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The Joy of Soaring: The Complete Guide to KAVAN RC Gliders There is something uniquely rewarding about flying an RC glider. Instead of relying on constant power, glider pilots learn to manage energy, read the wind, search for rising air and make every control input count. Some pilots prefer slow, relaxing thermal flights, while others want speed, aerobatics or the challenge of a discus launch. KAVAN offers a diverse lineup of RC gliders designed for nearly every stage of a pilot’s journey. From the forgiving Beta and Alpha to the high-performance Pulse, Swift S-1 and Twisty, there is a model suited to beginners, experienced sport pilots and advanced aerobatic flyers. This guide compares the KAVAN Beta, Alpha, Falke, Pulse, Swift S-1, TwinShark, Twisty and Sling MINI so you can choose the right KAVAN RC glider for your experience level and flying style. Why Choose a KAVAN RC Glider? One of the strengths of the KAVAN glider lineup is variety. These aircraft are not simply different sizes of the same basic design. Each model offers a distinct flying experience. Many of KAVAN’s powered gliders use durable EPO foam construction, brushless power systems and lightweight LiPo batteries. The lineup includes stable training aircraft, efficient thermal gliders, scale-inspired sailplanes, compact discus-launch models and highly responsive aerobatic machines. The best model for you will depend on three main factors: Your current RC flying experience The type of flying you enjoy The amount of speed and responsiveness you are prepared to manage KAVAN Beta 1400: The Best Starting Point for New Pilots Recommended skill level: Beginner The KAVAN Beta 1400 is the most beginner-friendly aircraft in this comparison. Its large wing area, low weight and stable handling make it a strong choice for learning basic orientation, coordinated turns, throttle management and landing approaches. KAVAN describes the Beta as an entry-level motor glider that is also capable of enjoyable thermal soaring. It uses aileron, elevator, rudder and throttle control, allowing a new pilot to learn a full four-channel control system without immediately stepping into a fast or highly sensitive airplane. How the Beta flies The Beta is predictable and forgiving. It prefers smooth control inputs and slower flight rather than aggressive maneuvering. Its stable nature gives a student pilot more time to recognize a mistake and correct it. Once the pilot gains altitude, the motor can be reduced or switched off so the aircraft can glide and search for lift. This makes the Beta useful beyond initial training because it introduces the basic techniques of thermal soaring. Best for First-time RC pilots Pilots training with an instructor Relaxed park and club flying Learning four-channel control Beginning thermal soaring Main benefit The Beta provides the easiest and most forgiving path into the KAVAN glider lineup. https://www.fpvbuildsrc.com/product-page/kavan-beta-1400-arf-red-blue KAVAN Alpha V2 1500: A Beginner Glider with More Growth Potential Recommended skill level: Beginner to early intermediate The Alpha V2 occupies a similar category to the Beta, but it offers a slightly more performance-oriented experience. KAVAN describes it as both an entry-level aircraft and a high-performance thermal glider, combining stable handling with a 1500 mm wingspan, large wing area and lightweight EPO construction. How the Alpha flies The Alpha remains stable enough for a developing pilot, but it feels more streamlined and responsive than a basic trainer. It can comfortably handle everyday powered flying while also offering the efficiency needed to explore thermals. A pilot who learns on the Alpha is unlikely to outgrow it quickly. It can serve as a first aircraft with experienced assistance, but it is especially attractive to pilots who already understand the basics and want a glider that will remain interesting as their skills improve. Best for Ambitious beginners working with an instructor Beta pilots ready for the next step Casual thermal soaring Longer, more efficient gliding flights Pilots who want one aircraft that can support continued development Main benefit The Alpha combines beginner-friendly stability with greater long-term performance potential. https://www.fpvbuildsrc.com/product-page/kavan-alpha-v2-1500mm KAVAN Falke 1800: Graceful, Scale-Inspired Thermal Soaring Recommended skill level: Intermediate The KAVAN Falke is designed for pilots who have already mastered a full-house trainer using aileron, elevator, rudder and throttle. It is a high-performance motor glider with an 1800 mm wingspan and a more traditional sailplane appearance than the Beta or Alpha. How the Falke flies The Falke is best understood as a graceful thermal and sport glider rather than an aggressive aerobatic aircraft. Its larger span gives it a more substantial presence in the air, while its sailplane