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Pixhawk 6C Flight Controller: The H7 Powerhouse Let's be honest. You're not here for a 5-inch park ripper. You're building something that probably requires CAA paperwork, has a "mission," and costs more than our intern's car. Meet the Pixhawk 6C Flight Controller. While everyone else was panic-buying compute modules, Holybro dropped this STM32H743-powered beast. It’s the next-gen brain for your serious autonomous vehicle, and we're shipping it fast from the UK. No six-week wait. Why You Want It You want it because your last build jitters more than a developer during a firmware update. The Pixhawk 6C’s STM32H743 processor (that’s 480MHz of pure number-crunching) lets you run complex algorithms, not just basic PID loops. Plus, its redundant, temperature-controlled IMUs are nestled in a robust vibration-isolation system. It’s designed to give you data so clean, you could eat off it. Yes, it costs more than a clone board. That's the point. Specifications FMU Processor: STM32H743 (480MHz of 'calm down, I got this') IO Processor: STM32F103 (Handles the boring stuff so the H7 doesn't have to) IMUs: ICM-42688-P & BMI088 (Redundant, like telling your drone to 'be careful' twice) Barometer: MS5611 (Knows how high it is) Magnetometer: IST8310 (Knows which way is North, probably) IMU Heating: Onboard resistors (Because sensors get cold too) Dimensions: 84.8 x 44 x 12.4 mm (Not small, not massive) Weight (Aluminum Case) : 59.3g Weight (Plastic Case) : 34.6g What’s in the Box* 1x Pixhawk 6C Flight Controller (Aluminium or Plastic Case) 1x Cable Set (The bag of tiny, essential wires you'll lose one of) Your Pixhawk 6C Flight Controller Purchase *The box contents might change, but the core Pixhawk 6C goodness is non-negotiable. Still Here? You actually read the whole thing. We're impressed. You're probably the type to read a full manual before plugging anything in. You're looking for the best flight controller for academic drone research, aren't you? Look, just add it to your cart. You know you want to. Tell your supervisor it was "essential." Resources Pixhawk 6C Wiki/Documentation

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Walksnail Ascent HD Goggles: Immersive HD Vision for Every Flight If you’re ready to ditch tiny tunnel-vision and finally *see* your FPV lines, the Walksnail Ascent Goggles bring wide-angle immersion, crisp DVR recording, and rock-solid signal performance—all in an ergonomic shell that won’t turn your neck into a BetaFlight bug report. Yes, we’re selling you goggles. No, we’re not sorry. Why You Want It These goggles are built for pilots who want clarity, comfort, and reliability in one tidy package. Wide-angle FOV pulls you deeper into every dive, built-in 1080p DVR captures your wins (and definitely your crashes), and high-gain antennas keep the video link stable when your confidence… isn’t. Human-behind-keyboard moment: they won’t fix bad flying, but at least you’ll *see* it in HD. Specifications Wide-Angle FOV: Immersive viewing that feels like flying inside the airframe 1080p DVR: Built-in recording direct to TF card (for bragging rights… or frame-by-frame shame) Built-In High-Gain Antennas: Strong, stable, low-interference signal (your VTX finally gets a break) Multi-Function I/O: TF card support, playback, and firmware upgrade ports (because updates always happen mid-session) Lens Compatibility: Nearsighted, farsighted, and blue-light-filter inserts supported Battery Life: Efficient power system for longer sessions with fewer “just one more pack” lies Weight: Lightweight, ergonomic design (balanced to avoid chiropractor bills) What’s in the Box* 1× Walksnail Ascent Goggles 1× Headstrap & foam set 1× Power cable 1× User manual (and no, it won’t stop you from forgetting your TF card) Disclaimer Accessory contents may wobble slightly, but the goggles always arrive ready to fly—existential clarity sold separately. Still Here? Alright, visuals connoisseur—you clearly care about immersive FPV and probably have more antennas than houseplants. If you want wide-angle clarity, stable signal performance, comfy ergonomics, and clean DVR footage for your next crash compilation, the Walksnail Ascent Goggles are the obvious pick. Treat yourself, or send this to a mate still flying with gear older than their LiPos.

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CADDXFPV Protos RTF Drone: Skip the Build, Start Flying Let's be honest, you've spent more time in a simulator than a real pilot and your soldering iron is still suspiciously clean. The CADDXFPV Protos RTF is the intervention you need. This is a complete, ready-to-fly digital FPV drone kit designed to get you from unboxing to your first immersive flight in less time than it takes to argue about flight controllers on Reddit. It’s your FPV mentor in a box, minus the condescending advice. Your Excuses Are Now Obsolete: Protos Features Explained Truly, Genuinely, Ready-To-Fly We know "RTF" can sometimes mean "Ready To Faff-around-for-six-hours." Not here. CADDXFPV has bundled everything you need: the drone, the goggles, the controller, batteries, and a charger. Charge it, bind it (it's probably already bound), and fly. You can learn the basics of FPV in literally one minute, transitioning from a ground-dwelling mammal to a master of the skies. No building, no firmware flashing, no magic smoke. We've handled the boring stuff so you can get straight to the crashing. Three Flight Modes to Match Your (Lack of) Skill The Protos is your personal flight instructor with a three-stage curriculum. Start in Poshold Mode, where the drone holds its position with GPS-like stability, letting you hover without constant correction. Graduate to Angel Mode, which allows for smooth, self-levelling flight perfect for cruising around the campsite or your living room. When you’re feeling brave, switch to full Acro Mode and unlock the world of flips, rolls, and gravity-defying stunts your simulator-self has been dreaming of. Ascent Digital HD System: See The World in HD Say goodbye to fuzzy analogue video. The Protos is equipped with the brand-new ASCENT digital HD system, delivering a pro-grade, low-latency video feed directly to your goggles. We're talking a crisp 1080p at 60FPS with a latency of just 30ms. With a 3km range and a signal that penetrates obstacles 28.6% better than... well, whatever they tested it against, you'll see every leaf, branch, and unexpected cat in stunning clarity before you fly into it. Compact Powerhouse: Indoor Fun, Outdoor Ready Don't let the 1.6-inch props fool you. This drone is a pocket rocket. Weighing in at a mere 100g, it’s small and quiet enough for indoor exploration without terrorising your flatmates. But thanks to its unibody polymer frame and gutsy performance, it’s more than capable of handling outdoor adventures, from campsite fly-throughs to casual drone racing practice. It hits a top speed of 10m/s, which is faster than you can run when you have to retrieve it. Extended Flight Time & Easy Maintenance The included 840mAh LiPo battery provides up to 10 minutes of flight time in Poshold mode—plenty of time to get confident, get cocky, and then get acquainted with a tree. The kit also includes a handy 3-in-1 charger to get you back in the air faster. And for those inevitable "learning experiences," the quick-release props and durable frame make field repairs a doddle, not a disaster. Specifications Weight: 100g (Lighter than your wallet will be after this) Video Transmission: Ascent Digital HD System Latency: 30ms (You'll crash due to skill, not lag) Range: Up to 3km (Please read the CAA Drone Code. Seriously.) Camera: 1080P @ 60FPS, 147° FOV, 1/2.8inch sensor Flight Time: Up to 10 minutes (In poshold mode, flying gently, on a Tuesday, with a tailwind) Frame: 1.6-inch Unibody Polymer What’s in the Box* 1 × CADDXFPV Protos Drone 1 × FPV Goggles 1 × Radio Controller 3 × Battery for Protos 1 × 3-in-1 Battery Charger 4 × Spare Propellers (Trust us, you'll need them) Disclaimer What's in the box is subject to change based on supply chain chaos, but the core drone and its ability to fly are non-negotiable. Still Here? Wow, you read the whole thing. You're either a very discerning customer or an expert procrastinator. Either way, you're looking for the best all-in-one digital FPV drone to finally get started. The Protos is it. Your journey from a nervous newbie to a confident pilot is one click away. Add it to your basket before this batch vanishes.

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Emlid Reach RX2: Pocket-Sized Precision Let's face it, most survey gear looks like it was designed in the 90s and weighs about the same as a small car battery. The Emlid Reach RX2 is the antidote. This is a featherweight, all-band RTK rover designed to do one job perfectly: deliver centimetre accuracy via NTRIP corrections from your phone. At just 280 grams, it weighs less than your morning coffee and is so compact you might actually forget you're carrying it. Please try not to. Why You Want It Because your back hurts and you just want your gear to work with your phone. The RX2 is the ultimate tool for agility. It's for the GIS pro mapping assets, the utility worker locating infrastructure, or the surveyor who's tired of wrestling with heavy, complicated equipment. It connects to your phone or tablet via Bluetooth, pairs seamlessly with apps like ArcGIS Field Maps, and pulls in corrections without any fuss. No radios, no extra modems, just simple, lightweight precision. Features and Highlights Stupidly Lightweight Design: At only 280 g, it's a true featherweight. You can mount it on a pole, pair it with PIX4Dcatch for 3D scanning, or just hold it all day without your arm falling off. Pure NTRIP Simplicity: Designed from the ground up to be the perfect NTRIP rover. It uses your phone's internet connection, so there's no messing with radio frequencies. If your phone has signal, you're in business. Full GNSS Power, Fun-Sized Package: Don't let the size fool you. Inside is a 672-channel receiver that tracks all major satellite constellations (GPS, GLONASS, Galileo, BeiDou) for a fast, reliable fix even in tricky spots. Fast Tilt Compensation: Get accurate readings even when the pole isn't perfectly level. It's ideal for capturing points at the base of buildings or in hard-to-reach spots, saving you time and frustration. Reach RX2 – Specifications Mechanical Dimensions: 172 × 51 × 51 mm (6.77 × 2.00 × 2.00 in) Mount: 5/8”-11 UNC and quick release Weight: 280 g (0.62 lb) Operating temperature: –20 to +65 °C (–4 to 149 °F) Ingress protection: IP68 (maximum depth of 1.5 m up to 30 minutes) Electrical Autonomy: Up to 16 hrs Battery: Li-Ion 7000 mAh, 3.6 V (25.2 Wh) Charging: USB Type-C 5 V / 2 A Certification: FCC, CE, IC, MFi Positioning RTK: H: 7 mm + 1 ppm | V: 14 mm + 1 ppm Tilt compensation: RTK + 2 mm + 0.3 mm/° Convergence time: ~5 s (typical) Connectivity Communication interface: Bluetooth 4.2 (BR/EDR + LE) Ports: USB Type-C Data Input data format: RTCM3 Input data protocol: NTRIP Position data format: NMEA GNSS Signals tracked: GPS (L1C/A, L2C, L5), GLONASS (L1OF, L2OF), Galileo (E1-B/C, E5a, E6), BeiDou (B1I, B1C, B2a, B3I), QZSS (L1C/A, L1C/B11, L2C, L5), NavIC (L1-SPS, L5-SPS) Number of channels: 672 Update rate: 5 Hz What’s in the Box* 1x Reach RX2 Receiver 1x USB Type-C Cable Disclaimer *The box is minimalist because the product is too. You get the rover and a cable; the magic comes from your phone and a sky full of satellites. Still Here? You've made it to the end. You're clearly looking for a compact NTRIP rover in the UK that won't break your back or the bank. You value simplicity and just want a tool that integrates with your existing GIS workflow. This is it. This is the one you've been searching for. Stop scrolling and give your spine a present.

