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Firefly18 1S Nano Baby V3 O4 — Nano BNF with ELRS or DJI It's called the Firefly18, but don't worry — you won't need a fire extinguisher (probably). This 1S Nano Baby V3 O4 gives you digital DJI O4 HD in a frame small enough to get stuck under your sofa. Receiver options? Pick BNF-DJI or ELRS 2.4G. We're not judging... much. Why You Want It Strap in for crisp O4 video and nano agility that laughs in the face of CAA paperwork. The Firefly18 is perfect for indoor missions, garden dives, or flexing at your next whoop race. At just 35 g, this rig brings HD clarity, serious control with ELRS or DJI BNF, and a flight feel that's smoother than your solder joints (unless you're Bardwell, in which case, respect). Yes, it's a 1S — because sometimes less really is more. Specifications What's in the Box* 1× Firefly18 1S Nano Baby V3 O4 Drone 1× Receiver (BNF-DJI or ELRS 2.4 G, depending on choice) Disclaimer Box contents are legit, but if your dog eats a prop bag before it arrives, that's on you — we ship it right. Still Here? Either you love nano drones or you're just avoiding your inbox. Either way, the Firefly18 1S Nano Baby V3 O4 brings HD FPV, featherweight agility, and two receiver options — perfect for backyard shredding or TikTok flexing. Get it before the next restock waitlist.

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FrSky TW SR12 Receiver - Dual-Band Resilience with Advanced Stabilization and 12 Configurable Channels Overview The FrSky TW SR12 is the ultimate receiver for RC enthusiasts who prioritize resilience, long-range performance , and customizable stabilization . Part of the TWIN series , it leverages the TW active-active protocol , simultaneously running on dual 2.4GHz frequency bands . Unlike traditional active-standby redundancy systems, both bands are always operational, ensuring unmatched signal reliability and long-range control. With 3×2.4G antennas for maximum signal stability and 12 configurable channel ports , the TW SR12 gives you the flexibility to assign ports to PWM, SBUS, FBUS, or S.Port , tailoring the setup to your needs. The FBUS protocol simplifies communication by combining signal control and telemetry into a single connection, cutting down on wiring and streamlining your build. The ADV Stabilizer feature is a huge upgrade over standard gyroscope stabilization, offering advanced stabilization modes like Auto-Level , Hover , and Knife-Edge . The SR12 also boasts high-precision telemetry sensors for real-time altitude and vertical speed monitoring, further enhancing control and feedback for demanding pilots. The SR12 is packed with features including Black-Box flight data recording , Over-The-Air (OTA) firmware updates , and a built-in power switch function accessible through optional external switches, all while ensuring safe, reliable power delivery via XT30 connectors  . Features Simultaneous dual 2.4GHz TW mode for superior signal reliability and long-range control ADV Stabilizer function with programmable stabilization channels and flight modes: Enhanced classical stabilization with Stabilization , Auto-Level , Hover , and Knife-Edge modes Advanced mode includes stabilization file sharing, programmable parameters, and developer access High-precision telemetry sensors for monitoring altitude and vertical speed Black-Box data recording for essential flight logging Over-The-Air (OTA) firmware updates for easy, wireless upgrades 12 configurable channel ports : CP1: PWM / SBUS OUT / FBUS / S.Port / SBUS IN CP2-12: PWM / SBUS OUT / FBUS / S.Port SBUS Out port supporting 16CH / 24CH modes SBUS In port for signal redundancy FBUS/S.Port for streamlined telemetry and control Built-in power switch function compatible with optional external switches Long control range , dependent on RF power settings 3×2.4G antennas for robust dual-band performance XT30 power input connectors for safe and efficient power supply Specifications Frequency: Dual 2.4GHz Dimensions: 54 x 20 x 10mm Weight: 9.8g Operating Voltage: 3.5 - 12V (Ensure voltage exceeds 2.8V during use) Current Consumption: 80mA @ 5V Voltage Measurement (via AIN2): 0-36V Antenna Connector: IPEX4 Compatibility: TWIN series radios & TW protocol-capable RF modules What's in the Box 1x FrSky TW SR12 Receiver 3x Detachable 2.4G Antennas 1x User Manual Note: Accessories may vary depending on supply.

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The pole is height adjustable from 125cm to 220cm. This is a survey tripod designed to be used with one of the RTK systems we sell such as the Emlid Reach RS+ / RS2, and the Holybro H-RTK system. Ideal to for a base station to setup ground control points (GCP). To mount your RTK device/antenna this devices induces a 5/8" screw thread, common on most GNSS antenna, This RTK tripod comes complete with a bubble/spirit level and a a detachable bipod to ensure you get setup in no time on your surveys. Included 1x RTK Survey Tripod (any antenna or GNSS devices shown in images are for illustration purposes) 2x Carry case (one for survey pole and another for bipod)

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Introducing the Pixhawk® 6C, the latest addition to the highly successful family of Pixhawk® flight controllers. This cutting-edge technology is based on the Pixhawk® FMUv6C Open Standard and Connector Standard, and comes with the PX4 Autopilot® pre-installed, making it the perfect solution for controlling any autonomous vehicle, be it for academic or commercial applications. The Pixhawk® 6C boasts a high-performance H7 microcontroller, manufactured by STMicroelectronics® and paired with sensor technology from Bosch® & InvenSense®. The Arm® Cortex®-M7 core runs at a clock speed of up to 480 MHz, with 2MB flash memory and 1MB RAM. This updated processing power makes the Pixhawk® 6C a developers' dream, allowing for even more complex algorithms and models. The FMUv6C open standard includes high-performance, low-noise IMUs on board, designed with cost-effectiveness in mind. The IMUs are temperature-controlled by onboard heating resistors, ensuring the optimum working temperature for accurate readings. The Pixhawk® 6C also features a newly designed integrated vibration isolation system, filtering out high-frequency vibrations and reducing noise to ensure the most accurate readings possible. The low-profile form factor of the Pixhawk® 6C makes it perfect for use in a variety of applications, while the redundant IMUs from Bosch® & InvenSense® provide peace of mind, ensuring reliable performance at all times. This flight controller is the perfect choice for developers at corporate research labs, startups, academics (research, professors, students), and commercial applications. We offer the Pixhawk® 6C in two different case options. The lower-cost plastic case option is a great choice for those looking for a cost-effective solution. For those looking for a more premium experience, we also offer a case with a sleek aluminum CNC finish. Please contact us for more information about the CNC case, MOQ applies. Choose the option that best fits your needs and start experiencing the power and performance of the Pixhawk® 6C today! Features High performance H7 Processor with clock speed up to 480 MHz New cost-effective design with low-profile form factor Redundant inertial measurement unit (IMU) from Bosch® & InvenSense® Newly designed integrated vibration isolation system to filter out high frequency vibration and reduce noise to ensure accurate readings IMUs are temperature-controlled by onboard heating resistors, allowing optimum working temperature of IMUs Specifications Processors & Sensors FMU Processor: STM32H743 32 Bit Arm® Cortex®-M7, 480MHz, 2MB memory, 1MB SRAM IO Processor: STM32F103 32 Bit Arm® Cortex®-M3, 72MHz, 64KB SRAM On-board sensors Accel/Gyro: ICM-42688-P Accel/Gyro: BMI055 Mag: IST8310 Barometer: MS5611 Electrical data Voltage Ratings: Max input voltage: 6V USB Power Input: 4.75~5.25V Servo Rail Input: 0~36V Current Ratings: Telem1 Max output current limiter: 1.5A All other port combined output current limiter: 1.5A Mechanical data Dimensions: 84.8 * 44 * 12.4 mm Weight (Aluminum Case) : 59.3g Weight (Plastic Case) : 34.6g Interfaces 16- PWM servo outputs (8 from IO, 8 from FMU) 3 general purpose serial ports Telem1 - Full flow control, separate 1.5A current limit Telem2 - Full flow control Telem3 2 GPS ports GPS1 - Full GPS port (GPS plus safety switch) GPS2 - Basic GPS port 1 I2C port Supports dedicated I2C calibration EEPROM located on sensor module 2 CAN Buses 2 Debug port FMU Debug I/O Debug Dedicated R/C input for Spektrum / DSM and S.BUS, CPPM, analog / PWM RSSI Dedicated S.BUS output 2 Power input ports (Analog) Other Characteristics Operating temperature: -40 ~ 85°c Included Standard Set Pixhawk 6C Flight Controller Module PM03 or PM07 Power Module Cable Set Standard Set + M10 GPS Pixhawk 6C Flight Controller Module PM03 or PM07 Power Module Cable Set M10 GPS/Compass Module Resources Pixhawk 6C Wiki/Documentation