styling appeals to pilots who enjoy realistic, smooth flying. Compared with the Beta and Alpha, the Falke expects the pilot to be more comfortable managing airspeed, approaches and coordinated turns. It rewards smooth flying and is well suited to pilots who enjoy climbing under power and then transitioning into quiet soaring. Best for Intermediate pilots Scale-sailplane enthusiasts Relaxed thermal flying Smooth, realistic flight Pilots moving beyond trainer-style gliders Main benefit The Falke offers a more authentic sailplane experience without requiring the extreme skill level of an aerobatic glider. https://www.fpvbuildsrc.com/product-page/kavan-falke-1800mm-arf-red KAVAN Pulse 2200 V2: High-Performance Thermal and Sport Soaring Recommended skill level: Intermediate to advanced The Pulse 2200 V2 represents a clear step up in performance. KAVAN specifically recommends that pilots first master a full-house trainer such as the Beta or Alpha before moving to the Pulse. How the Pulse flies The Pulse is larger, faster and more efficient than the beginner-oriented models. Its 2200 mm span gives it excellent visibility and strong gliding performance, while its cleaner aerodynamic design helps it cover more distance and carry energy through turns. The Pulse is ideal for pilots who want to search larger areas for thermals, fly longer soaring circuits and enjoy a more purposeful performance-glider feel. It will generally require better speed management and more deliberate landing planning than the Beta or Alpha. Best for Experienced thermal pilots Sport-soaring enthusiasts Pilots who want greater efficiency and range Flying in somewhat stronger conditions Long, relaxing soaring sessions Main benefit The Pulse offers a major increase in thermal efficiency and overall soaring performance without becoming a dedicated aerobatic machine. https://www.fpvbuildsrc.com/product-page/kavan-pulse-2200-v2 KAVAN Swift S-1 2400: Scale Aerobatic Sailplane Performance Recommended skill level: Advanced The Swift S-1 is a semi-scale model of the full-size Swift aerobatic glider. KAVAN positions it as a high-performance aircraft for pilots who have already mastered full-house trainer flying. The full-size Swift was designed specifically for glider aerobatics, and the KAVAN model carries that performance-oriented character into the RC world. How the Swift flies The Swift is faster, more responsive and more demanding than the thermal-focused models. It is designed to retain energy through aerobatic maneuvers and deliver the control authority needed for loops, rolls, inverted flight, stall turns and flowing aerobatic sequences. Although it can glide effectively, its primary appeal is not simply floating in weak lift. The Swift is for pilots who want to convert altitude and speed into precise, dramatic maneuvers. Best for Advanced RC pilots Aerobatic glider enthusiasts Pilots comfortable with higher speeds Scale-sailplane fans Pilots who enjoy precision and energy management Main benefit The Swift S-1 combines convincing semi-scale appearance with genuine aerobatic sailplane capability. https://www.fpvbuildsrc.com/product-page/kavan-swift-s-1-2400mm-arf-red KAVAN TwinShark: Large Semi-Scale Soaring with a Modern Presence Recommended skill level: Intermediate to advanced The KAVAN HPH 304TS TwinShark is a semi-scale model of the modern two-seat HPH 304TS sailplane. Like the Falke, Pulse and Swift, KAVAN recommends it for pilots who have already mastered a full-house trainer. How the TwinShark flies The TwinShark delivers the visual presence and smooth flying character expected from a larger modern sailplane. Its design is oriented toward efficient, graceful soaring rather than the compact agility of the Twisty or the pure aerobatic focus of the Swift. The TwinShark is likely to appeal most to pilots who enjoy scale-inspired passes, long gliding circuits and the experience of flying a substantial sailplane model. Its size and performance make careful setup, speed management and landing planning important. Best for Intermediate and advanced pilots Modern sailplane enthusiasts Pilots who value scale appearance Smooth thermal and sport soaring Large-field flying Main benefit The TwinShark offers the presence and elegance of a modern high-performance sailplane in a durable powered RC format. https://www.fpvbuildsrc.com/product-page/kavan-304ts-twinshark-2700mm-arf KAVAN Twisty: High-Energy 3D Aerobatic Glider Recommended skill level: Advanced to expert The Twisty is the wild card of the KAVAN glider family. KAVAN describes it as a high-performance 3D aerobatic motor glider intended for pilots who have already mastered aerobatic aircraft. How the Twisty flies Unlike the Beta, Alpha, Falke or Pulse, the Twisty is not designed primarily for calm, relaxed thermal soaring. It is compact, agile and capable of very large control responses. It is intended for energetic flying, aggressive aerobatics and maneuvers that