stable signal transmission allow off-road vehicles to maintain high-performance control in complex terrains. Whether it's sand, mud, or rock, the FGr4B ensures reliable connectivity, allowing drivers to focus on racing. Get FGr4B receiver: https://soarskyrc.com/products/flysky-fgr4b-2-4ghz-4-channels-enhanced-receiver?_pos=1&_psq=FGr4B&_ss=e&_v=1.0   FGr4D Receiver: The Preferred Choice for On-Road Racing Features: Dual Antenna Design: With built-in dual antennas, it provides enhanced signal reception, ensuring stability even during high-speed movement. Waterproof Capability: It has a PPX6 nano waterproof rating, allowing it to perform well in damp conditions. Newport Functional Interface: Supports 4 Newport functional interfaces, which can be customized for input or output signal types, offering greater flexibility. Two-Way Communication: It supports two-way communication, sending and receiving signals, suitable for advanced applications that require real-time monitoring and model adjustments. Application Scenarios: The FGr4D receiver excels in on-road racing. Its dual antenna design and waterproof features maintain stable performance during high-speed races and in humid environments. Additionally, two-way communication provides drivers with more real-time information, assisting them in making quicker decisions during competitions. Get FGr4D receiver: https://soarskyrc.com/products/flysky-fgr4d?_pos=1&_psq=FGr4D&_ss=e&_v=1.0   Conclusion Both the FGr4B and FGr4D receivers are excellent products from Flysky, each with their strengths in different racing scenarios. The FGr4B, with its lightweight and stable signal transmission, is the ideal choice for off-road racing, while the FGr4D, with its dual antenna design and waterproof capabilities, demonstrates superior performance in on-road racing. RC enthusiasts can select the most suitable receiver based on their needs and scenarios to achieve the best racing experience.

In the world of radio-controlled (RC) hobbies, protecting your investment is paramount. The Soarsky Carrying Case is designed with this in mind, offering a blend of durability, functionality, and style that makes it the perfect choice for Flysky NB4/NB4+ radios. This blog post will explore the features that make the Soarsky Carrying Case stand out in the realm of RC accessories, ensuring your devices are safe and secure while on the go.   1. Lightweight yet Durable Construction The Soarsky Carrying Case is crafted from EVA material, a choice that speaks to its commitment to quality without compromising on portability. EVA is renowned for its lightweight properties, ensuring that the case is easy to carry around without adding unnecessary bulk to your gear. More importantly, the robustness of the EVA material ensures that the case is impact-resistant, safeguarding your radio from accidental drops and rough handling. 2. High-Density Foam Interior for Ultimate Protection Inside the Soarsky Carrying Case, you'll find a high-density sponge lining that contours perfectly to your radio, ensuring a snug and secure fit. This level of customization within the case prevents movement and potential damage during transportation. Whether you're navigating rough terrain or simply commuting to your next RC session, your Flysky NB4/NB4+ radio remains safely nestled in its protective cocoon. 3. Compatibility with Flysky NB4 Pro/NB4 Pro+ Models While the Soarsky Carrying Case is tailored to fit the NB4/NB4+ models seamlessly, it also offers a versatile solution for those with the NB4 Pro/NB4 Pro+ radios. A minor customization is all it takes—trimming the sponge to fit the metal handle—and your upgraded radio is just as secure as its predecessor. This adaptability showcases the case's commitment to meeting the needs of a diverse range of RC enthusiasts. 4. Zippered Mesh Pocket for Additional Storage The Soarsky Carrying Case doesn't stop at protecting your radio. It also features a zippered mesh pocket, providing ample space for all your additional RC accessories. Whether you're carrying spare batteries, chargers, or other essential tools, the mesh pocket ensures that everything you need is within easy reach and organized efficiently. Conclusion The Soarsky Carrying Case is more than just a container for your radio; it's an investment in the safety and longevity of your RC gear. With its lightweight EVA construction, high-density foam lining, and versatile storage options, this case is the ideal choice for Flysky radio users looking to protect their equipment in style. Make the switch today and experience the peace of mind that comes with knowing your RC radios are well-protected, no matter where your adventures take you.

Meta description: In this article, we will explore the four different models of Flysky Noble Base in detail, including their features, advantages, and how to make the best choice based on your needs. Whether you are looking for a lightweight design or an extra magnetic suction function, this article will provide you with all the necessary information.

In this blog post, we delve into the latest V16 EdgeTX remote control from HelloRadio, a device endorsed by the EdgeTX open-source community, offering an unprecedented experience for RC model enthusiasts with its upgraded hardware and enhanced features.