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Emlid Reach RS4 Pro: Surveying with AR Magic Let's be honest, half of surveying is figuring out how to measure something you can't physically touch. Whether it's across a busy road, behind a fence, or up a dodgy-looking wall, it's a pain. The Emlid Reach RS4 Pro is a multi-band RTK GNSS receiver that decided to solve this problem not with more maths, but with cameras and augmented reality. Because pointing your phone at something is infinitely cooler than explaining to a client why a measurement is "estimated". Why You Want It Imagine this: you're staking out a site, but instead of staring at a tiny map and some coordinates, you're looking through your phone and seeing the blueprint overlaid on the real world. That's the AR stakeout. It turns a complex job into something that feels suspiciously like a video game. It's faster, more intuitive, and saves so much time your boss might actually notice. This is one of those rare bits of kit where the extra spend on your company card is genuinely, provably, worth it. Key Features in Exhausting Detail AR Stakeout & Image Measurement This is the party trick that pays the bills. The dual cameras turn surveying from a game of numbers into a visual task. With AR Stakeout, your designs are projected directly onto your camera feed, showing you exactly where to place a stake with a satisfying "bullseye." For those impossible-to-reach points? Just use image-based measurement. Point the camera at a building corner, a manhole across traffic, or a point over a ditch, and capture its coordinates from a safe distance. It’s the closest thing to a magic wand you'll find on a construction site. Next-Gen Tilt Compensation We've all been there, obsessively staring at a bubble, trying to keep a 2-metre pole perfectly plumb. The RS4 Pro thinks that's a waste of time. Its next-gen IMU initialises in a few seconds with a simple waggle and stays calibrated. It's immune to magnetic interference, so you can measure near cars and metal structures without it throwing a fit. With up to 18 mm of precision at a 30° tilt, you can capture accurate points at the base of walls or in tight corners without sacrificing an ounce of accuracy. Spend less time levelling and more time working. All-Band GNSS Support A receiver is useless if it can't get a signal. The RS4 Pro is practically a satellite conspiracy theorist, tracking L1/L2/L5/L6 signals from every constellation humans have flung into orbit: GPS, GLONASS, Galileo, BeiDou, and the rest. With 672 channels, it locks onto 40+ satellites simultaneously, giving you a rock-solid, centimetre-accurate fix in under 5 seconds. It holds that fix in places other receivers give up, like dense tree cover or urban canyons. If there's a signal to be found, this thing will find it. Engineered for the Field (and British Weather) This isn't a delicate lab instrument. The body is crafted from magnesium alloy—the same stuff used in aerospace—for exceptional strength without the weight. The whole unit is sealed to IP68 standards, meaning it's completely dust-tight and can survive being submerged in water. It's designed to work flawlessly from a frosty -40°C to a scorching +65°C. Add a 16-hour battery life and a versatile radio system (UHF and LoRa), and you have a tool that's not just built to work, but built to survive the work. Specifications RTK Precision: H: 7 mm + 1 ppm, V: 14 mm + 1 ppm (accurate enough to settle any argument) Weight: 920 g (less than a bag of sugar, but infinitely more useful) Channels: 672 (talks to more satellites than a Bond villain) Battery Life: 16 hours as an RTK rover (outlasts your phone, your patience, and probably the sun) Operating Temperature: -40 to +65 °C (works in conditions you definitely won't) Ingress Protection: IP68 (survives water, dust, and your Monday morning butterfingers) Internal Storage: 16 GB (enough to log every blade of grass on a small country estate) What’s in the Box* 1x Emlid Reach RS4 Pro Receiver 1x Dual-Band Radio Antenna (UHF & LoRa) 1x USB Type-C Cable 1x Quick Release Mount 1x Carry Case with Strap Disclaimer *Box contents are subject to the whims of global supply chains, but the centimetre-accurate wizard stick is guaranteed. Reach RS4 Pro – Full Specifications Mechanical Dimensions: 128.6 × 128.6 × 99.3 mm Weight: 920 g Operating temperature: –40 to +65 °C Ingress protection: IP68 Electrical Autonomy: 16 hrs as RTK rover with tilt Battery: Li-Ion 5000 mAh, 7.2 V (36 Wh) Charging: USB Type-C (PD) – 5V/3A, 9V/3A, 12V/3A, 15V/3A Positioning Static: H: 4 mm + 0.5 ppm | V: 8 mm + 1 ppm PPK: H: 5 mm + 0.5 ppm | V: 10 mm + 1 ppm RTK: H: 7 mm + 1 ppm | V: 14 mm + 1 ppm Tilt compensation: RTK + 2 mm + 0.3 mm/° Convergence time: ~5 s (typical) Connectivity LoRa radio (up to 1W): 868/915 MHz, 0.1 W, up to 8 km UHF radio (up to 2W): 410–470 MHz, TRIMTALK 450S**, GMSK LTE modem: Global bands (FDD-LTE, TD-LTE, UMTS, GSM) SIM card: Nano-SIM Wi-Fi: 802.11 a/b/g/n Bluetooth: 5.1 (BR/EDR + LE) Ports: RS-232, USB Type-C Data Corrections: NTRIP, RTCM3 Position output: NMEA, LLH/XYZ Data logging: RINEX, NMEA, LLH/XYZ, UBX Internal storage: 16 GB Imaging Image sensors: 1/2.6 in CMOS, global shutter, Full HD Field of view: Front: H 64.6° / V 42.8° | Bottom: H 63° / V 42° Video frame rate: 25 fps GNSS Signals tracked: GPS (L1C/A, L2C, L5), GLONASS (L1OF, L2OF), Galileo (E1-B/C, E5a, E6), BeiDou (B1I, B1C, B2a, B3I), QZSS (L1C/A, L1C/B11, L2C, L5), NavIC (L1-SPS, L5-SPS) Number of channels: 672 Update rate: up to 10 Hz *Use the correct antenna (LoRa or UHF) for your setup.**TRIMTALK is a trademark of Trimble Inc. Still Here? Wow, you read the whole thing. You're either a serious professional looking for the best professional land surveying equipment in the UK, or you're just avoiding doing actual work. Either way, we respect the dedication. You've seen the specs, you get the vision. Stop procrastinating and add it to your basket. Your future self, the one not dangling from a fence with a tape measure, will thank you.

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Axisflying Manta 30 DJI O4 HD 3″ FPV Drone (PNP / ELRS + GPS) Meet the **Manta 30** — Axisflying’s 3-inch high-performance quad built around DJI O4 digital video and flexible RX options. Whether you're rocking **PNP + GPS** or **ELRS + GPS**, this rig comes ready to shred gaps, climb fast, and bring you back in one piece. Full carbon frame, stout 4 mm arms, and the latest AIO brain make this more tool than toy. (Yes, we’re selling it, because rent.) Why You Want It If your current rig’s footage looks like thermal vision and your receiver drops mid-flare, the Manta 30 is your comeback. The DJI O4 system gives you crisp 1080p video with ultra-low latency. The **PNP + GPS** version plays nice with DJI RC systems and has return-to-home safety. The **ELRS + GPS** variant gives you freedom, low latency, and choice of frequency. Under 225 g dry weight means you can push hard without feeling sluggish. Tough frame, clean integration, and no half-measures. Yep, we’re selling quads now. The Manta 30 PNP + GPS gives you DJI O4 HD + return-to-home safety in a 225 g frame. Fly deeper, risk less—add it before someone else claims your gaps. Specifications Wheelbase / Frame: 160 mm Manta 3″ design with thick 4 mm carbon arms  Flight Electronics: Axisflying Argus F745 AIO (with 55A ESC / 4-in-1)  Motors: C204 2650 KV (optimized for 6S / 3″ props)  Prop Type: 3-inch (tri-blade typical) Video System: DJI O4 Air Unit (digital HD / 60 MHz / 1080p @ up to 100 fps)  Receiver Options: — PNP + GPS (using DJI RC link) or — ELRS + GPS (using your ELRS radio) GPS Module: Pre-installed option available for RTH and telemetry features  Dry Weight: ~ 225 g (±10 g) Battery Port: XT60 (6S support)  Recommended Battery: 6S 650–850 mAh LiHV (for optimal balance of performance & flight time)  What’s in the Box* 1× Axisflying Manta 30 FPV Drone (your choice of PNP + GPS or ELRS + GPS) 1× DJI O4 Air Unit (integrated) with camera & coax wiring 1× Set of 3" propellers (CW & CCW) 1× XT60 battery strap + hardware pack 1× Manual & accessories (screws, standoffs, etc.) Disclaimer “PNP + GPS” or “ELRS + GPS” refers only to the receiver & GPS configuration. Battery and remote controller are not included (we’re not magicians). Always double-check your version before you bind. Still Here? If you’ve read this far, you’re already imagining the next gap. The Manta 30 DJI O4 (PNP + GPS or ELRS + GPS) gives you HD clarity, strong build, and the option to choose your link. Add it to your cart before someone else snatches the version you wanted.