would be outside the comfort zone of a conventional thermal glider. The Twisty should appeal to pilots who enjoy rapid transitions, high control authority, unusual attitudes and creative 3D-style flying. Best for Advanced and expert pilots Experienced aerobatic flyers High-energy sport flying 3D-style glider aerobatics Pilots who want something unconventional Main benefit The Twisty offers the most aggressive and playful flying experience in the KAVAN glider lineup. https://www.fpvbuildsrc.com/product-page/kavan-twisty-1512mm KAVAN Sling MINI: Compact Discus-Launch Glider Fun Recommended skill level: Beginner with guidance to intermediate The Sling MINI is very different from every other aircraft in this guide. It is a compact 616 mm discus-launch glider, commonly called a DLG. Instead of using a motor to climb, the pilot launches it by rotating and releasing the aircraft into the air. The Sling MINI uses elevator and rudder control and weighs approximately 85–95 grams. KAVAN describes it as a highly stable, durable model suitable for learning from a backyard-sized flying area, although pilots should still use an open, safe location and learn proper launch technique. How the Sling MINI flies The Sling MINI is lightweight, responsive and highly dependent on smooth flying. Because it has no motor, every turn and correction uses some of the aircraft’s stored energy. The pilot learns to launch consistently, maintain airspeed and recognize even small areas of rising air. Its small size makes it convenient to transport and quick to fly when larger powered gliders would be impractical. Best for Pilots curious about discus-launch gliders Small-field soaring Practicing energy management Experienced pilots seeking portable fun Beginners learning with guidance and gentle hand launches Main benefit The Sling MINI provides an affordable and portable introduction to motorless soaring and discus-launch technique. https://www.fpvbuildsrc.com/product-page/kavan-sling-mini-dlg KAVAN RC Glider Comparison Model Suggested Pilot Level Primary Flying Style Overall Character Beta 1400 Beginner Training and thermal soaring Stable, forgiving and predictable Alpha V2 1500 Beginner–Intermediate Training and sport soaring Stable with greater growth potential Falke 1800 Intermediate Scale-inspired thermal soaring Graceful, smooth and realistic Pulse 2200 V2 Intermediate–Advanced Performance thermal soaring Efficient, fast and capable Swift S-1 2400 Advanced Scale aerobatics Precise, energetic and performance focused TwinShark Intermediate–Advanced Semi-scale sport soaring Smooth, elegant and substantial Twisty Advanced–Expert 3D aerobatic gliding Wild, agile and highly responsive Sling MINI Beginner with guidance–Intermediate Discus-launch soaring Lightweight, compact and skill building Which KAVAN Glider Should You Choose? Choose the KAVAN Beta when you are learning to fly and want the most forgiving powered glider. Choose the KAVAN Alpha when you want beginner-friendly handling with more speed, efficiency and room to grow. Choose the KAVAN Falke when you already understand four-channel flying and want graceful, scale-inspired soaring. Choose the KAVAN Pulse when thermal performance, efficiency and covering more sky are your priorities. Choose the KAVAN Swift S-1 when you are an advanced pilot seeking a large, semi-scale aerobatic sailplane. Choose the KAVAN TwinShark when you prefer the elegant appearance and smooth flying style of a modern scale-inspired glider. Choose the KAVAN Twisty when you already fly aerobatic aircraft and want an aggressive, high-energy 3D glider. Choose the KAVAN Sling MINI when you want a portable, motorless glider that teaches discus launching and precise energy management. From Beginner to Expert: A Natural KAVAN Progression A pilot could progress through the KAVAN range in several ways. A traditional learning path might begin with the Beta, move into the Alpha or Falke, step up to the Pulse and eventually lead to the Swift S-1 or TwinShark. An aerobatic pilot might move from the Alpha into the Swift and eventually choose the Twisty for more aggressive control authority. A soaring specialist could begin with the Beta or Alpha, add the Sling MINI to develop motorless soaring skills and then progress to the Pulse for greater thermal performance. There is no single correct path. The right aircraft is the one that matches your current skills—not simply the most advanced model you can purchase. Final Thoughts KAVAN’s glider lineup covers an unusually wide range of RC flying. The Beta and Alpha make soaring accessible to newer pilots. The Falke and TwinShark bring scale-inspired elegance. The Pulse focuses on efficient thermal performance. The Swift S-1 and Twisty serve experienced aerobatic pilots, while the Sling MINI introduces an entirely different form of motorless, discus-launch soaring. Choosing the right KAVAN RC glider begins with an honest assessment of your experience and the kind of flying that excites you most. Start with an aircraft that supports your current ability, develop your skills and then move into the faster or more specialized models as your confidence grows. No matter where you begin, the goal is the same: climb, shut down the motor—or launch by hand—and experience the joy of soaring. https://www.fpvbuildsrc.com/kavan-rc