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Introducing the FrSky Twin X14S EU Dual 2.4G Mode 2 Radio - because why settle for one when you can have two? Yes, this radio flaunts its dual 2.4G radio system like a peacock at a bird show. Forget about your standard redundancy; this bad boy's TW mode is like having two diligent interns working simultaneously - twice the effort, zero coffee breaks. The Twin X14S is so well-equipped with internal antennas, you'd think it was preparing for a signal apocalypse. With multi-directional coverage that's as expansive as your uncle's holiday stories, this radio offers less latency, more reliability, and data rates that are faster than your last online shopping spree. Not just a pretty face with a robust radio system, the Twin X14S is as ergonomic as a high-end office chair, with a design so compact, you might forget it's not just a very sophisticated paperweight. Its layout is so user-friendly, your grandma could probably fly an RC plane with it - after a couple of tutorials, of course. Customizable buttons? Check. They're like the Swiss army knife of buttons - versatile, handy, and surprisingly essential when you least expect it. And let's not forget the built-in flash storage - 512MB of "I won't have to delete anything ever again" peace of mind. The attachable stand holder is like the cherry on top - or, should we say, the stand on the bottom? It lets you prop up your Twin X14S anywhere, transforming it from handheld device to mini command center in seconds. Now, for the techy stuff: a 2.95" color TFT display that's clearer than your intentions of spending the whole day flying RC models. High-precision gimbals with more bearings than you knew existed in the RC world. And a haptic vibration feature that's like getting a gentle nudge rather than a "HEY, PAY ATTENTION" shout. In the box, you'll find this marvel of RC technology, eagerly awaiting to unleash its plethora of features. Whether you're an RC enthusiast or just someone who appreciates a good, reliable radio system, the Twin X14S is like that reliable friend who's always there when you need them - only with less need for small talk. So, are you ready to experience dual-band delight with the FrSky Twin X14S? Your RC world is about to get a significant upgrade, one dual-frequency at a time. Feature Fest: Where Tech Meets Awesomeness Ergonomic and Compact Lightweight Design with Comfortable Rounded Hand Grips Easy-to-reach Top Switches and Sliders 2.95" 640×360 Resolution Color TFT Display Screen 4 Trims & 4 Quick-Mode Custom Buttons (Front) & 2 Momentary Buttons (Rear) Integrate Flash Storage but keep the TF Card Slot for Storage Extension High-Precision Hall-Sensor Gimbals with a Metal Panel Lite Type External Module Bay Built-in 6-axis Gyroscope Sensor Haptic Vibration Alerts and Voice Speech Outputs Supports Recharge System for 2S Li Battery (USB Type-C Interface) High-Speed PARA Wireless Training System MC18 All CNC High-Precision Hall-Sensor Gimbals with 10 Ball-Bearing (Adjustable 45° / 60° stick travel (Additional Travel Limiter Tool is required)) ETHOS Operating System Dual 2.4G Band TW-ISRM Internal RF Module : Supports multiple RF protocols: ACCST D16 / ACCESS / TW modes TW Mode Highly resilient RF module providing dual 2.4G signals working simultaneously Long-range control (Tens of kilometers, range varies based on the RF Power settings.) Low-latency (＜4ms) supporting full telemetry Less Latency Capability with More Range and Higher Reliability at a Faster Data Rate Tech Specs That Make Other Radios Blush Dimension: 192×193×72mm (L*W*H) Weight: 610g (without battery) Operating system: ETHOS Internal RF module: TW-ISRM 2.95" Color TFT Display Screen Resolution: 640×360 Number of Channels: Up to 24 Channels Operating Voltage Range: 6.5V ~ 8.4V (2S Li-Battery) Operating Temperature: -10℃ ~ 60℃ (14℉~140℉) Operating Current: 330mA@7.4V (typ.) Built-in 512MB Flash Storage Battery Bay Size: 69.5×38.5×20mm (L*W*H) Data Transmission & Charging Interface: USB Type-C USB Adaptor Voltage and Current: 5V+0.2V, ≥2.0A Compatibility: ACCST D16 / ACCESS / TW modes Box Contents: What's in the Treasure Chest? Radio FrSky Twin X14S EU Dual 2.4G Mode 2 - With integrated battery 1x Strap Delivered in Mode 2 and adjustable in Mode 1 Manual Instructions in English