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Emlid Reach RS4: No Frills, Just Fixes You're looking at the sensible sibling. The workhorse. The Emlid Reach RS4 is a multi-band RTK GNSS receiver for the professional who needs one thing above all else: a reliable, centimetre-accurate fix, every single time. It doesn't have the flashy cameras of its RS4 Pro counterpart. It doesn't make coffee. It just connects to a frankly ridiculous number of satellites, compensates for your inability to hold a pole straight, and gives you the data you need to get the job done. Why You Want It Because you value performance over gimmicks. The Reach RS4 is built on the exact same foundation as the top-tier model, featuring the same powerful all-band GNSS engine, the same lightning-fast tilt compensation, and the same bomb-proof IP68 magnesium body. You're getting 95% of the performance for a fraction of the price. It's the smart choice for anyone whose workflow involves more measuring and less augmented reality. Your wallet will thank you, and your clients will never know the difference. Features and Highlights Fast Tilt Compensation: A next-gen IMU that initialises in seconds. Measure corner points and stake out at awkward angles without obsessively checking a bubble level. Life's too short. All-Band GNSS Support: Tracks L1/L2/L5/L6 signals from every constellation worth mentioning. It gets a fix in dense woods and urban canyons where your phone can't even get a single bar of signal. Built Like a Brick... Outhouse: The IP68-rated magnesium alloy body is designed to handle a proper British Tuesday—sun, rain, mud, and then a bit more rain. It's tough enough for any job site. All-Day (and Then Some) Battery: With 16 hours of life as an RTK rover on a single charge, the RS4 will outlast your motivation to keep working. It charges via a standard USB-C, so you can top it up with a power bank if you're really pushing it. Reach RS4 – Specifications Mechanical Dimensions: 128.6 × 128.6 × 99.3 mm Weight: 920 g Operating temperature: –40 to +65 °C Ingress protection: IP68 Electrical Autonomy: 16 hrs as RTK rover with tilt Battery: Li-Ion 5000 mAh, 7.2 V (36 Wh) Charging: USB Type-C (PD) – 5V/3A, 9V/3A, 12V/3A, 15V/3A Positioning Static: H: 4 mm + 0.5 ppm | V: 8 mm + 1 ppm PPK: H: 5 mm + 0.5 ppm | V: 10 mm + 1 ppm RTK: H: 7 mm + 1 ppm | V: 14 mm + 1 ppm Tilt compensation: RTK + 2 mm + 0.3 mm/° Convergence time: ~5 s (typical) Connectivity LoRa radio (up to 1W): 868/915 MHz, 0.1 W, up to 8 km UHF radio (up to 2W): 410–470 MHz, TRIMTALK 450S** LTE modem: Global bands (FDD-LTE, TD-LTE, UMTS, GSM) SIM card: Nano-SIM Wi-Fi: 802.11 a/b/g/n Bluetooth: 5.1 (BR/EDR + LE) Ports: RS-232, USB Type-C Data Corrections: NTRIP, RTCM3 Position output: NMEA, LLH/XYZ Data logging: RINEX, NMEA, LLH/XYZ, UBX Internal storage: 16 GB GNSS Signals tracked: GPS (L1C/A, L2C, L5), GLONASS (L1OF, L2OF), Galileo (E1-B/C, E5a, E6), BeiDou (B1I, B1C, B2a, B3I), QZSS (L1C/A, L1C/B11, L2C, L5), NavIC (L1-SPS, L5-SPS) Number of channels: 672 Update rate: up to 10 Hz **TRIMTALK is a trademark of Trimble Inc. What’s in the Box* 1x Emlid Reach RS4 Receiver 1x LoRa Antenna 1x UHF Antenna 1x USB Type-C Cable 1x Carrying Case with Strap (for carrying, obviously) Disclaimer *The box has what we said it has, but if a rogue accessory sneaks in or out due to supply chain gremlins, the core get-the-job-done device is guaranteed. Still Here? Okay, deep-spec-diver, we see you. You've scrolled past the highlights and are now in the footnotes. You are clearly looking for a reliable GNSS rover for UK surveyors, and you value substance. The RS4 is your spirit animal. It's the most dependable, no-nonsense tool in the shed. Stop reading and start measuring. Add it to your basket and get back to work.

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Moblite7 HDZERO FrSky: 1S Digital Mayhem Finally, a 1S digital FPV drone that doesn't weigh more than your car keys. Meet the Happymodel Moblite7 HDZERO FrSky, the featherweight champion of the HDZERO whoop world. It packs a crystal-clear, low-latency video feed into a mind-boggling 29.5-gram package, all while playing nice with your trusty old FrSky transmitter. No firmware flashing nightmares, just pure, unadulterated indoor ripping. Why You Want It Because you crave that glass-clear HDZERO feed but don't want to register your whoop with the CAA. At a scant 29.5 grams, the Moblite7 ducks under the 250g limit with room for a battery and a smug sense of superiority. The built-in SPI FrSky receiver means you can bind your D8/D16 radio in seconds without wrestling with ACCESS protocols or buying another module. We're selling you a drone, not a new hobby in firmware management. Features and Highlights HDZERO Digital Video: Get the ultra-low latency of the HDZero Nano Lite camera and Whoop Lite VTX, with up to 200mW of output power. See the gap before you hit it. Featherlight 29.5g Weight: It's so light, you'll question if we put anything in the box. This translates to insane agility and impressive flight times on a single 1S battery. FrSky SPI D8/D16 Receiver: No external receiver, no soldering, no fuss. Binds directly to your existing FrSky transmitter so you can get airborne faster. Efficient 20000KV Motors: The EX1002 motors provide the perfect blend of power and efficiency for 1S flight, giving you that 'locked-in' feeling without draining your battery in 60 seconds. GNB27 Battery Connector: Say goodbye to the power-sapping PH2.0. The GNB27 connector delivers every last drop of voltage from your battery to the motors. Specifications Frame Wheelbase: 75mm (The gold standard for indoor chaos) Weight: 29.5 grams (without battery, obviously) Flight Controller: SuperbeeF4 Lite (Firmware Target: CrazybeeF4FR) Motors: EX1002 20000KV Brushless Video System: HDZero Nano Lite Camera + HDZero Whoop Lite VTX Receiver: Onboard SPI FrSky D8/D16 Compatible Battery Plug: GNB27 (The superior 1S connector) What’s in the Box* 1x Moblite7 HDZERO Drone (FrSky SPI Version) 1x Spare Canopy (For when you test its 'durability') 8x Gemfan 1610-2 Propellers (4cw, 4ccw) 1x Propeller Disassembly Tool 1x Screwdriver Moblite7 HDZERO FrSky Disclaimer Happymodel sometimes swaps accessories, but the core drone and its glorious low-latency digital video system are absolutely guaranteed. Flight controllerSuperbeeF4 Lite ELRS/FRSKY SPI ELRS version Firmware target: CrazybeeF4SX1280SPI FRSKY version Firmware target: CrazybeeF4FRMCU:STM32F411CEU6 (100MHz, 512K FLASH)Sensor: ICM20689 or ICM42688P or BMI270(SPI connection)Power supply: 1S Lipo Lihv battery input (DC 2.8V~4.35V)Built-in 5A(each) Blheli_S 4in1 ESC Dshot600 readyBuilt-in Betaflight OSD(SPI Control)Built-in SPI Frsky/ExpressLRS receiverBuilt-in 5V 1A BECBuilt-in voltage detection Onboard 4in1 ESC MCU upgraded to EFM8BB21Power supply: 1S LiPo/LiPo HV (2.8v~4.35v)Currents: 5A continuous peak 6A (5 seconds)Support BLHeliSuite programmableFactory firmware: O_H_5_REV16_8.HEXDefault protocol: DSHOT150/DSHOT300/DSHOT600 Onboard SPI ExpressLRS 2.4GHz Receiver Packet Rate option: 25Hz/50Hz/150Hz/250Hz/500HzRF Frequency: 2.4GHzTelemetry output Power: <12dBmReceiver protocol:  SPI ExpressLRSCould bind with ELRS V2.0 firmware TX module Onboard Frsky SPI D8 /D16 2.4GHz Receiver SPI BUS receiver Frsky D8/D16 compatibleCompatible Non EU transmitter D8 model and EU-LBT(Frsky_x_lbt)Channels: 8ch or 16chFailsafe supportNo ground interference ( Transmitter and receiver 1 m from the ground): 100m~200mBased on CC2500 RF module Compatible with Futaba S-FHSS , Redpine protocol Motor Model: EX1002 20000KVConfigu-ration:9N12PStator Diameter:10mmStator Length:2mmShaft Diameter:Φ1.5mmMotor Dimension(Dia.*Len):Φ13.5mm*12.5mmWeight(g):2.5gNo.of Cells(Lipo):1S only Propeller Gemfan 1610-2 Bi-blades Weight:0.24gMaterial: PCPitch:1 inchProps Dia:40mmCenter Hole Dia:1.5mm HDZero Nano Lite Camera 14x16x11 mm1.5gram0.5 inch, up to 10650 mV/Lux-sec ultra-high sensitive CMos sensorExcellent low light performanceFov:4:3: D:130° H:108° v:84°16:9:D:122° H:108° V:65° HDZero Whoop Lite VTX 1S Input25mW/200mW RF Output-SmartAudio Support25.5×25.5 M2 Soft Mounting- Antenna RetentionRemovable Shielding Box- 32.5×32.5mm(29x29mm inner)4.5grams/4mm Thickness (without shielding) Still Here? Deep in the spec sheet, are we? You're our kind of people. You probably clocked the ICM series gyro and have strong opinions on GNB27 vs BT2.0. Look, this is probably the best indoor digital FPV drone for pilots who value latency over cinematic fluff. It’s a tool for precision, not for posting landscape videos on Instagram. Add it to your cart and go buzz the cat in glorious HD.

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Sub250 DollyFly16 1.6-Inch HD O4 Pro 2S Whoop Drone The Sub250 DollyFly16 isn’t just another micro whoop—it’s a featherweight 2S flyer rocking the DJI O4 Pro system for pin-sharp HD FPV. At just under 250 g, you dodge CAA paperwork purgatory and still get cinematic stability in a frame that laughs at cramped flying spots. Yes, it’s tiny. No, it won’t bounce off your cat without consequences. Why You Want It Think of it as your daily driver for back-garden sessions, office park laps, or that questionable indoor flight you’ll regret when the spouse walks in. The O4 Pro digital link keeps latency low and footage crystal clear, while the 1.6-inch props deliver punchy thrust without sounding like a swarm of angry bees. Translation: less noise complaints, more stick time. (Wallet-wink: crashing this costs less than upgrading your GoPro.) Specifications Weight: Sub-250 g (CAA says “thank you for your cooperation”) Frame Size: 1.6-inch props (fun-sized but feisty) Battery: 2S LiPo (easy to stash, easy to swap) Camera/VTX: DJI O4 Pro HD (because analogue is basically retro cosplay now) Motors: 0802 brushless (tiny but surprisingly angry) Flight Controller: F4 AIO (does the job without drama) What’s in the Box* 1× Sub250 DollyFly16 1.6-Inch HD O4 Pro 2S Whoop 1× Set of spare props (for when turtle mode fails spectacularly) 1× Battery strap & accessories Disclaimer Box fillers may vary, but the drone itself is guaranteed—everything else is just crash-tax relief. Still Here? Alright, detail-hunters: this Sub250 DollyFly16 O4 Pro is your loophole ticket to HD FPV without the CAA headache. Under 250 g, 2S fun, digital clarity—what more do you want, a free Bardwell course? Just buy it, or send the link to your mate still flying VHS-quality goggles.