If you're shopping for a new RC radio, you've probably heard about ETHOS and EdgeTX. While most pilots compare transmitters, one of the biggest differences between modern radios isn't the hardware—it's the operating system. Think of it like choosing between Windows and macOS or Android and iPhone. The hardware matters, but the operating system determines how you interact with your radio every time you fly. Both ETHOS and EdgeTX are excellent operating systems with loyal followings, but they were designed with different philosophies. One focuses on simplicity and integration, while the other emphasizes unlimited customization. So which one is right for you? Let's take an in-depth look. What Is ETHOS? ETHOS is FrSky's modern operating system, developed specifically for the company's latest generation of transmitters, including the FrSky X20, X20RS, X18SE, X14, and other ETHOS-compatible radios. Rather than building on older software, FrSky created ETHOS from the ground up to provide a modern interface, faster performance, improved telemetry integration, and a more intuitive programming experience. ETHOS was designed with one goal in mind: Make advanced radio programming easier without sacrificing capability. What Is EdgeTX? EdgeTX is an open-source operating system that evolved from the popular OpenTX project. Unlike ETHOS, EdgeTX supports radios from multiple manufacturers, making it one of the most flexible RC operating systems available today. Its greatest strength is customization. Pilots can modify nearly every aspect of the radio, install community-created widgets and Lua scripts, and create incredibly advanced programming logic. Because EdgeTX is community-developed, new features are added frequently. Why Did FrSky Create ETHOS? Many pilots ask why FrSky developed ETHOS instead of continuing with OpenTX. The answer is simple. FrSky wanted complete control over the user experience while designing software that fully leveraged modern hardware and telemetry capabilities. ETHOS wasn't created to replace everything OpenTX and EdgeTX offered—it was created to simplify programming, improve usability, and better integrate FrSky's expanding ecosystem of radios, receivers, sensors, and accessories. Ease of Use For many pilots, this is the biggest difference. ETHOS features a clean, modern interface with logical menus and an intuitive workflow. Tasks such as creating a new model, setting up switches, configuring telemetry, or programming flight modes generally require fewer steps than EdgeTX. EdgeTX, while extremely capable, has a steeper learning curve. Its flexibility can initially feel overwhelming, especially for new pilots. Winner: ETHOS Customization This is where EdgeTX shines. Both Ethos and EdgeTX offers almost unlimited customization. Pilots can create advanced mixes, logical switches, custom widgets, Lua scripts, specialized telemetry screens, and unique workflows tailored to almost any aircraft. Winner: It's a Draw User Interface One of ETHOS's strongest advantages is its polished interface. Menus are organized logically, graphics are modern, and navigation feels consistent throughout the system. EdgeTX provides tremendous power but often feels more technical because of the number of available options. A simple comparison might be: ETHOS = iPhone Easy to learn, polished, and highly integrated. EdgeTX = Android/Linux Extremely powerful, highly customizable, and ideal for users who enjoy tweaking every setting. Neither philosophy is wrong—they simply appeal to different pilots. Telemetry Modern RC aircraft generate more flight data than ever before. Both ETHOS and EdgeTX support extensive telemetry, including: Receiver voltage Flight battery voltage Current draw Capacity consumed GPS position Altitude Airspeed Variometer data RSSI Link quality ESC telemetry ETHOS integrates FrSky telemetry exceptionally well with clean dashboards, widgets, and voice announcements. EdgeTX also supports extensive telemetry but often relies on community-developed widgets and scripts for advanced displays. Slight Advantage: ETHOS on FrSky Hardware Programming Aircraft Programming a radio should be fast and predictable. Creating: Flight modes Dual rates Exponential Throttle cut Timers Voice alerts Logical switches is generally quicker in ETHOS because the workflow is streamlined. EdgeTX offers more programming flexibility but usually requires additional setup. If you enjoy experimenting, EdgeTX is incredibly rewarding. If you simply want to get your airplane ready to fly, ETHOS often gets you there faster. Hardware