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TMOTOR C80A 5-12S Single ESC: A New Benchmark in ESC Performance High-Performance Endurance The TMOTOR C80A 5-12S Single ESC stands out in the drone ESC market with its remarkable ability to handle a continuous 80A load. When operating under 12S voltage, this ESC maintains its output for an impressive 30 seconds. This performance is further enhanced by a significant temperature drop of over 20°C compared to its counterparts, ensuring both reliability and longevity under demanding conditions. Unmatched Efficiency in Cooling Featuring a state-of-the-art PCB design optimized for heat dissipation, the C80A showcases a double-sided heat sink design that effectively reduces temperatures by 25% compared to similar products. This innovative design ensures that your ESC operates at optimal temperatures, maximizing efficiency and durability. Lightweight Powerhouse One of the most striking features of the TMOTOR C80A is its power-to-weight ratio. Weighing a mere 31.2g, it boasts a power density of 92.3W/g, marking a 51% increase over competing models. This exceptional ratio makes it an ideal choice for drone enthusiasts and professionals seeking a lightweight yet powerful ESC. Enhanced Control with Accurate Dead Time Tuning Precision in control is key in drone operation, and the C80A excels in this regard with its accurate dead time tuning. This feature significantly enhances the ESC's response speed, providing pilots with more precise and responsive control over their drones. Robust PCB Design Emphasizing durability, the C80A is equipped with a high copper thickness, multi-layer PCB design. The 3OZ six-layer PCB is meticulously crafted to reduce wire loss, ensuring efficient power distribution and extended lifespan of the ESC. Specifications at a Glance Input Voltage : 5-12S BEC : None Weight : 32g Current : Continuous 80A, Peak 100A Dimensions : 55x28x10mm Firmware : BLHeli_32 In the Box 1x Cine80A ESC 2x Power Cable 1x Signal Cable 2x Capacitor 1x Capacitor Board Key Features Supports up to 12S voltage Continuous 80A load capability Exceptional weight of just 31.2g Efficient PCB design for superior heat dissipation Reduced wire loss for enhanced performance Ideal for Velox Motors Specially designed for compatibility with Velox 3115/3120 motors, the TMOTOR C80A 5-12S Single ESC is the perfect companion for your high-performance drone setup. Its combination of lightweight design, efficient cooling, and precise control tuning makes it a top choice for drone enthusiasts and professionals alike. Elevate your drone's performance with the TMOTOR C80A 5-12S Single ESC, where power meets precision in a compact and efficient package.

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Unleash your full potential with seamless, reliable wireless communication thanks to the Microhard Radio - perfect for UAV system integrators and drone builders. Say goodbye to the hassle of unreliable and slow wireless communication with the Microhard Radio. This top-of-the-line device offers advanced technology and robust features to give you the confidence you need for successful flight operations. Elevate your wireless setup with a Point to Point, Point to Multipoint, or secure Mesh connection (excluding the P840). With frequency hopping spread spectrum (FHSS) technology, you can count on seamless, reliable communication every time. And with fixed frequency options available on the P840, you can streamline your wireless setup even further. The Microhard Radio is available in a range of frequencies, from the 902-928 MHz ISM band to the 840-840 MHz band, ensuring you have the right option for your location. Designed with drone builders and UAV system integrators in mind, this device features a USB Type-C port, high voltage BEC onboard, and a 6-position JST-GH connector for easy connection to your flight controller. Plus, the UART transmission LED indicator and three-stage RSSI LED indicator make monitoring your connection a breeze. Take your wireless communication to the next level with the Microhard Radio. Order now and experience unparalleled reliability and performance." Features USB Type-C port, integrated USB to UART converter 6-position JST-GH connector, can be directly connected to the TELEM port on various flight controllers. High voltage BEC onboard, Support DC7~35V voltage supply UART transmission LED indicator Three-stage RSSI LED indicator Transmission within a public, license-exempt band of the radio spectrum Transparent, low latency link rates up to 276 kbps (P900) and 345 kbps (P860). Supports a robust true Mesh operation with auto-routing (Not available for P860) 32 bits of CRC, selectable retransmission and forward error correction Separate diagnostics port, transparent remote diagnostics and online network control Specifications P900 P840 Frequency Range 902 to 928 MHz 840 to 845 MHz Transmit Power (Software Adjustable) 100mW to 1W (20-30dBm) Link Rate Up to 276 kbps Up to 345 kbps Serial Baud Rate Up to 230.4kbps asynchronous 300 bps to 230 kbps Range Up to 40 miles (60km) Up to 60 miles (100 km) Spreading Method Frequency Hopping Spread Spectrum (FHSS) Frequency Hopping/Fixed Frequency, GMSK, 2GFSK, 4GFSK, QPSK Operating Modes Mesh, Point-to-Point, Point-to-Multipoint, Store and Forward, Auto Routing, Self Healing, Packet Routing Modes Point-to-Point, Point-to-Multipoint, store & Forward Repeater, Peer-to-Peer Input Voltage DC7~35V (4-position JST-GH) Power Consumption Sleep < 1mA, Idle 3.5mA Rx: 45mA to 98mA, Tx : 1000mA to 1400mA Weight 42g (without antenna) & 69g (with antenna) Error Detection 32 bits of CRC, ARQ Other Technical details and download can be found in Holybro Documentation page. Included 2x Microhard P840/P900 Radio 2x Antenna 2x XT30 Power cable 1x GH 6P to 6P cable 1x Metal Pin

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Unmatched signal stability, 18 configurable channels, and advanced stabilization—all in one powerful receiver. Overview The FrSky TD SR18 Tandem receiver takes signal reliability to new heights, offering simultaneous operation across both 2.4GHz and 900MHz frequencies. With a triple antenna design (2×2.4GHz & 1×900MHz), the TD SR18 ensures wide multi-directional coverage, providing low-latency, long-range control with enhanced anti-interference performance. This receiver is ideal for RC pilots looking for resilience in tough environments and the ability to fly far and wide without losing connection. The TD SR18 also features a dual-power system via standard XT30 connectors, allowing it to draw power from the source with the higher voltage, ensuring uninterrupted operation during flight. The built-in black box function records essential telemetry data (such as power and signal status), so you can review it later in case of any anomalies. What truly sets the TD SR18 apart is its 18 configurable channels , each of which can be set to PWM, SBUS, FBUS, or S.Port . Whether you're pairing with telemetry devices like Neuron ESCs or advanced sensors, this receiver simplifies your build while offering ultimate versatility. Advanced Stabilizer (ADV) Function The TD SR18's ADV Stabilizer takes flight control to the next level, offering more programmable stabilization channels and flexibility than the classic gyroscope stabilization systems. In the classical mode , five additional stabilization channels are available for modes like Stabilization, Auto-Level, Hover, and Knife-Edge , particularly beneficial for fixed-wing aircraft. In advanced mode , all output pins can be customized for stabilization, and additional features like file sharing, programmable parameters, and developer access offer unmatched control and personalization for your flights. The built-in high-precision telemetry sensors also track critical data like altitude and vertical speed. Key Features Dual-Band Performance: Simultaneously operates on 900MHz and 2.4GHz for maximum signal stability and interference resistance. Triple Antenna Design: Provides multi-directional, long-range signal coverage with 2×2.4GHz and 1×900MHz antennas. Dual Power System: Ensures balanced power consumption from two sources via XT30 connectors, offering reliable power management. Advanced Stabilizer (ADV): Enhanced stabilization with five additional channels for various flight modes, plus advanced features for customization and control. Black Box Function: Records flight telemetry data (power and signal) for post-flight diagnostics. 18 Configurable Channels: Each channel can be assigned as PWM, SBUS, FBUS, or S.Port, providing ultimate flexibility in your setup. Race Mode Ready: 4ms latency in race mode with telemetry for ultra-responsive control. OTA Firmware Updates: Keep your receiver updated effortlessly via Over-The-Air updates. Specifications Frequency: 900MHz & 2.4GHz Dimensions: 53mm x 40mm x 16mm Weight: 29.1g Operating Voltage: 4V - 12V (Recommended 2S LiPo) Current Draw: ≤195mA Power Input: Dual XT30 connectors Continuous Current: ≤30A; Instantaneous Current: ≤60A Voltage Measurement Range (AIN): 0-35V (1:10 ratio) Compatibility: Tandem series radios & TD protocol RF module Antenna Connector: IPEX1 Triple Antenna Design: 2×External 2.4GHz and 1×External 900MHz antennas What's in the Box? 1x FrSky TD SR18 Receiver 3x Antennas (2×2.4GHz, 1×900MHz) 1x Manual Note: Accessories may vary depending on supply availability.