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TBS Chupito Electronics Kit – All-in-One Setup So you picked up a TBS Chupito frame and realised it won’t fly with hopes and dreams alone. Enter the TBS Chupito Electronics Kit — a full set of matched electronics designed to get your wing airborne without the endless parts-hunting. Servos, motor, prop, GPS, AIO, and even the DJI O3/O4 extended cable are included. You just add your receiver, FPV system of choice, and a LiPo, then send it. Easy mode for people who prefer flying to soldering therapy. Why You Want It Because piecing together wing electronics from five different shops is as fun as doing CAA paperwork. This kit has everything you need, all tested to play nicely together. Bolt it in, wire it up, and get your Chupito screaming across the sky without the usual “did I order the wrong connector?” regret. Specifications Servos: 2× TBS Chupito Servos (wing wigglers included) Motor: TBS Chupito 2207 2000kV (efficient punch in a compact size) Prop: HQ R37 Grey (R or L — motor direction adjustable via am32.ca) Flight Controller: TBS Lucid Wing AIO 2–6S (brains + brawn in one) GPS: TBS M10 (because getting lost is only fun in video games) Cables: DJI O3/O4 extended cable + servo extension cables What’s in the Box* 2× TBS Chupito Servos 1× TBS Chupito 2207 2000kV motor 1× HQ R37 Grey Propeller 1× TBS Lucid Wing AIO 2–6S 1× TBS M10 GPS 1× DJI O3/O4 extended cable Servo extension cables Disclaimer No receiver, battery, or FPV system included — we sell those too, obviously. (We like paying rent.) Still Here? You must be the type who reads manuals cover to cover. Respect. The TBS Chupito Electronics Kit is the easiest way to equip your wing with matched servos, motor, prop, GPS, and AIO. Stop scrolling, grab the kit, and actually fly instead of hoarding parts like a dragon.

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DJI Neo Drone: Your 135g Autonomous Cameraman Let’s face it, your arms aren’t getting any longer and your friends are shockingly bad at framing a shot. Enter the DJI Neo drone, a featherlight 135g aerial sidekick that’s easier to launch than a heated debate on a forum. It’s the perfect 4K camera drone for people who want to be in the adventure, not just recording it. This little marvel is so light, the UK’s Civil Aviation Authority will barely notice it exists, which is more than can be said for your wallet after this purchase. Why You Want It Imagine a drone that takes off from your palm, follows you down a trail like a loyal robotic puppy, and lands back in your hand when it's done—all without you touching a controller. That's the Neo. Using clever AI tracking that’s probably smarter than your cousin Barry, it keeps you perfectly in-frame while you do something cool (or at least pretend to). It’s the most technologically advanced, and frankly, expensive, way to get a group selfie. But it’s a 4K group selfie, so it’s totally justified. From Your Hand to the Sky—Palm Takeoff The DJI Neo doesn't just take off; it performs a minor miracle right from your palm. Press the mode button, select your shot, and watch it gracefully ascend like it's auditioning for a sci-fi movie. No fumbling with a remote. Whether you're cycling, skateboarding, or just trying to look important on a hike, the Neo's AI algorithm locks on and keeps pace, ensuring you're always the main character. It's your personal aerial paparazzi. Creativity on Autopilot with QuickShots Think you need years of piloting practice for those epic orbiting shots you see online? Bless your heart, no. With a simple tap, DJI Neo's QuickShots unleash one of six pre-programmed cinematic manoeuvres. Go from a dramatic 'Rocket' reveal to a sweeping 'Circle' without ever touching the sticks. It's the ultimate way to achieve maximum footage cred with minimum actual effort. We wholeheartedly approve. Multiple Control Methods (Or Just Shout At It) The Neo isn't picky about how you boss it around. Fly it controller-free, pair it with the DJI Fly app on your phone, get properly immersive with the DJI Goggles and RC Motion controller, or go old-school with a traditional remote. For peak laziness, just say "Hey Fly" to wake the app and start issuing voice commands. We can't guarantee it'll understand a thick Glaswegian accent, but it's worth a shot. Keep It Simple: Mobile App Control For the minimalists who think a dedicated controller is just another thing to lose, the Neo connects directly to your smartphone over Wi-Fi. You get virtual joysticks, a 50-metre control range, and the freedom to set tracking angles from near or far. It’s perfect for whipping the drone out for a quick shot without having to unpack a mountain of gear. Just don't try any long-range expeditions with it, yeah? The 'Oh Crap' Button: Return to Home (RTH) We've all been there. A sudden gust of wind, a moment of disorientation, or the dreaded low-battery warning that induces cold sweats. Fear not. The Neo's RTH function is your safety net. It intelligently maps its way back to its takeoff point, saving your several-hundred-quid investment and sparing you the embarrassing walk of shame to retrieve it from a neighbour's prize-winning petunias. Specifications Takeoff Weight: 135g (Lighter than your phone, your wallet, and your excuses for not flying.) Flight Time: Approx. 18 minutes (Enough time for about 20 QuickShots or one very long, dramatic stare into the distance.) Video Resolution: 4K @ 30fps (Crisp enough to see the disappointment on your parents' faces in crystal clear detail.) Internal Storage: 22GB (Because we know you'll forget to buy a microSD card. We’ve got your back.) Max Range (CE): 6 km (A completely theoretical number. Please fly responsibly and within visual line of sight, you hooligans.) Drone Class: C0 (The best class. It means less paperwork and more flying. You're welcome.) Max Wind Resistance: 8 m/s (It’ll handle a British summer breeze, but maybe not a Scottish gale.) What’s in the Box* 1x DJI Neo Drone 1x Intelligent Flight Battery 1x Set of Propeller Guards 2x Spare Propellers (you'll need them) 1x USB-C Cable A Quick Word From Our Lawyers *The box contains precisely what's listed, though our packing gremlins occasionally swap cable colours. The core drone is non-negotiable. Full Specifications AIRCRAFT Max Flight Time: Approx. 18 mins (approx. 17 mins with the Propeller Guards)*Each battery allows the drone to perform at least 20 palm takeoffs and landings for shoots in succession**^{* Measured when flying forward at a speed of 2 m/s in a windless environment 20 m above sea level, with camera parameters set to 1080p/30fps, video mode off, and from 100% battery level until 0%. Results may vary depending on the environment, actual use, and firmware version.}^{** Measured after DJI Neo is activated, with a fully charged battery and default settings, using Circle, Rocket, and Dronie modes. This data is for reference only.} Max Hovering Time: Approx. 18 mins (approx. 17 mins with the Propeller Guards) ^{Measured when hovering in a windless environment 20 m above sea level, with camera parameters set to 1080p/30fps, video mode off, and from 100% battery level until 0%. Results may vary depending on the environment, actual use, and firmware version.} Max Takeoff Altitude: 2000 m^{Measured in a windless environment when taking off from an altitude of 2000 m and ascending vertically by 120 m, using Sport mode, and from 100% battery level until 20%. Data is for reference only. Always pay attention to reminders on the camera view during your flight.} Max Flight Distance: 7 km^{Measured when flying forward at a speed of 8 m/s in a windless environment 20 m above sea level, with camera parameters set to 1080p/30fps, video mode off, and from 100% battery level until 0%. Results may vary depending on the environment, actual use, and firmware version.} Storage: Recommended microSD Cards: Does not support storage expansion with an external SD card Global Navigation Satellite System: GLONASS + GPS + Galileo + BeiDou Operating Temperature: -10° to 40° C (14° to 104° F) Dimensions: 130 × 157 × 48.5 mm (L × W × H) Max Wind Speed Resistance: 8 m/s (Level 4) Takeoff Weight: Approx. 135 g Internal Storage: 22 GB Class: C0 (EU) Hovering Accuracy Range Vertical: ±0.1 m (with vision positioning) ±0.5 m (with GNSS positioning) Horizontal: ±0.3 m (with vision positioning) ±1.5 m (with GNSS positioning) Max Horizontal Speed (near sea level, no wind): 16 m/s (Manual mode) 6 m/s (Normal mode) 8 m/s (Sport mode) Max Ascent Speed: 2 m/s (Normal mode) 0.5 m/s (Cine mode) 3 m/s (Sport mode) Max Descent Speed: 2 m/s (Normal mode) 0.5 m/s (Cine mode) 2 m/s (Sport mode)   CAMERA EIS: Supports RockSteady, HorizonBalancing, and turning stabilization off.*^{* When using a 16:9 aspect ratio, only RockSteady or HorizonBalancing can be enabled. Stabilization is not available in the 4:3 aspect ratio. When stabilization is turned off, footage captured supports offline stabilization with Gyroflow.} Image Sensor: 1/2-inch image sensor Gimbal Image Roll Correction: Supports correction of footage recorded on the drone. Live view correction is unavailable only when using goggles Stabilization: Single-axis mechanical gimbal (tilt) Mechanical Range: Tilt: -120° to 120° Controllable Range: Tilt: -90° to 60° Angular Vibration Range: ±0.01° Max Control Speed (tilt): 100°/s Sensing Downward: Adequate lighting (lux > 15, normal indoor lighting conditions) Operating Environment: Downward Precise Hovering Range: 0.5-10 m Sensing Type: Downward visual positioning Max Image Size: Still Photography Modes: Single/Timed Shot Photo Format: JPEG 4000 × 2256 (16:9) 4000 × 3000 (4:3) 12 MP Photo Video Resolution: EIS Off: 1080p (4:3): 1440 × 1080 @ 60/50/30fps 4K (4:3): 3840 × 2880 @ 30fps EIS On: 1080p (16:9): 1920 × 1080 @ 60/50/30fps 4K (16:9): 3840 × 2160 @ 30fps Video Format: MP4 Supported File System: exFAT Max Video Bitrate: 75 Mbps Color Mode: Normal Lens: Format Equivalent: 13 mm Focus: 0.6 m to ∞ Aperture: f/2.8 FOV: 117.6° Shutter Speed: Video: 1/8000-1/30 s Photo: 1/8000-1/10 s ISO Range: 100-6400 (Manual)100-6400 (Auto) VIDEO TRANSMISSION MIC: 6 km^{The data was measured in an unobstructed outdoor environment free of interference and showed the farthest communication range for one-way, non-return flights under each standard. The maximum video transmission distance in actual flight scenarios is limited by the drone's maximum flight distance. Always pay attention to RTH reminders on the live view during your flight.} Low Interference (suburb/seaside): Approx. 6-10 km^{Data tested under FCC standard in unobstructed environments with typical interference. Used for reference purposes only and provides no guarantee for actual flight distance.} Max Download Speed: Wi-Fi: 25 MB/s^{Measured in a laboratory environment with little interference in countries/regions that support both 2.4 GHz and 5.8 GHz. Download speeds may vary depending on the actual conditions.} Lowest Latency: With DJI RC-N3 Remote Controller: Approx. 120 ms^{Depending on the actual environment and mobile device.} Communication Bandwidth: Max 40 MHz Antennas: Two antennas, 1T2R Video Transmission System: O4 Max Video Bitrate: 50 Mbps Live View Quality: With DJI Goggles 3 plus DJI RC Motion 3/DJI FPV Remote Controller 3: Up to 1080p/60fps With DJI RC-N3 Remote Controller: Up to 1080p/30fps Max Transmission Distance (obstructed, with interference): Low Interference and Obstructed by Trees: Approx. 0.5-3 km^{Data tested under FCC standard in environments with typical low interference. Used for reference purposes only and provides no guarantee for actual transmission distance.} Low Interference and Obstructed by Buildings: Approx. 0-0.5 km Operating Frequency: ^{Operating frequency allowed varies among countries and regions. Please refer to local laws and regulations for more information.} 2.400-2.4835 GHz 5.170-5.250 GHz 5.725-5.850 GHz Max Transmission Distance (unobstructed, with interference): Medium Interference (suburban landscape): Approx. 3-6 km Strong Interference (urban landscape): Approx. 1.5-3 km Transmitter Power (EIRP): 2.4 GHz: < 20 dBm (CE/SRRC/MIC) < 26 dBm (FCC) 5.1 GHz: < 23 dBm (CE) 5.8 GHz: < 26 dBm (SRRC) < 26 dBm (FCC) < 14 dBm (CE) Max Transmission Distance (unobstructed, free of interference): FCC: 10 km SRRC: 6 km CE: 6 km BLUETOOTH Operating Frequency: 2.400-2.4835 GHz ^{Operating frequency allowed varies among countries and regions. Please refer to local laws and regulations for more information.} Transmitter Power (EIRP): < 10 dBm Protocol: Bluetooth 5.1 BATTERY Charging Temperature: 5° to 40° C (14° to 104° F) Max Charging Voltage: 8.6 V Nominal Voltage: 7.3 V Capacity: 1435 mAh Weight: Approx. 45g Energy: 10.5 Wh Type: Li-ion Charging Time: When Using the Two-Way Charging Hub (60W max charging power): Approx. 60 minutes to charge three batteries simultaneously from 0% to 100% When Directly Charging the Aircraft Body (15W max charging power): Approx. 50 minutes to charge from 0% to 100% Wi-Fi Protocol: 802.11a/b/g/n/ac Operating Frequency: ^{Operating frequency allowed varies among countries and regions. Please refer to local laws and regulations for more information.} Effective Operating Range: 50 m ^{Tested in an outdoor open environment free of interference. The video transmission distance varies by operating environment.} 2.400-2.4835 GHz 5.725-5.850 GHz Transmitter Power (EIRP): 2.4 GHz: < 20 dBm (FCC/CE/SRRC/MIC) 5.8 GHz: < 20 dBm (FCC/SRRC) < 14 dBm (CE) CHARGER Recommended Charger: USB Power Delivery charger DJI 65W Portable Charger Still Reading About The DJI Neo Drone? Wow, you’re committed. You’ve scrolled past the buy button and are now deep in the SEO-padding footer. Most people just look at the pictures. Since you’re clearly a detail-oriented person, you’ll appreciate knowing this is probably the best beginner cinematic drone in the UK for capturing life without the faff. Go on, tell a mate or just add it to the basket before we replace this text with another spec table. You know you want to.