Compatibility ETHOS is designed specifically for FrSky radios. That allows FrSky to tightly integrate software with hardware, resulting in a consistent user experience. EdgeTX supports transmitters from multiple manufacturers, making it a great choice if you prefer having a wider range of compatible hardware. Updates Both operating systems receive regular updates. ETHOS updates come directly from FrSky and focus on improving performance, stability, and new hardware support. EdgeTX updates are driven by an active open-source community, often introducing innovative features and improvements at a slower pace. Feature Comparison Feature ETHOS EdgeTX Beginner Friendly ⭐⭐⭐⭐⭐ ⭐⭐⭐ Learning Curve Easy Moderate to Advanced User Interface Modern & Polished Functional & Highly Configurable Telemetry Integration Excellent Excellent Customization Very Good Good Open Source No Yes Hardware Support FrSky Radios Multiple Brands Programming Speed Fast Flexible Which Operating System Should You Choose? Choose ETHOS if you: Want a clean, intuitive interface. Primarily fly FrSky equipment. Value fast setup and straightforward programming. Prefer an integrated ecosystem with polished telemetry. Choose EdgeTX if you: Enjoy deep customization. Like experimenting with advanced programming. Use radios from different manufacturers. Want the flexibility of an open-source platform. Final Thoughts ETHOS and EdgeTX represent two different approaches to RC radio software. ETHOS focuses on a streamlined, integrated experience that helps pilots spend less time programming and more time flying. EdgeTX is much older and delivers unmatched flexibility for users who enjoy tailoring every aspect of their transmitter. At FPV Builds RC, we've spent countless hours working with FrSky equipment, and we've found ETHOS to be an excellent balance of power, usability, and modern design. Whether you're configuring your first model or managing a fleet of complex aircraft, ETHOS provides a polished experience that continues to improve with every update. If you're considering a new FrSky radio or have questions about ETHOS, our team is always happy to help you choose the right transmitter and receiver for your flying style. https://www.fpvbuildsrc.com/frsky

When it comes to choosing an RC radio system, many pilots focus on the transmitter itself. While the radio is important, the communication protocol between your transmitter and receiver has an even greater impact on reliability, latency, telemetry, and overall flight confidence. For years, traditional 2.4GHz protocols dominated the hobby. Spektrum's DSMX became one of the most recognized systems in North America, while Futaba's FASST and other proprietary protocols built loyal followings. Today, however, technology has evolved significantly. FrSky's TD (Tandem) and TW (Twin Protocol) systems represent one of the biggest advancements in modern RC communication. They were designed specifically to improve signal reliability, increase redundancy, reduce latency, and deliver advanced telemetry that today's aircraft demand. If you're flying expensive scale aircraft, EDF jets, giant scale models, FPV platforms, or long-range airplanes, these improvements can make a real difference. What Makes a Modern RC Protocol Better? A radio protocol determines how information travels between your transmitter and receiver. The best protocols should provide: Extremely reliable signal transmission Fast response times (low latency) Strong resistance to interference Long operating range Complete telemetry feedback Receiver redundancy Stable performance in crowded RF environments FrSky developed both the TD and TW protocols with these goals in mind. What is FrSky TD Protocol? The TD Protocol stands for Tandem, and it's exactly what the name suggests. Instead of relying on a single communication path, TD creates multiple independent signal paths 2.4ghz and 900mhz that work together to maintain a strong connection between your transmitter and receiver. This greatly reduces the chance of signal loss caused by: Aircraft orientation Carbon fiber airframes Antenna shadowing RF interference Long-distance flying Instead of depending on one path, the system continuously evaluates multiple signal sources and automatically uses the strongest available communication path. The result is a more reliable control link under real-world flying conditions. What is FrSky TW Protocol? The TW Protocol takes reliability even further. TW was designed around true dual-band communication, allowing compatible systems to use two different 2.4ghz frequency bands simultaneously. Most traditional radio systems—including DSMX—operate only on 2.4GHz. Using two independent frequency bands provides several advantages: Increased signal redundancy Better penetration around obstacles Improved long-range performance Additional protection against interference Higher confidence for valuable aircraft If interference affects one frequency, the