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The Benewake TF03 LIDAR LED Rangefinder is single-point long distance LiDAR in accordance with the industrial level, mainly targets the intelligent transportation system, industrial UAV, automotive and other industrial applications. This device is capable of accurately measuring distances up to 350m with an error of less than 10cm (at maximum distance) Key Features Benewake TF03 LIDAR LED Rangefinder IP65 Industrial Grade long distance range of 350m Features multi-interface compatibility Offers high speed measuring up to 10KHz Able to be used outdoors To maximize different requirements in different applications and scenarios, TF03 can be compatible with a variety of communication interfaces, featuring IP67 high-intensity bodywork and the measurement frequency as high as 10 KHz. It not only has powerful performance and rich interfaces but also is small in volume, so that it could be integrated more easily in applications. In addition, TF03 contains a compensation algorithm targeting outdoor highlight environment, so that it could still work normally in highlight environment. Besides, it also has a variety of measurement models and parameters for custom configurations, so as to meet the ranging needs of different customers. Specifications Performance parameters Operating Range: 350m Non-detection zone: 10cm Distance resolution: 1cm Accuracy: ±10cm (less than 10m), 1% (more than 10m) Refresh rate: 1Hz-1,000Hz (default 100Hz) Ambient light immunity: 100Klux Optical parameters Wavelength of Light Source: 905nm FOV: 0.5° Ambient data Operation Temperature: -25~60 Communication and Interface Form of Output Data: Hexadecimal distance value; Character string; Communication Interface: UART; CAN Mechanical/Electrical parameters Supply Voltage: DC 5V (=200mA) Power Consumption: 0.9W Weight: 172g Size: 66mm x 62mm x 38mm Resources Benewake TF03 Datasheet Benewake TF03 Manual

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Get ready for some serious off road buggy action with the Brushless Edition FTX Vantage. Taking RTR styling to a competition level, the Vantage brushless boasts some amazing features for the ultimate ‘Ready-to-Run' experience. Etronix provide crystal free 2.4ghz control with the EX2 Sport radio. In addition the Etronix Photon sensorless brushless system is installed to provide some low maintenance, high performance speed and power. Instead ofusing a NiMh battery, FTX decided to include a Voltz hardcase LiPo battery to get the very best from the Photon system, but with safety in-mind included is a balance charger and LiPo charge sack. Infact all you need to add is AA batteries for the transmitter. The 4wd shaft drivetrain features metal diff gears and front universal driveshafts, while an integrated slipper helps protect the drive from possible damage. With adjustable turnbuckles all round and large bore oil filled shock absorbers the Vantage is raring to go. In addition if you want to tune and upgrade your Vantage, FTX provide a wide range of carbon and aluminium upgrades that will bring your ride up to a whole new pro level.   FTX Vantage Features: Ready to run Etronix EX2 Sport 2.4ghz radio Etronix 45Amp Photon sensorless brushless speed control Etronix 2950KV sensorless brushless motor Etronix Pocket Balance charger Voltz 3250mah 7.4v 25c LiPo Hard cased battery Voltz LiPo charge sack Race designed low profile pre-painted bodyshell Moulded tub chassis 4wd shaft drive with slipper system Unique gearbox design for low CG Lightweight high impact arms Big bore oil filled adjustable shocks Gearbox metal crown & pinion gear Front universal driveshafts Adjustable wheelbase Adjustable turnbuckles Fully adjustable suspension including,droop, camber, toe-in, wheelbase etc Slipper for drivetrain damage protection Chassis accepts NiMh or LiPo battery 3kg steering servo with heatsink Wide range of option parts available Documents FTX Vantage-Carnage-Instuction-Manual FTX Vantage-Carnage-Exploded Specification Length: 415mm Width: 255mm Height: 142mm Wheelbase: 275/280mm Tyre: ø 88 x 39mm (rear) ø 88 x 34mm )front) Gear Ratio: 8.3:1 Weight: 1650g Please Note: This kit in sold in RTR (Ready-to-run) format and requires AA batteries for completion.

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Discover a hidden gem in our bargain bin with the Gens Ace iMars D1000 charger, currently in defective condition. While this unit has not been tested and emits a rattling sound from within, suggesting internal issues, it may still hold value for the tech-savvy hobbyist or DIY enthusiast. Ideal for parts salvaging or as a repair project, this charger could potentially be restored to functionality by a skilled hand. Alternatively, its components might serve as valuable replacements for other electronic devices or projects you're working on. Please note that due to its defective status, this product is sold as-is, with no guarantees or returns. It's a perfect pick for those looking for a low-cost challenge or in need of specific parts that the Gens Ace iMars D1000 can provide. Dive into this opportunity and give this charger a new lease on life or enrich your parts collection! ⚠️ Sold "As Is": This item is sold in its current condition without warranties of any kind. It may have defects not immediately apparent and may be incomplete. We do not perform comprehensive testing on these products, so unexpected issues are possible. 🔍 Accuracy of Descriptions: While we strive for accuracy in our descriptions, please be aware that we do not verify every function and component. The item's condition and completeness are based only on visible assessments. We price these items based on their visible condition and the extent of testing performed. Our goal is to offer a fair deal considering the potential unknowns. Unless mention explicitly, assume we have not conducted extensive testing. 🔄 Return Policy: Returns are accepted within 7 days if the item remains in the condition it was sold. Shipping costs are non refundable as we are selling this as a used product with potential defects, so any return is considered a change of mind return. 💡 Buyer Consideration: Please consider these terms carefully. This purchase is ideal for those who are prepared to handle potential issues independently.