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There's a universal truth in RC flying: gravity always wins. For too long, that's meant expensive repairs or a trip to the bin for a beloved foam plane. The Xfly X1300 is the antidote. This brilliantly designed FPV platform is built around a simple, powerful idea: you should be able to fix your own plane. With 3D files available for most plastic parts, you can literally print your own replacements overnight. It's tough, stable, and ready for modern HD FPV gear. We offer it in two flavours to suit your style: the bare-bones Kit for custom builders, and the Plug-N-Play (PNP) for those who'd rather be flying than soldering. Choose Your Adventure: Kit vs. PNP The Kit Version is for the builders, the tinkerers, the pilots who have a box full of spare motors and a strong opinion on servo brands. You get the beautifully moulded EPO airframe and the satisfaction of bringing it to life with your own hand-picked electronics. It's your build, your rules. Want to install an overpowered motor and laugh your way to the stratosphere? Go for it. The kit is your blank canvas. The PNP (Plug-N-Play) Version is for everyone who values airtime over bench time. We get it. You want to fly. This version arrives with a capable 2212 1400Kv brushless motor, a 40A ESC, and five punchy 9g metal gear servos already installed by the factory. The hard work is done. Just add your own radio receiver and a battery, and you can be ready for maiden in under an hour. Features & Highlights No matter which version you choose, you get the same incredible airframe DNA: Print Your Own Spares: Crash it. We dare you. Download the 3D files and your printer will have it looking new by morning. Rapid, No-Fuss Assembly: Clicks together in minutes. No screws or glue are needed for the main assembly. Cavernous Interior: The battery compartment is huge, designed for standard 4S LiPo packs or chunky 21700 Li-Ion cells for flight times that will outlast your attention span. FPV-Ready Platform: A dedicated, raised mount on the hatch is perfect for installing a DJI O4 Air Unit or Walksnail Moonlight system for crystal-clear HD video. Stable & Forgiving: The 1300mm high-wing design makes it an incredibly stable flier, and it's a breeze to hand launch. You can even add optional landing gear for ground take-offs. Expandable Design: The wings have reserved positions to add your own flaps for slow-speed landings and enhanced control. Specifications Wingspan: 1300mm (51.2in) Length: 972mm (38.3in) Material: Light, strong EPO foam & 3D Printable PLA plastic parts Wing Area: 22.5dm² Flying Weight: Around 1300g (varies with battery and version) Propeller Size: 8x5" 2-Blade Propeller What's In The Box* Kit Version Includes: Xfly X1300 EPO & PLA Airframe Parts 8x5 Propeller Linkages and Control Hardware PNP Version Includes: Everything in the Kit version, PLUS: Pre-installed Motor: 2212 1400Kv Brushless Outrunner Pre-installed ESC: 40A Brushless ESC Pre-installed Servos: 5 x 9g Metal Gear Servos What You'll Need To Fly For the Kit Version: You'll need to supply all the electronics to complete the build. Motor: 2212 1400Kv Brushless Outrunner (Recommended) ESC: 40A Brushless ESC (Recommended) Servos: 5 x 9g Servos Radio System: Minimum 4-6 Channel Transmitter & Receiver Battery: 4S 14.8V 2600mAh - 3300mAh LiPo, or 4S 21700 Li-Ion pack for endurance. For the PNP Version: Just add your radio and a battery and you're good to go. Radio System: Minimum 4-6 Channel Transmitter & Receiver Battery: 4S 14.8V 2600mAh - 3300mAh LiPo, or 4S 21700 Li-Ion pack for endurance. Disclaimer The box contents are determined by people in a factory far away. While the core components are guaranteed, any missing non-essential screws are just a fun challenge from us to you. Kit or PNP? Stop Agonising Over the Xfly X1300. Okay, you've read it all. You know the features. You know the specs. You're probably mentally weighing the joy of building against the desire for instant gratification. There's no wrong answer here. One click gets you a project, the other gets you a fast-pass to the flying field. Stop debating, pick your champion, and add it to the basket before you talk yourself out of having this much fun.

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TBS Chupito FPV Wing Kit with Electronics Sick of playing component-matchmaking roulette for your next build? The TBS Chupito FPV Wing Kit arrives with a matched electronics package, taking the guesswork out of the equation. This compact FPV wing is the Mojito's chilled-out cousin, delivering 160km/h thrills and 20-minute cruises without the setup headache. It’s the perfect FPV wing with electronics for pilots who’d rather be flying than browsing spreadsheets. Why You Want It This is the 80/20 rule in a box. You get 80% of the Mojito's legendary performance for 20% of the usual build-day faff. Team BlackSheep have saved you from paralysis-by-analysis by including the motor, ESC, and servos. Your only job is to hook up your favourite FPV system and receiver. Yes, you still have to build it – we can't have all the fun. It's the perfect grab-and-go wing for when an opportunity to fly suddenly appears, or for escaping the in-laws on a Sunday afternoon. Specifications Wingspan: 80cm / 31.5" (Fits in the car without needing a family vote) AUW: ~650g (Probably weighs less than your FPV backpack) Top Speed: 160km/h stock (Or 230km/h if you laminate it and have zero mechanical sympathy) Flight Time: ~20 mins (Long enough to escape the reach of your responsibilities) Battery Bay: Fits up to 1800mAh 6S (Go on, see what you can cram in there) What’s in the Box* 1× TBS Chupito EPP Foam Kit 1× TBS Electronics Package (Motor, ESC, Servos) 1× Sticker Sheet (Adds at least 10km/h, probably) All the carbon spars, mounts, and hardware you need. Still Needed: Your FPV System (DJI, Walksnail, Analog), Radio Receiver, and a LiPo Battery. Disclaimer *Sticker designs may vary based on lunar cycles and our current coffee supplier, but the core kit and electronics are locked in and ready for assembly. Recommended FPV and Radio equipment FPV: DJI O3 or O4, Walksnail or any analog video system R/C: TBS Crossfire Nano RX Pro or TBS Crossfire Nano RX Downloads Manual 3D File for Pan FPV mount iNav CLI suggestions Still Here? Wow, a true connoisseur of product descriptions. Most people saw "electronics included" and are already at checkout. Since you're clearly researching the best all-in-one FPV wing kit UK, you've passed the vibe check. Now stop scrolling, add it to your basket, and clear a space on your workbench. This one's a winner.