second communication path remains available.This creates an additional layer of safety that conventional single-band systems simply cannot provide. Lower Latency Means Better Control Latency is the amount of time it takes for your stick movement to reach the aircraft. Lower latency means: Faster control response More precise aerobatics Better EDF handling Improved racing performance Smoother FPV flying FrSky designed TD and TW with modern high-speed communication, allowing pilots to experience an extremely responsive connection between the transmitter and aircraft. For precision flying, every millisecond matters. Advanced Telemetry Gives Pilots More Information Today's RC aircraft are becoming increasingly sophisticated. Rather than simply controlling the aircraft, pilots want real-time information about what's happening in flight. With some additional sensors like GPS and Airspeed sensors FrSky telemetry can provide: Receiver voltage Flight battery voltage Current draw Capacity used GPS position Ground speed Altitude Variometer data RPM Temperature Signal quality RSSI Link Quality ESC telemetry Flight mode information This data allows pilots to identify problems before they become emergencies. Instead of guessing, you know exactly what your aircraft is doing. Better Redundancy for Expensive Aircraft Many RC airplanes today represent significant investments. Large turbine jets, giant scale aircraft, competition sailplanes, IMAC models, and FPV platforms often cost thousands of dollars. FrSky's ecosystem supports advanced receiver redundancy through compatible receivers and redundancy bus systems. If one receiver experiences an issue, another receiver can continue maintaining control of the aircraft. This level of redundancy is difficult to achieve with many traditional single-receiver systems. Excellent Performance in Crowded Flying Fields Large club events can have dozens—or even hundreds—of pilots flying simultaneously. Every transmitter shares the same RF environment.FrSky's advanced frequency management and protocol design help maintain stable communication even in crowded conditions. Whether you're attending a local club event or a major fly-in, reliable communication is essential. A Complete Ecosystem One of FrSky's biggest strengths is its ecosystem of different sensors and recievers covering any needs a pilot may have. TD receivers TW receivers Stabilized receivers Redundant receivers GPS sensors Current sensors Variometers Airspeed sensors Smart ESCs Servo telemetry Remote ID solutions Everything works together through a unified telemetry system. Rather than piecing together products from multiple manufacturers, pilots benefit from a complete solution designed to work as one system. FrSky vs. Traditional 2.4GHz Protocols While every radio brand has loyal supporters, RC technology has continued to advance. Compared with many traditional single-band 2.4GHz systems, FrSky TD and TW provide several modern advantages: Feature FrSky TD/TW Many Traditional 2.4GHz Systems Diversity Advanced Dual Diversity Standard diversity implementations vary Dual-Band Capability TW supports dual-band operation on compatible systems Typically 2.4GHz only Telemetry Extensive integrated telemetry ecosystem Varies by manufacturer Receiver Options Broad range including stabilized and redundant receivers Varies by ecosystem Expandability Large ecosystem of sensors and accessories More limited depending on brand Future Growth Designed for modern telemetry-rich aircraft Older protocols may have fewer advanced capabilities Rather than simply increasing range, TD and TW focus on improving the overall quality and resilience of the control link. Why We Fly FrSky at FPV Builds RC At FPV Builds RC, we don't recommend products simply because we sell them. We recommend products that we trust in our own aircraft. We've worked with FrSky equipment across a wide variety of models, from everyday sport planes to high-performance EDF jets and FPV platforms. The combination of reliable control, extensive telemetry, flexible receiver options, and ongoing innovation has made FrSky one of our preferred radio ecosystems. Whether you're upgrading from an older transmitter or building a new fleet, TD and TW protocols provide the technology needed for today's demanding RC pilots. Ready to Upgrade? If you're considering moving to a modern radio system, we're here to help. Our team can help you choose the right FrSky transmitter, receiver, sensors, and accessories based on the type of aircraft you fly. Whether you're flying sport planes, EDF jets, giant scale aircraft, sailplanes, helicopters, drones, or FPV platforms, we'll help you build a radio system that delivers confidence every time you take off. Visit FPV Builds RC to explore our complete selection of FrSky radios, receivers, telemetry sensors, and accessories, and experience the next generation of RC radio technology. https://www.fpvbuildsrc.com/frsky