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Fans of electric power can now enjoy the semi-scale realism and cool r/c driving experience of the Zorro with this new brushed electric edition. Featuring trailing link rear suspension just like the desert trophy trucks racing in the New Mexico deserts, the Zorro is one awesome package for any fan of extreme trucks. For something a little different we have added a bit of colour to the Zorro EP, with some blue moulded suspension parts and roll cage accessories, just to liven things up a little instead of bland old black! This full featured brushed truck is a perfect entry in to 1/10th scale r/c and represents great value with a 60A speed control, Etronix radio sys-tem and Voltz 1800mAh battery pack. Not to mention the blue anodised aluminium shock absorbers front and rear, metal differential and crown gears and sealed 4wd shaft drive tranmission. Get ready to hit the rough stuff and watch the Zorro soak's it up like a champ! Features 99% Ready-to-run Etronix EX3G 3ch 2.4ghz radio Etronix waterproof 3kg steering servo 60A Waterproof speed control for NiMh/LiPO 550 Brushed motor Voltz 1800mAh NiMH 7.2v Battery Wall charger Pre-painted Trophy Truck bodyshell Tubular style internal roll cage w/spare tyre Tubular front bumper with skid plate Internal driver cockpit Moulded tub chassis Sealed transmission 4wd shaft drive Trailing arm rear link suspension Receiver box Lightweight high impact arms Alum. big bore oil filled adjustable shocks Gearbox metal crown & pinion gear Front universal driveshafts Adjustable turnbuckles Fully adjustable suspension including, droop, camber, toe-in Chassis accepts NiMh or LiPo battery Wide range of option parts available

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Look no further than the iFlight BLITZ F7 AIO. This new generation board is specifically designed for the Defender 25 and features an F745 flight controller, 20 ESC, and OSD. With pass-through DJI O3 and Caddx Vista/Polar Connector, 32MB Onboard Flash Blackbox, STM32F745, 216MHz MCU, and ICM42688P and DPS310 Gyro, this all-in-one FC is future-proof and ready for flight firmware development like Betaflight, Emuflight and more. Lightweight, with minimum size and minimum work, just solder your motor wires on and you're ready to go! Upgrade your iFlight Defender 25 with the iFlight BLITZ F7 AIO and experience top-of-the-line performance. Features Pass-through DJI O3 and Caddx Vista/Polar Connector 32MB Onboard Flash Blackbox STM32F745, 216MHz MCU Weight: 12.8g/0.2g F745 FC + 20 ESC ICM42688P Gyro DPS310 Gyro OSD Optional (only required if you plan to use an analog FPV System) Specifications IFLIGHT DEFENDER 25 F745 FC Smartaudio / IRC Tramp VTX protocol supported Input voltage: 2-6S, support LIHV battery Mounting pattern: 25.5x25.5mm /3mm FC Firmware：IFLIGHT_BLITZ_F7_AIO Connector: SH1.0 to Type-C adapter Blackbox: 32MB Onboard Flash OSD: YES (HD VTX version) Dimensions: 32.5*32.5mm WS2812 LED Strip: Yes BEC output: 5V 2.5A Barometer: DPS310 MCU: STM32F745 Gyro: ICM42688P Buzzer: Yes IFLIGHT DEFENDER 25 20 ESC Supports DShot DShot150/300/600/MultiShot/ OneShot etc. ESC Telemetry: Yes（PCB routed, set UART6 for telemetry） Output current: 20A, peak value 30A (10 seconds) Input voltage: 2-6S Support LIHV battery ESC firmware: IFLIGHT_BLITZ_G071_01 Current sensor: ratio 200 (1/10mV/A) Bidirectional DShot: Yes ESC MCU: STM32G071 Driver: FD6288 BEC: NO OSD: Optional, not required if flying a Digital FPV system Includes 1x iFlight Defender 25 BLITZ AIO - F745 FC + 20A ESC 1x Hardware Accessories Pack (contents may very depending on supply)

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In a race, microseconds count! Goggles down, thumbs up - are you ready for a true 250Hz radio link? End to end latency: barely noticeable. Nothing else comes close! Thanks to 2.4GHz technology, TBS took the best from Crossfire and shrunk it down to speed it up. The end result: Smaller antennas, more speed, and range for days. The TBS Tracer Nano TX Starter Kit comes with one TBS Tracer Nano TX, three TBS Tracer Nano RX, and six TBS Tracer Immortal T Antennas to give you lower latency and amazing range. INTRODUCING TBS TRACER - 2.4GHZ "CROSSFIRE" RADIO SYSTEM 250Hz: Fastest available radio and telemetry link Brand new 2.4GHz technology not found in any other radio link 3ms end to end latency Crossfire engine for ultimate compatibility and functionality "JR" and "LITE" form factor transmitters Nano-sized receiver with antenna diversity 15mi+/25km+ range For drones, planes, helicopters, cars, and boats THE FASTEST RADIO LINK In a race, microseconds count. Goggles down, thumbs up - are you ready for a two-way 250Hz radio link? End to end latency: basically zero (okay, 3ms!). Range: for days. Nothing comes close! We took the best from Crossfire and shrunk it down & sped it up. NOT JUST FOR RACE AND "FREERANGE" PILOTS A single operation mode satisfies all requirements. A spine-tingling 250Hz refresh rate. Plenty of penetration and range to outperform even the most serious video link. Full telemetry capability is standard, without any range of degradation! Thanks to Crossfire pedigree, drone pilots, traditional R/C pilots and everyone in between can instantly tap into the familiar lineup of compatible software, devices, remotes, and mounting boards. EASE OF USE OTA firmware updates, auto-bind, multi-bind, LUA device configuration such as flight controller PIDs, etc. and cloud connectivity: No problem! These are all features that TBS first brought into the R/C space with TBS Crossfire! All receivers arrive in binding mode and it remembers your bind across all of your radios, so the bind button is technically not needed ever. UNDER THE HOOD TBS Tracer runs on the Crossfire engine. Over 6 years of active development and by far the most popular R/C system for FPV enthusiasts! You instantly tap into the same reliability, features, and compatibility that drone pilots see as synonymous with peace of mind. So what's the difference? Higher update rate, lower latency, smaller antennas due to a higher frequency. Crossfire users will feel right at home! THE TBS GUARANTEE In over 10 years of TBS existence, software updates have always been free, continuous, and plenty. Hardware is built for longevity and comes packed with a great range of features that are yet to be unlocked. Support has always been laser-focused on customer satisfaction. For pilots, by pilots. It is the reason why TBS products have the largest following, and why investment into TBS Tracer will continue to pay dividends in the future - just like TBS Crossfire continues to do for all hobbyists. Features Long-range, adaptive and robust remote control system for your drone & aircraft Low latency, 250Hz update rate (5x faster than typical - world's fastest) for mind-blowing accuracy The two-way communication link with real-time link vitals and telemetry OTA firmware updates, auto-bind, multi-bind support TBS Cloud connectivity with telemetry output for smartphone apps Fully configurable by OpenTX and TBS TANGO remote using CRSF protocol "Unlimited" amount of people can fly at the same time Selectable RF power from 25mW to 1W (local restrictions apply) 8 or 12ch output via CRSF, SBUS, inverted SBUS, or PPM Serial Modem capable of transmitting MAVLink or other serial protocols (up & downlink) Specifications TBS TRACER NANO TX Latency & Refresh Rate: 3ms, 250Hz Output power: 25mW / 100mW Frequency Bands: 2.4GHz ISM Input Voltage: 3.5 - 13V Connector: USB-C Power consumption: 1.1W (@10mW) - 2W (@100mW) Dimensions: 65 x 48 x 22 mm (JR module size) Radio Compatibility: LITE module bay (e.g. TBS Tango 2, Taranis X-Lite, X9 Lite), OpenTX V2.1+. The TBS Tracer Nano TX is suggested for use in Futaba and Spektrum remotes that do not have a JR-module bay. * output power modes may not be available due to local regulation limitations TBS TRACER NANO RX Antnna ports: 2x u.FL / IPEX (diversity) Package contents: 1x TBS Tracer Nano RX, 2x Immortal-T, silicone cables Protocols: 2x CRSF, SBUS, PPM, 6x PWM, SmartAudio 2.0 / 2.1 (VTx Control) Weight: 0.5g (receiver only) Size: 11mm x 18mm Includes 1 x TBS Tracer Nano TX 3 x TBS Tracer Nano RX 6 x TBS Tracer Immortal T Antenna Downloads TBS Tracer Manual TBS Agent X (for software updates) Latest OpenTX LUA Scripts for Crossfire TBS Cloud - Wifi Firmware OpenTX Nightly Firmware