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Pilot Gear Controller – Gyro-Assisted Landing Gear Boss Remember the last time your turbine’s landing gear doors looked like they were choreographed by a drunk octopus? The Pilot Gear Controller (PGC) fixes that — and then some. This fully integrated system takes care of retractable landing gear, gear doors, brakes, and ground steering without the CAA-level paperwork headache. With adjustable braking performance, built-in gyro assist, and 3 independent BEC voltage outputs, it’s basically the Swiss Army knife of RC ground handling — minus the corkscrew. Why You Want It You could keep juggling three separate modules, five messy wires, and a prayer every time you land — or you could plug in the PGC, hit “on,” and watch your aircraft taxi like it knows what it’s doing. We’re not saying it makes you a better pilot… but your gear doors will stop face-planting mid-air show. Also, yes, we sell this because capitalism. Specifications Dimension: 68.6×50×18mm (L×W×H) Weight: 81.6g Battery Input Connector: XT30 Battery Voltage Input Range: 8.4-60V Operating Current: 65mA@12V Continuous Current via V1: 5A (Up to 40W） Continuous Current via V2: 10A Continuous Current via V3: 10A Adjustable Voltage Output Range：6.0V~12V What’s in the Box* 1× Pilot Gear Controller (PGC) unit Assorted connection cables and mounting hardware Disclaimer Accessories may vary; the core unit always included — we’re not monsters. Still Here? Congrats, you’re either a detail hawk or avoiding actual flying. Either way, this gyro-assisted landing gear controller with integrated BEC system is ready to make your big-scale model taxi like a pro. Add it to your cart before someone else nicks the last one.

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Achieve Centimeter-Level Precision with the CubePilot Here4 RTK GNSS Module The Here4 Multiband RTK GNSS delivers professional-grade positioning accuracy for FPV racing, aerial mapping, and autonomous flight applications. Built on the proven uBlox NEO-F9P platform with dual-band L1/L5 support, this integrated autopilot module sets the standard for precision navigation. Key Features: uBlox NEO-F9P L1/L5 RTK GNSS - Centimeter-level positioning accuracy across multiple constellations Fastest Lock Times - Industry-leading acquisition speed in the Here GPS series STM32H757 Dual-Core Processor - High-performance computing for demanding applications RM3100 Compass + ICM42688 Sensor - Superior heading accuracy and motion sensing Integrated Flight Control - 8 PWM/BDSHOT outputs, RCIN, hotshoe, and camera trigger DRONECAN FD Protocol - Fast, stable communication with autopilot systems AP-Periph Open-Source Platform - Fully customizable and expandable Perfect For: FPV drone racing requiring precision positioning Aerial mapping and surveying projects Autonomous UAV navigation systems Custom drone builds with RTK requirements Why Choose Here4? Stop settling for GPS drift and slow lock times. The Here4 combines professional RTK accuracy with integrated autopilot features, giving you pin-point positioning and comprehensive flight control in one compact module. Compatible with leading flight controller ecosystems and backed by the CubePilot engineering team. Upgrade your drone's navigation to professional-grade precision.

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High-Precision RTK Base Station: Holybro H-RTK NEO-F9P with Base Antenna Set up a reliable RTK Base Station with the Holybro H-RTK NEO-F9P GNSS Kit . This package combines the powerful H-RTK NEO-F9P module , featuring the advanced u-blox NEO-F9P receiver , with a specifically designed Base Station Antenna optimized for stationary reference applications. This configuration is the cornerstone for achieving centimeter-level positioning accuracy in your RTK system. Operating as a base station, the H-RTK NEO-F9P utilizes its multi-band capabilities ( GPS L1 C/A & L5, GLONASS, Galileo, BeiDou, QZSS ) to receive satellite signals from a fixed, known location. It then calculates precise correction data essential for roving units (sold separately) to achieve RTK Fixed solutions. The included high-gain Base Station Antenna is crucial for this role, ensuring stable, high-quality signal reception across all relevant GNSS frequencies, maximizing the accuracy and reliability of the generated corrections. The module's advanced filtering and amplification (Hybrid Coupler, SAW, LNA) further enhance signal integrity. While the integrated PNI RM3100 compass is present on the module, its primary role here is within the robust NEO-F9P module itself; the base station function relies predominantly on stable GNSS reception. Connectivity options allow flexible integration into your ground setup: choose the UART version (connecting via GPS1 & GPS2 Ports ) for serial data output or the DroneCAN version (connecting via the CAN Port ) for networked systems. The DroneCAN version includes an MCU, IMU, and barometer, though these are less critical for a standard base station function compared to rover use. A tri-color LED provides convenient status indication. This kit provides the essential hardware to create a robust reference point for transmitting RTK correction data (requires separate data link/radio for transmission to rovers). Specifications: Model: Holybro H-RTK NEO-F9P GPS (Configured for Base Station Use) GNSS Receiver: High-Precision u-blox NEO-F9P Supported Constellations: GPS (L1 C/A & L5), GLONASS, Galileo, BeiDou, QZSS (Concurrent Reception) Function: RTK Base Station (Generates GNSS Corrections) Compass: Integrated High-Precision PNI RM3100 (Present on module) Included Antenna: High-Gain Base Station Antenna ( Specific type/gain depends on package - check details ) Connectivity Options: UART Version: Connects via GPS1 & GPS2 Ports (UART protocol) DroneCAN Version Additional Features: Integrated MCU, IMU, and Barometer Key Features: Multi-Band GNSS Reception for Correction Generation, Advanced Filtering & Amplification, Tri-color LED Indicator. What's Included in the Box: 1 x Holybro H-RTK NEO-F9P GPS Unit 1 x High-Gain Base Station Antenna 1 x Mounting Hardware (Typically for antenna, details may vary) 1 x UART to USB Converter ( Included only with the UART version purchase ) Disclaimer: Please note that the specific type of Base Station Antenna and exact mounting hardware included may vary depending on the specific SKU purchased, production batch, and supply availability. Ensure the package meets your requirements before ordering. A separate data link (radio/internet connection) is required to transmit corrections from the base to the rover.

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🛩️ Meet the "Sky Traffic Control" : Pixhawk Cube Pilot ADS-B Carrier Board 🎉 It's like having a powerful personal radar system on your drone. And who wouldn't want that, eh? The Pixhawk Cube Pilot ADS-B Carrier Board is the latest and greatest upgrade in drone tech. Perfect for the hobbyist, enthusiast, and pro drone builder alike. The board operates like a tiny traffic control tower, making your flying experiences safer, more controlled, and, yes, considerably cooler. (Drone glasses and leather jacket not included.) Key Highlights: Updated version of the original carrier board uAvionix ADS-B IN Receiver Integrated Built-in ADS-B Antenna Improved product design and accurate labelling of CAN ports 💡 Notable Features First, this isn't just some random upgrade or replacement for The Cube—it's an evolution. It's the Charizard to your Charmander, the Gandalf the White to your Gandalf the Grey. The nifty little board is a one-size-fits-all solution, fully compatible with all Cubes. But do note, it's the ADS-B Carrier Board ONLY. No Cube or cables are included. Keep the energy high, not the expectations! 😉 The standout star of this board is the uAvionix ADS-B IN Receiver. This tech miracle lets your drone detect other ADS-B equipped aircraft in the vicinity and provides valuable info about the Position, Altitude, Speed, and ID of the detected aircraft. Think of it as your friendly neighbourhood traffic warden—but at 500 feet! 📡 The ADS-B receiver is linked to the internal serial 5 Port, making it compatible with Ardupilot, Mission Planner, and QGC. We can sense you smiling behind the screen! 🔧 Fancy yourself a tech whizz? Get your fingers ready to tinker with advanced settings. Configure ADS-B Alarm, Sense and Avoid, and customize parameters for a unique, personalised flight experience. Need help? Check out this link for more info: Ardupilot's ADS-B Receiver Guide 📝 Please Note While the new carrier board flaunts a similar footprint to the previous versions, there have been some changes: the removal of Intel Edison Bay and Debug USB Ports, and a fresh product livery. But hey, change is good, right? Get ready to redefine your flying experience with the Pixhawk Cube Pilot ADS-B Carrier Board. Be the master of your airspace. The sky is the limit (literally)! So, why wait? Get yours now and become the neighbourhood sky-traffic controller. Safety has never looked so cool! (And remember, no tiny drone-sized leather jackets are included. But you're free to imagine that they are.)

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Are you tired of the endless quest to find the perfect FPV aircraft that ticks all your boxes? You know, one that takes off wherever you stand, soars like a dream, and doesn't require a PhD in Aeronautics to assemble? You've looked around. You've seen aircraft with wingspans bigger than your future, requiring a lengthy assembly that leaves you cross-eyed. You've seen planes that promise VTOL but perform more like a jumping frog than a soaring bird. Stop settling for mediocrity. Feast your goggles on the Hee Wing T1 Ranger VTOL FPV Aircraft - PNP . You'll be off the ground faster than you can say "VTOL is awesome," thanks to the optional pre-installed & pre-configured F405 based VTOL Flight Controller . No fuss, no muss—just pure flying bliss.   Key Features to Send Your Heart Soaring 🚀 Compact but Mighty : With a 730mm wingspan, this baby is designed for portability without compromising performance. Easy Peasy Lemon Squeezy Assembly : Snap the parts together faster than you can unbox your takeout dinner. VTOL for the Win : Vertical Takeoff and Landing so smooth, it's like the Michael Jackson moonwalk of the skies. Daredevil or Chill Cruiser : Aerodynamic design that's stable at low speeds and agile when you pump up the throttle. Space: The Final Frontier : Ample internal space for your battery and gadgets, with easy access via front and rear hatches. FPV Ready : Comes with a dedicated front FPV camera mount. What's the sky like today? You tell us.   Technical Specifications Brand : Hee Wing RC Model : T1 Ranger VTOL - PNP Color : White/Grey Wingspan : 730mm Length : 645mm Height : 140mm Weight : 451gram Takeoff Weight : 600g to 750gram Fuselage Size : 245m(L) x 51mm(W) x 48mm(H) Minimum Speed : <20km/h Maximum Speed : >120km/h Maximum Range : > 25km Maximum Cruise Time : > 65min Package Dimension : 400mm x 230mm x 155mmm What You'll Unbox 📦 T1 Ranger VTOL - PNP including 3x FX-1806 2000KV Motor, 3x FX-25A ESC, 3x 7g Digital Metal Gear Servo 2x Metal Gear Tilt Servo 3x 5126 propellers Quick Release Wiring Plug for the Main Wings Optional Flight Controller pre installed and pre configured (if you get the PNP+FC version) What's Not in The Box (But You Should Totally Get) 🛒 Radio & Receiver : Minimum 5 channels. Battery : 4S 1300mAh - 5000mAh or 150-250gram recommended. Charger : Supports up to 4S LiPo charging. Quick Notes 📝 Fly Responsibly : VTOL parameters preloaded are for reference only. Fly at your own risk. We are not responsible for any issue arise from this such as crashing. You may adjust the parameters accordingly. Well-Packed : Every main component is individually boxed for its journey to you. Battery Requirement : This bad boy thrives on 4S power. 3S will not cut it! User Manual: Please pay attention to the user manual and videos here - T1 Ranger VTOL - PNP Manual - HEEWING