In the realm of radio-controlled (RC) boat models, the receiver is the pivotal link that connects your commands to the vessel's movements. Selecting the appropriate receiver is paramount for ensuring stable and reliable operations on water. The Flysky FBr8 stands out among marine model enthusiasts for its exceptional performance, dependability, and most notably, its robust waterproof features. This article explores why the Flysky FBr8 is the top choice for marine receivers, with an emphasis on its waterproof capabilities. 1. High-Performance Wireless Connectivity The Flysky FBr8 receiver employs advanced 2.4GHz wireless technology, ensuring a stable signal connection and an extended control range. This feature is crucial for maintaining seamless connectivity with your marine model, regardless of the environmental conditions. 2. Superior Interference Resistance With multiple RC models often operating in close proximity, the Flysky FBr8's ability to resist interference is a standout feature. It effectively minimizes disruptions from other wireless devices, ensuring that your control signals remain clear and accurate. 3. Multi-Channel Support Complex marine model operations require multi-channel support, and the Flysky FBr8 delivers with up to 8 channels. This allows you to control various functions of your model simultaneously, such as direction, speed, and lighting, without any lag or signal loss. 4. Waterproof Design for RC Boats One of the most compelling features of the Flysky FBr8 is its waterproof design. With an IPX7 rating, the receiver can be submerged in water up to 1 meter for 30 minutes without damage, making it ideal for marine use. This robust waterproofing ensures that your receiver will perform reliably, even in wet and rainy conditions. 5. Compact Design and Lightweight The compact design and lightweight materials of the Flysky FBr8 are tailored to the needs of marine models. It does not add unnecessary weight or bulk, ensuring that your model's performance is not compromised while maintaining the receiver's durability and stability.   6. Easy Installation and Configuration The Flysky FBr8 is designed for user-friendly installation and configuration. Its intuitive interface allows for easy setup, even for beginners, and supports various configuration options, including custom channel mapping and sensitivity settings. 7. Strong Community Support The Flysky brand enjoys a large user base and an active community, providing a wealth of resources, tips, and troubleshooting guides. This support network ensures that your receiver remains in optimal condition.   Conclusion For those who demand the best in marine model receivers, the Flysky FBr8 offers a winning combination of high performance, reliability, and waterproof capabilities. Whether you're a professional marine model competitor or an enthusiast, the Flysky FBr8 is designed to exceed your expectations and deliver an unparalleled RC marine experience.

Flysky Noble series products including NB4/NB4+/NB4 Pro/NB4 Pro+ may not turn on. There are several reasons for this situation, and the solutions are different for different reasons. Here are some troubleshooting methods to confirm the cause more accurately and quickly. (1) Phenomenon: Press the power button and hear the power-on sound, but the screen does not light up. Analysis: The remote control can hear the sound, which means that the entire power supply circuit is normal and there is no open circuit or short circuit in any part of the circuit. However, the screen does not work properly and is in a dark state, which means that the cause of the fault may be on the screen. In this case, you can disassemble the motherboard and the screen, and check whether the FPC cable of the screen is firmly connected to the motherboard. If the screen cable falls off, the screen will be black. Confirm that the FPC cable is normal, then there is a high probability that the screen is damaged. You can try to replace the screen. The above is a correctly connected FPC cable. If the cable is not firmly connected, the screen may not start normally. NB4 screen link:https://skyvault.shop/products/noble-nb4-nb4-plus-high-brightness-screen-mainboard-upgrade-kit?_pos=4&_psq=nb4+scr&_ss=e&_v=1.0 （2）Phenomenon: When the power button is pressed, the remote control does not reverse. Analysis: (A) The first reason: The 18650 inside the remote control is out of power. Its voltage is too low, even lower than 3.0V. In this case, the remote control cannot be turned on. You can try to charge the remote control for 3-4 hours and then try to turn it on. If it still cannot be turned on, you can choose to replace the 18650 battery. The normal voltage of 18650 is about 3.7-4.2V. 18650 battery link:https://skyvault.shop/products/flysky-noble-series-original-18650-battery?_pos=1&_sid=d5f12176f&_ss=r(B) The second reason: If the voltage of the 18650 battery measured in (A) is normal, then we need to rule out whether there is a fault in the power supply circuit of the power supply PCBA. To rule out whether there is a fault in the power supply PCBA, you can follow this method to detect it. Check whether the positive pole of the power cord terminal and the positive pole of the battery compartment are conductive. If not, it is likely that the power PCBA has failed. The repair can be completed by replacing the power PCBA. A normal power supply PCBA can detect the voltage of the 18650 battery. I recommend using the NB4+ power supply PCBA, because the NB4+ power supply PCBA has an additional power management chip, which has a low voltage protection function. If you are interested, you can check the user manual of this chip. In the picture above, the right side is the NB4+ power supply PCBA, and you can see that there is an additional chip. Power supply PCBA link:https://skyvault.shop/products/flysky-noble-nb4-pcba-board?_pos=4&_sid=ee818c213&_ss=rThe damage of the power supply PCBA is often caused by the incorrect installation of the 18650 battery, such as the positive and negative poles are installed in reverse, resulting in a short circuit. (3) If the above (1) and (2) are normal, or the problem cannot be solved after the replacement, you can also check whether the power switch is normal. The power switch of NB4, NB4+, NB4 Pro+, etc. is a reset switch. After pressing the switch, the switch is turned on. The above are several methods I use to troubleshoot the problem of Flysky Noble failing to boot up. The general idea is to troubleshoot by judging whether the power supply circuit is normal. Of course, there are other problems, such as whether the motherboard cable is firmly installed and whether the motherboard FPC interface is damaged. If you have any other better ways, you can share them with me, or tell me directly if I have made any mistakes.