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SkyRC D260 is a dual channel AC/DC charger, which features an intuitive interface, and its button design makes it incredibly easy to operate. With two independent circuits and the ability to charge batteries up to 6S at maximum 14A per channel, D260 is a smart choice for RC hobbyists. Key Features Two separate charging channels with max. 130W per channel (total 260W) User-friendly and simple menu navigation Micro USB socket for firmware upgrade Loading, unloading and storage cargo Display of single cell voltage, total voltage, capacity, operating temperature, charging time and much more. Many different charging programs, including a special one to be able to store batteries perfectly longer. Suitable for various battery types (LiPo, LiFe, LiIon, LiHV, NiCd, NiMH, PB). Profile memory for 10 loading or unloading data each. Specification Input voltage DC: 11-18V Input voltage AC: 100-240V Max. Charging power: 2x 130W Max. Discharge power: 2x 10W Charging current: 2x 0.1-14.0A Discharge current: 2x 0.1-2.0A Max. Balancer compensation current: 500mA / cell Power supply output voltage: 5-25V / 2x 130W Cell number (LiPo / LiIon / LiFe / LiHV): 1-6 cells Number of cells (NiMH / NiCd): 1-15 cells Pb battery voltage: 2-20V Weight: 896g Dimensions: 160x150x71mm MPN: SK-100157 Included 1x SKYRC D260 charger 2x charging cable 1x power cable 1x user manual 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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Featuring front-accessible tension and travel adjustment for easy fine-tuning. The AG01 will take your TX16s to the next level. The AG01 gimbals have been in development with our engineers and champion pro pilots such as MCK, Alex Campbell, Noical, Veysi.FPV, AZFPV, Xiao Zheng, and Long XL meet the demanding requirements of the world's most competitive racing events. Features Designed specifically for the RadioMaster TX16S Radio Mode Switching Throttle Tension Adjustment CNC Aviation-Grade Aluminum Spring Tension Adjustment Non-Contact Hall Sensors Quad Precision Bearings Stick Travel Adjustment Ergonomic Stick Ends Adjustable Exterior Specifications Adjustable travel range: 38°- 54° Temperature range: -20°c-85°c Linearity: Real-time (No delay) Working voltage: DC 3.3V Adjustable tension: Yes Adjustable mode: Yes Product model: AG01 Size: 60*53*56mm Quad bearing: Yes Sensing type: Hall Weight: 82g Includes 1x Radiomaster TX16S CNC Hall Gimbal - Self-Centering 1x Radiomaster TX16S CNC Hall Gimbal - Throttle 2x Lubricating Oil 2x Damping Oil

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With a design based off of the Marmotte frame , the Badger updates it with removable arms: carefully designed to ensure a rock-solid construction. The Cage This is the newest revision of Armattan's titanium cage; the same as on the Marmotte. And just in case you haven't heard what the perks of this cage are compared to any other, we'll run through them quickly here. - Independent HD camera tilt means there's no need to deal with foam wedges for the front or back of your recording camera. - A wide range of FPV cam tilt options. From 10 degrees to way too much. - 1mm FPV-cam savers: these are designed to bend so your camera won't break. - A minimized weight due to a state of the art, 6-axis milling process. And the best part? All of these perks come on top of the firm mount and incredible protection that you've come to expect from an Armattan product. The Arms Since having removable arms is the major draw for this release, we wanted to specifically mention how they work. The arms mount up with two bolts and two sunk-nuts each. The sunk-nuts go straight into the 4mm baseplate, so there's no need to worry about delamination. When installed, the arms meet in the center of the baseplate, further locking down the construction. We're providing you with a remarkably solid, precise product, and we know that you will have full confidence in this frame. Specifications Frame Weight approx. 130 grams Motor to Motor 236mm Frame Shape Compressed X Main Plate Thickness 4mm Arm Thickness 4mm Hardware Steel Bolts Titanium Cage Aluminum Standoffs Motor Mount Pattern 22xx FC Stack Mount 20mm and 30.5mm compatible FPV Camera Mount Mini-camera (21mm) FPV Antenna Mounts TBS, SMA and U.FL compatible Max Stack Height 20mm Warrantied Parts All Recommended Components Motor Size 2306 ESCs 30a Prop Size Up to 5.5"\n \n \n \n \n \n LiPo\n \n \n \n 4-5S/1500mAh\n \n \n \n \n \n \n \n \n Other Details\n \n \n \n This frame comes with tons of other bells and whistles. As you've come to expect, an extended-aluminum rear provides a protected mount for your VTX antenna no matter whether you use a TBS, SMA, or U.FL style connector. The frame maintains compatibility with 5.5 inch props for those of you who like to ride the line, and the long body means you can more easily fit an HD camera and a bigger lipo, even with high cam tilt. The FC can mount up on either the 30.5mm or 20mm options, and there are even 20mm rear provisions as well for a VTX or any other board.\n \n \n Add the differences in carbon and the extra hardware, and you're probably expecting this frame to be considerably heavier than the fixed arm version (the Marmotte). Well due to our experience in design and some clever optimization, we've kept the difference down to 15g. You can thank us later.\n \n \n \n The Warranty\n \n \n \n I almost can't believe we're still having this conversation, but keep in mind that we'll never stop reassuring you. Full warranty protection. Cage. Carbon. Everything.\n \n \n \n Included\n \n \n \n \n Titanium:\n \n \n 2x Camera-cage brackets\n \n 2x Camera-cage anchors\n \n \n \n Hardware:\n \n \n 10x 4mm M3 iron bolts\n \n 14x 6mm M3 12.9 grade steel bolts\n \n 8x 8mm M3 12.9 grade steel bolts\n \n 10x 10mm M3 12.9 grade steel bolts\n \n 12x Sunknuts\n \n 4x 16mm M3 iron bolts\n \n 6x 2.5mm M2 cuphead iron bolts\n \n \n \n Aluminum:\n \n \n 1x 23mm front standoff\n \n 2x tail posts\n \n 2x camera savers\n \n \n \n Nylon:\n \n \n 4x 6mm M3 standoffs\n \n 4x nuts\n \n 2x M6 nylon washers\n \n \n \n Carbon Fiber:\n \n \n 1x 2mm Top (LiPo) plate\n \n 1x 1.5mm HD Cam plate\n \n 1x 4mm Main plate\n \n 2x Antenna mount plates (TBS and SMA)\n \n \n \n Other:\n \n \n 1x Lipo strap\n \n 1x LiPo foam pad\n \n 1x HD camera foam pad\n \n 4x Dog-bone landing pads\n \n 1x Antenna mount\n \n 1x SMA grommet\n \n 1x Diamond-coated steel file\n \n 1x Build instructions\n \n \n\n