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The Holybro X650 V2 is a versatile and powerful drone platform designed for UAV developers, researchers, and hobbyists seeking a spacious, customizable, and easy-to-assemble quadcopter. As the larger sibling to the popular X500, the X650 offers ample room for various payloads, sensors, and batteries, making it an ideal choice for projects requiring robust power and flexibility. Built with a durable carbon fiber frame and equipped with foldable aluminum arm connectors, the X650 is both rugged and portable, with a takeoff weight capacity of up to 6300g. The folding design ensures ease of transport and storage, despite its larger size. The X650 can be purchased as a bare frame kit or as an Almost Ready-to-Fly (ARTF) set, which comes with pre-installed T-Motor MN4014 330KV brushless motors, 15×5.5 propellers, ESCs, and a power distribution board (PDB) with XT60 and XT30 connectors. The ARTF version is simple to assemble, with no soldering required, allowing you to get your quadcopter airborne faster. Additionally, for those developing autonomous or advanced UAVs, Holybro offers a PX4 Development Kit, complete with flight controller, GPS, and telemetry options, to support more sophisticated applications. Key Features: Spacious & Customizable : Larger platform with ample room for additional sensors, payloads, and battery options. Powerful Performance : Equipped with T-Motor MN4014 330KV motors, designed for 6S voltage, capable of supporting a takeoff weight up to 6300g. Foldable & Portable : Aluminum arm connectors allow for easy folding, minimizing storage space requirements. Easy Assembly : ARTF version includes pre-installed motors, ESCs, and power distribution, with no soldering required. Development-Friendly : Ideal for student projects, R&D, and custom UAV builds, with compatibility for Pixhawk flight controllers and Intel RealSense depth camera. Optional Accessories : Compatible with additional accessories like telemetry radios, GPS modules, and advanced power modules for further customization. Specifications: Frame Material : Carbon fiber with aluminum arm connectors Wheelbase : 650mm Motor Compatibility : T-Motor MN4014 330KV (6S voltage) Propeller Size : 15×5.5 inch Recommended Takeoff Weight : Up to 6300g Kit Weight : Approx. 2kg Flight Controller Compatibility : Pixhawk 6C or 6X (not included) Recommended GPS : M10 GPS, H-RTK F9P Rover Lite (not included) Telemetry Radio : Compatible with SiK Telemetry Radio V3 (433/915MHz) What's in the Box: Frame Kit : 1 x Holybro X650 Carbon Fiber Frame with Foldable Arms 1 x Battery Belt Note: Additional components like flight controllers, GPS, telemetry, and RC radio systems are sold separately.

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Holybro Pixhawk Jetson Baseboard: The Ultimate Multitasker Introduction Imagine a world where your drone and AI applications not only coexist but collaborate, thanks to the technological wonder that is the Holybro Pixhawk Jetson Baseboard. Tailored for use with the NVIDIA Jetson Orin NX/Nano and any Pixhawk Autopilot Bus (PAB) compatible flight controller, this baseboard is not just a piece of hardware; it's the bridge between ambitious AI computing and precision aerial autonomy. Features and Connectivity - Not Your Average Board Ports Galore: Dual Gigabit Ethernet Ports : These ports aren't just fast; they're furious, ensuring seamless communication between the Jetson module and the autopilot. MIPI CSI Dual Camera Inputs : Capture every detail with two 4-lane MIPI CSI camera inputs, making this a peeping Tom's dream for high-resolution imaging. Multiple USB Ports : With two USB 3.0 and two USB 2.0 ports, connect a myriad of devices without breaking a sweat. High-speed data transfer? Yes, please! Expansive PCI Express Slots : Featuring two Key M 2242 for NVMe SSD and Key E 2230 for WiFi/BT modules, because why settle for less? High-Powered, High-Performance: Integrated and External UBEC Options : This baseboard comes with an integrated UBEC, converting a wide input voltage (7V-24V) down to a cozy 5.5V for the Jetson. Fear not power failures; the option for an external UBEC brings redundancy and peace of mind. Separate Power Circuits : Holybro ensures your flight doesn't end in a fiery spectacle by separating the power circuits from the autopilot. Dimensions & Weight - Compact Powerhouse: Size Matters : At 126x80x38mm, it's compact enough to fit into your DIY drone kit without fuss. Hefty Features, Lightweight Frame : Weighing in at 203.2g (with all the bells and whistles attached), it's light enough to soar but heavy on features. Powering Through - No Outlet? No Problem! Flexible Power Requirements : Depending on your usage and peripherals, a minimum of 8V/3A keeps things running smoothly. Expandability and Upgrades - Grow Your System: Telemetry and CAN Ports : With multiple telemetry ports and two CAN ports, expand and customize your setup for a variety of sensors and accessories. PWM Outputs Galore : With 16 PWM outputs, this baseboard is practically begging to control every servo in sight. In the Box: Holybro Pixhawk Jetson Baseboard The Holybro Pixhawk Jetson Baseboard isn't just another component; it's the cornerstone of your next high-performance, AI-enhanced drone project. Whether you're piloting your custom drone or pioneering groundbreaking AI applications, this baseboard is your faithful ally. So why settle for mediocrity when you can upgrade to the Holybro Pixhawk Jetson Baseboard and fly into the future? Equip your project today and experience power and versatility like never before.

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Specification Wheelbase: 500mm Motor mount pattern: 16x16mm Frame Body: 144x144mm, 2mm thick Landing gear height: 215mm Space between top and bottom plates: 28mm Weight: 610g Assembly Guide Holybro_X500_V2_Frame_Kit_Assembly_Guide_en The X500 V2 Frame Kit is made with full carbon fiber twill, with carbon fiber tube arms supported by the newly designed fiber reinforced nylon connectors with convenient notches on both motor and body sides, providing a much easier & more straightforward installation. The landing gear consists of 16mm & 10mm diameter carbon fiber tubes with connectors that has been thickened and strengthened. The spacing between top and bottom carbon fiber plates has been increased to provide an easier access. The platform board now has mounting holes for GPS & popular companion computers such as the Raspberry Pi 4 & Jetson Nano. The adjustable battery mounting board has been enlarged to support bigger batteries for longer flight time. The rail mounting system is ready to take a whole host of camera mounts and gimbals for various applications. There is an optional mount for various depth cameras such as the Intel RealSense series & Structure Core Depth Cameras (purchase separately). All tools for installation provided in box. Included Body - Full Carbon Fiber Top & Bottom plate (144 x 144mm, 2mm thick) Arm - High strength & ultra-lightweight 16mm carbon fiber tubes with newly designed fiber reinforced nylon connectors Landing gear - 16mm & 10mm diameter carbon fiber tubes with strengthened & improved plastic tee connectors. Platform board - With mounting holes for GPS & popular companion computer such as the Raspberry Pi 4 & Jetson Nano Dual 10mm Ø rod x 250 mm long rail mounting system Battery mount with two Battery Straps Hand tools for installation Recommended Parts (Not Included): Flight Controller - Pixhawk 5x, Pixhawk 4, Pixhawk 4 Mini, Durandal, Pix32 v5 Power Module - PM02D, PM02 V3 GPS - Holybro M8N/M9N GPS, H-RTK M8P/F9P Rover Lite & Helical Battery - 4S 2000-5000mAh Lipo Motors - 2216 920Kv Motors ESC - 20A BLheli Propellers - 1045 Flight time: ~18 minutes hover with no additional payload. Tested with 5000mAh Battery & Holybro 2216 920 KV motors.

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Discover the Holybro Pixhawk 6X Pro: The Autopilot Powerhouse for Your UAV Elevate your drone's performance to professional heights with the Holybro Pixhawk 6X Pro Autopilot Kit. This isn't just any flight controller; it's a meticulously engineered powerhouse designed for commercial and industrial use, where precision and reliability are not just niceties but necessities. Engineered to Defy Disturbances At the heart of the Pixhawk 6X Pro's superiority is its groundbreaking IMU vibration isolation technology. Say goodbye to the traditional mishaps of in-flight jitters. This system employs a clever combination of special silicone-based materials and a strategic increase in mass to dampen unwanted vibrations. More mass means less shake, ensuring that the gyro sensors receive a pristine feed of data on your drone's movements. This results in an unparalleled locked-in flight performance that commercial pilots dream about. Technological Titan Inside Underneath its robust shell, the Pixhawk 6X Pro is brimming with cutting-edge technology. The flight controller is powered by an STMicroelectronics STM32H753 MCU, ensuring lightning-fast processing speeds up to 480 MHz. Accompanying this powerhouse are top-tier sensors from giants like Analog Devices, Bosch, and InvenSense, making this controller a flexible and reliable choice for any autonomous flying vehicle. Redundancy for Reliability Fear not the dreaded sensor failure. The Pixhawk 6X Pro features triple redundant IMUs and double redundant barometers on separate buses. With industrial-grade IMUs (ADIS16470 & IIM42652), you get enhanced performance, superior shock and vibration tolerance, and consistent reliability over time and under varying temperatures. If one sensor goes down, the system smartly switches to another without missing a beat, maintaining steadfast control. Designed for the Demands Whether it's a routine survey or a critical inspection, the Pixhawk 6X Pro is equipped to handle it all. It boasts a high-performance, low-noise IMU board that's temperature-controlled to operate optimally across different environments. The onboard Ethernet interface enables high-speed communication with mission computers, making complex operations smooth and manageable. Choose Your Fighter: Standard, Mini, RPI, or Jetson The Pixhawk 6X Pro FC can fit onto any of the Pixhawk 6x baseboards, be is standard, mini, Raspberri Pi Carrier, or Nvidia Jetson Carrier, giving you ultimate flexibility depending on your mission requirements. In the Box: Pixhawk 6X Pro Flight Controller Crafted for the Connoisseurs Whether it's maintaining the peace on a professional film set or mapping out uncharted territories, the Pixhawk 6X Pro is not just another component in your drone - it's the pilot's peace of mind, encapsulated in silicon and software. Ready for a flight controller that meets the rigors of your ambitious projects? The Holybro Pixhawk 6X Pro is your ticket to the skies, executed with engineering excellence. Experience the next level of drone autonomy and reliability. Fly the future with Pixhawk 6X Pro. Specification Processors & Sensors FMU Processor: STM32H753 32 Bit Arm® Cortex®-M7, 480MHz, 2MB flash memory, 1MB RAM IO Processor: STM32F103 32 Bit Arm® Cortex®-M3, 72MHz, 64KB SRAM On-board sensors Accel/Gyro: ADIS16470 ±40g, Vibration Isolated, Industrial IMU Accel/Gyro: IIM-42652 ±16g, Vibration Isolated, Industrial IMU Accel/Gyro: ICM-45686 with BalancedGyro™ Technology ±32g, Hard Mounted Barometer: ICP20100 Barometer: BMP388 Mag: BMM150 Electrical data Voltage Ratings: Max input voltage: 6V USB Power Input: 4.75~5.25V Servo Rail Input: 0~36V Current Ratings: Telem1 output current limiter: 1.5A All other port combined output current limiter: 1.5A Mechanical data Dimensions Flight Controller Module: 38.8 x 31.8 x 30.1mm Standard Baseboard: 52.4 x 102 x 16.7mm (Aluminum) Mini Baseboard: 43.4 x 72.8 x 14.2 mm Weight Flight Controller Module: 50g Standard Baseboard: 72.5g (Aluminum) Mini Baseboard: 26.5g Reference Links: Isolation Material Testing Data Power module comparison chart Dimensions PX4 & Ardupilot Guide Sample Wiring Diagram Firmware Support Pixhawk Baseboards Ports Power Module Setup Guide

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SkyRC T400Q: The Ultimate Power Station for RC Aficionados Tower of Power: The SkyRC T400Q Forget about those clunky, space-hogging chargers of yesteryear! The SkyRC T400Q is here to revolutionize your workbench. With its elegant vertical tower design, this charger is like the skyscraper of the RC world, standing tall and freeing up precious space for more of your gadget-tinkering shenanigans. Fourfold Fury: Charge Everything, Everywhere, All at Once Why settle for one when you can have four? The T400Q isn't just a charger; it's a charging powerhouse, capable of juicing up to four batteries simultaneously. Each port delivers a staggering 100 watts and 12 amps, summing up to a total of 400 watts of pure energy. Whether you're into RC cars, boats, planes, or those pesky racing drones, this charger ensures your batteries are always ready to rumble. Design That Dazzles Sleek, minimal, and more pleasing to the eye than your average RC accessory, the T400Q doesn't just charge your batteries - it makes a statement while doing it. The Connector Connoisseur: Genuine XT60 Featuring the original high-temp Nylon XT60 connectors, courtesy of AMASS, these ports are the superheroes of connectors. They can handle up to a 60A peak current without breaking a sweat (or exceeding 80℃), thanks to their gold-plated spring pins. Anti-reversal? Check. Reliability? Double-check. Winter Is Coming, But We're Ready Featuring AGM & Cold Modes, the T400Q is your trusty sidekick in the battle against the cold. Charging your batteries in the freezing winter is no longer a fantasy - it's a reality. Brains and Brawn: Optimized Software The AUTO function is like the brainy nerd who got a gym membership. It's smart enough to prevent overcharging and potential battery drama, and brawny enough to disconnect and sound the alarm if things go south. User-Friendly: Like Riding a Bike SkyRC's user interface is so intuitive, even your grandma could figure it out. A few buttons, a clear LCD display, and a manual that's almost unnecessary - it's charging made simple. For the Experts: Customizable Terminal Voltage Tailor your charging experience like a bespoke suit. The T400Q allows you to tweak the terminal voltage, because one size does not fit all in the world of RC. Traveler's Delight: Universal Voltage Input No more voltage converter headaches when you're globe-trotting with your RC gear. The T400Q adapts like a chameleon, whether it's 110V or 220V. Safety First, Always Rest easy knowing the T400Q complies with all those mind-numbing safety and EMC regulations. It's not just a charger; it's a responsible citizen of the electronics world. IMPORTANT: Never charge batteries unattended! Constant supervision is required as batteries can be dangerous when mishandled. We recommend charging your batteries inside a protective charging bag. Safety isn't just a suggestion; it's a necessity. Tech Specs Size and Weight Case Material: Plastic Case Size: 186*103*209mm Weight: 1610g Display Display Type: 2x16 LCD Display Backlight: Blue Power DC Input Voltage: 11-18V AC Input Voltage: 100-240V 50/60HZ Charge Wattage: 100W X 4 Discharge Wattage: 10W Battery Battery Types/Cells: LiPo/LiHV/LiFe/LiIon: 1-6S NiMH/NiCd: 1-15S Pb: 2-20V Battery Capacity Range: NiMH/NiCd:100-50000mAh LiPo/LiIon/LiFe/LiHV:100-50000mAh Pb: 100-50000mAh Charge and Discharge Charge Voltage NiMH/NiCd: Delta peak detection LiPo: 4.18-4.25V/S LiFe: 3.58-3.7V/S Pb: 1.8-2.0V/SLiIon: 4.08-4.2V/S LiHV: 4.25-4.35V/S Discharge Cut-off Voltage NiMH/NiCd: 0.1-1.1V/S LiPo:3.0-3.3V/S LiFe:2.6-2.9V/SLiIon: 2.9-3.2V/S LiHV: 3.1-3.4V/S Charge Voltage Range: 0.1-26.1V/cell Charge Current: 0.1A-12.0A Discharge Current: 0.1A-2.0A Balance Current: 500mA Max. Safety Timer: 1～720min & OFF(default: 120mins) Working and Storage Operating temperature: 0℃-40℃ Working humidity: 0%-75% Storage temperature: -10℃-70℃ Storage humidity: 0%-75% Included SKYRC T400Q AC/DC 400W Charger Please Note – Power Cable Depending on stock availability, this charger may be supplied with either a UK plug or an EU plug cable, as we are unable to always guarantee which plug type our manufacturer ships with. If you require a UK plug cable, you can order one separately below: 13A IEC 60320 C7 (Figure-8 / Shotgun) Connector – UK Plug 13A Cloverleaf Connector Plug – UK Plug

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The Darwin129 7'' Long Range PNP - The Beast Unleashed! Do you feel the need? The need for speed, range and sheer awesomeness? Welcome to our brand spanking new and upgraded Darwin129 7'' Long Range PNP. It's not just a drone, it's an FPV flying sensation that's been designed to blow your goggles off! Product Highlights Power: 2507 1800KV 3-5S Brushless Motor VTX: 5.8G 40CH 800mW VTX TX805 Control: F4 flight controller with Bluetooth function Lighting: 8 high-brightness RGB lights Benefits Need for Speed? We've got you covered. Our drone rocks a high-performance 2507 1800KV 3-5S Brushless Motor that will leave your rivals eating dust. Not just fast, it's resilient. A potent combo of speed and durability makes this a long-range quadcopter that means business. Long-Range? Heck yeah! Featuring a VTX antenna specially crafted for extended flights, our drone covers more sky than ever. Coupled with an upgraded 800mW VTX transmission power, the sky is quite literally the limit! Fancy a game of Hide and Seek? Not anymore! We've fitted an M80 GPS for faster searching and higher accuracy, along with a buzzer and 8 high-brightness RGB lights. So whether your drone is playing hide and seek in the bushes or performing a Vanishing Act at twilight, finding it is a cinch! Tired of wrestling with drone tuning? The F4 flight controller supports Bluetooth and connects effortlessly to your mobile app, making drone tuning more of a walk in the park. Plus, we've shielded it with silicone dampers to keep those pesky vibrations at bay. Cable Meltdown? Not on our watch! The motor cable now sports a silicone layer, ensuring it doesn't turn into molten lava while you're soldering. Preventive Measures? Absolutely! We've added a battery pad to keep that pesky battery from taking a slide. No Battery? No Problem! Although the Darwin129 7'' Long Range PNP comes without a battery, charger, receiver and remote controller, it's compatible with a wide range of accessories. Specification Item name: Darwin129 7'' Long Range PNP Wheelbase: 280mm Motor: 2507 1800KV 3-5S Brushless Motor Flight Controller: F4 flight controller VTX: 5.8G 40CH 800mW VTX TX805 Gemfan Flash 7040-3 Flash Durable 3 Blade 7040-Clear 2L2R Camera: Darwin B19 1500TVL 2507 1800KV 3-5S Brushless Motor Motor KV: 1800KV Idle Current (Io/10V): 0.89A Lipo Cell:3-5S Weight: 39g Max Continuous Current: 42 A Max Continuous Power: 840 W Max thrust: 1488 g(4 S/7") Configu-ration: 12 N/14 P Motor Resistance (RM):0.0586 Ω Stator Diameter: 25 mm Stator Thickness: 7 mm Motor Diameter: 30.8 mm Motor Body Length: 20 mm Overall Shaft Length: 35 mm Prop adapter shaft: M 5 Bolt holes spacing:16 mm Bolt thread:M 3 Propeller:7" 4In1 50A Blheli_S ESC Continuous current: 50 A Peak current: 60 A (10 S) Lithium battery section number: 3-5 S BEC: 5 V 2 A ESC weight: 10.8 g Firmware: BL_S Maximum support throttle signal: DSHOT 600 Mounting hole: M3 30.5 * 30.5 mm F4 Flight Controller Lithium battery section number: 3-5 S BEC: 10V 1A, 4.5V, 3.3V IMU: MPU6500 (SPI) MCU: STM32F405 OSD: AT7456E Firmware: MATEKF405 Weight: 7.2g Mounting hole: M3 30.5 * 30.5mm Support black box Bluetooth 5.8G40CH 800mw VTX TX805 Item name: FPV Transmitter VTX Frequency: 5.8G Channels: 40CH Input voltage: 7V~24V 5V camera supply: 120mA(MAX)----25mW@12V 5V camera supply: 200mA(MAX)----200mW@12V 5V camera supply: 300mA(MAX)----600mW@12V 5V camera supply: 350mA(MAX)----800mW@12V Extra features: Smart audio Power supply: 5V output for Camera Output power: 25mW/200mW/600mW/800mW switchable Antenna connector: MMCX Cable connector: Solder pads Dimensions: 36mm*22mm*5mm,30.5 stackable hole Weight: 8g(excluding antenna) Darwin M80 GPS Name: GPS+GLONASS Power Supply：5V Botelv: 115200dps Receiver Sensitivity：Tracking -167dBm Capture -160dBm Included 1x Darwin129 7'' Long Range PNP (You can add your own ELRS, FRsky, or Crossfire receiver)

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