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For those who find joy in testing the limits of rugged terrains, the FTX Mauler 2.0 Rock Crawler RTR is your ultimate off-road companion. Designed with an authentic frame chassis and packed with high-performance features, this crawler is ready to tackle the most demanding trails. Inspired by full-scale buggies, the Mauler 2.0 boasts a realistic two-seat interior, complemented by a durable moulded nylon roll cage. This crawler isn't just about looks; it's about performance. Under the hood, you'll find the upgraded System 3 waterproof ESC/RX/LED smart controller and the Etronix 4-channel radio system, offering precision control and numerous lighting options to keep you on track, even in the dark. For those who find joy in testing the limits of rugged terrains, the FTX Mauler 2.0 Rock Crawler RTR is your ultimate off-road companion. Designed with an authentic frame chassis and packed with high-performance features, this crawler is ready to tackle the most demanding trails. Inspired by full-scale buggies, the Mauler 2.0 boasts a realistic two-seat interior, complemented by a durable moulded nylon roll cage. This crawler isn't just about looks; it's about performance. Under the hood, you'll find the upgraded System 3 waterproof ESC/RX/LED smart controller and the Etronix 4-channel radio system, offering precision control and numerous lighting options to keep you on track, even in the dark. Specification Length: 480mm Width: 280mm Height: 210mm Weight: 2800g Wheelbase: 350mm Gear Ratio: 1:48 Tyre Diameter: 140mm Please Note: This model is sold in RTR (Ready-to-run) format but requires 4xAA batteries for completion.

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TrueRC X-RAY 5.8GHz Antenna: The Real 'X-Factor' in Your Drone Game! Prepare for a seismic shift in your drone flight experience with our brand new TrueRC X-RAY 5.8GHz Antenna! It's not just an antenna; it's a technological marvel, a masterpiece of engineering designed to maximize your FPV fun and flexibility. Don't just fly, soar with the X-RAY! Product Highlights: Very low side lobes for noiseless signal reception Stellar front to back ratio for unparalleled efficiency Wider bandwidth with top-notch axial ratio Available in both RHCP and LHCP polarisations Compact and light with a neat 151mm diameter, 20mm thickness, and weight that's a secret till you unbox it (wink) An 'X-plosive' Performance Boost This isn't your grandma's antenna. This is the physical embodiment of TrueRC's design philosophy, delivering up to 18dBic gain over a single element. The X-RAY 5.8 is an evolutionary leap from our celebrated X-AIR technology, now in a neat, clean, and ultra-thin single-feed panel format. Are you ready to meet the future? Side Lobe? More Like Sly Lobe Say 'au revoir' to pesky interference with our ultra-low side lobes. The X-RAY's main lobe efficiency is a cut above the rest, leaving you with a clean signal that even Marie Kondo would approve. Connect with Confidence Our SMA connector ensures solid and secure connectivity, so your connection is more rock and less roll. Enjoy full control of your drone without the fear of signal drop. Beam with Pride With a beam-width* of 60 degrees and -3dB** beam-width of 24 degrees, you'll get coverage that's akin to being at the controls of the Starship Enterprise. Remember, we at Unmanned Tech believe in making your IoT and drone hobby not just a pastime, but a passion. So, boost your FPV game to the stratosphere with the TrueRC X-RAY 5.8GHz Antenna - the only true way to navigate the skies! *Coverage where reception is at least equivalent to an omni. **Coverage where at least 70% of the max range is obtained. Specifications Frequency: 5.4-6GHz ‘ Gain: 17-18 dBic Polarization: RHCP or LHCP Beam-width*: 60deg Beam-width @-3dB**: 24deg. Connector: SMA Dimensions: 151mm dia. x 20mm Weight: xxg Included 1x TrueRC X-RAY 5.8GHz Antenna Tags: TrueRC X-RAY 5.8GHz Antenna, FPV antenna, Drone antenna, high gain antenna, LHCP, RHCP, low side lobes, excellent efficiency, wide bandwidth antenna, 5.8GHz antenna

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Introducing the Sub250 Nanofly20, the ultimate 2-inch mini FPV drone. With its compact 88 mm wheelbase, this drone is perfect for flying indoors and performing freestyle stunts. The powerful 1002 21000kv motor ensures a smooth and responsive flight experience, while the lightweight and highly integrated FC board allows for agile maneuvering. The carbon fiber bottom plate adds strength and durability to the frame, making it capable of withstanding the rigors of intense flying. This version of the Nanofly20 comes equipped with a Walksnail VTX, allowing you to capture high-quality video footage of your flights. At a weight of less than 250g, this drone is exempt from registration requirements and its small flying noise ensures a quiet and peaceful flying experience. Whether you're a beginner or an experienced flyer, the Sub250 Nanofly20 is the perfect choice for freestyle fun in small spaces. With its compact size and powerful motor, the Sub250 Nanofly20 is the new standard for micro FPV drones. Try it today and experience the fun of freestyle flying. Features 1. Weight of the drone is less than 250g, you can take it off without registration. 2. The 1002 21000kv motor has plenty of power, and the 1s battery can also have an excellent flying feel! 3. Ultra-highly integrated flight control board, lightweight design 4. The carbon fiber bottom plate design enhances the overall strength of the rack. 5. Small flying noise, quiet flight. 6. A new choice for freestyle in small indoor spaces. 7. High selectivity of Video transmission, compatible with mainstream high-definition Video transmission( Avatar/HDZero). Specifications Brand Name: Sub250 Version: Walksnail Avatar 1S Mini Product name: Nanofly20 Frame： NF20 Wheelbase size: 88mm Weight：42.8g Arm thickness: 1.5mm Flight Controller： Redfox A1 F4 5A 4in1 AIO FC MCU: STMF411 IMU： ICM42688-P OSD：BetaFlight OSD w/AT7456E chip ESC: Bluejay O-H-5 96K VTX: Walksnail Avatar mini 1S VTX Camera: Walksanil nano Propeller: HQprop 51mm*3 Antenna: Copper tube antenna Motor: Sub250 1002 21000kv Receiver Version: ELRS (SPI) Battery: Recommend 530mAh 1S 90C LiHV battery (Not include) Included 1 x Nanofly20 Walksnail Avatar 1S Mini Quad 4 x HQ 51MM-3 propellers

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This is a single Reach M2 module that gives you centimetre accuracy RTK or PPK mapping operations. The Reach M2 gives you some advantages over the previous generation Reach M+. To start you now get a multi-band receiver, that can give you baseline of up to 100 km in PPK. (M+ could only to 20km). Other improvements include more rnage in RTK (60km) and a faster time to fix (around 5 seconds). This system is designed to be used with the Reach RS2 base station for best results. Included: Reach M2 Micro-USB cable JST-GH 6-pin to jumper pin cable JST-GH 5-pin to jumper pin cable PPK mapping with centimeter accuracy. Use fewer GCPs https://old.unmannedtechshop.co.uk/wp-content/uploads/2020/03/camera_logs_1.mp4 Why camera synchronization is so important Usually autopilot triggers the camera and records the coordinate it has at that moment. When the drone is flying at 20 m/s and GPS works at 10 Hz, that means your autopilot will have position readings only each 4 m, which is not suitable for precise georeferencing. In addition, there is always a delay between the trigger and the actual moment the photo is taken. Reach eliminates the delay Reach solves the problem of positioning by connecting directly to the camera hot shoe port, which is synced with the shutter. The time and coordinates of each photo are logged with a resolution of less than a microsecond. This method allows GCPs to be used only to check your accuracy. 1. Connect Reach to a hot shoe port on a camera Every time a photo is taken camera produces a pulse on a flash hot-shoe connector which is synced to a shutter opening. 2. Fly a drone, Reach will record photo events Reach captures flash sync pulses with sub-microsecond resolution and stores them in a raw data RINEX log in the internal memory. 3. Download logs from Reach and base station After the flight, get the RINEX logs from your airborne Reach module and a base station (Reach RS, CORS or another receiver). 4. Process logs and get a file with geotags of photos Process RINEX files using free RTKLIB software. The produced file with precise coordinates of the photos can be used for georeferencing. NTRIP or another Reach as a base station To calculate centimeter-precise coordinates in PPK and RTK, Reach needs corrections from a base station. It could be either another Reach receiver or an NTRIP service. VRS is also supported. Compatibility Reach M2 works seamlessly with other Reach receivers over any link and are compatible with any other receiver that supports RTCM3 and NTRIP. Reach M2 and Reach RS2 Provides robust performance and quick initialization. Allows working on long baselines. Reach RS2+/ M2 UAV Mapping Kit £ 2,679.00 (ex VAT: £ 2,232.50 ) Add to basket RTK Up to 60 km PPK Up to 100 km Time to fix 5 sec Frequency bands Multi-band RINEX logging update rate Up to 20 Hz Comes with an app ReachView is the most user-friendly software for data collection that is available both for Andr oid and iOS. With ReachView, you can control all the features of Reach receivers, such as setting up a base station, logging RINEX data, configuring NMEA output, and monitoring data. Camera control Reach is able to trigger cameras as well as register events. The event mark feature is a must for aerial mapping as it allows the precise time when the shutter was activated to be registered. Simple log management Logs are automatically recorded directly to RINEX in the internal memory. View a list of the logs and download them using the ReachView app. Monitoring data ReachView shows current satellite levels, your location on a map, and much more Specifications Reach M2 Mechanical Dimensions 15.4 x 45.3 x 14.6 mm Weight 20 g Operating tº -20…+65 ºC Electrical Input voltage on USB and JST-GH 4.75 - 5.5 V Antenna DC bias 3.3 V Av. consumption @5V 200 mA Positioning Static horizontal 4 mm + 0.5 ppm Static vertical 8 mm + 1 ppm Kinematic horizontal 7 mm + 1 ppm Kinematic vertical 14 mm + 1 ppm Connectivity LoRa radio (sold separately) Frequency range 868/915 MHz Distance Up to 8 km Wi-Fi 802.11b/g/n Bluetooth 4.0/2.1 EDR Ports USB, UART, Event Data Corrections NTRIP, RTCM3 Position output NMEA, LLH/XYZ Data logging RINEX with events with update rate up to 20 Hz Internal storage 16 GB GNSS Signal tracked GPS/QZSS L1C/A, L2CGLONASS L1OF, L2OFBeiDou B1I, B2I Galileo E1-B/C, E5b Number of channels 184 Update rates 10 Hz GNSS IMU 9DOF Resources: Check out all the information you need on this product here .

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This is a single Reach M2 module that gives you centimetre accuracy RTK or PPK mapping operations. The Reach M2 gives you some advantages over the previous generation Reach M+. To start you now get a multi-band receiver, that can give you baseline of up to 100 km in PPK. (M+ could only to 20km). Other improvements include more rnage in RTK (60km) and a faster time to fix (around 5 seconds). This system is designed to be used with the Reach RS2 base station for best results. Included: Reach M2 Micro-USB cable Multi-band GNSS antenna Reach M+/M2 SMA antenna adapter cable 0.5m JST-GH 6-pin to jumper pin cable JST-GH 5-pin to jumper pin cable PPK mapping with centimeter accuracy. Use fewer GCPs https://old.unmannedtechshop.co.uk/wp-content/uploads/2020/03/camera_logs_1.mp4 Why camera synchronization is so important Usually autopilot triggers the camera and records the coordinate it has at that moment. When the drone is flying at 20 m/s and GPS works at 10 Hz, that means your autopilot will have position readings only each 4 m, which is not suitable for precise georeferencing. In addition, there is always a delay between the trigger and the actual moment the photo is taken. Reach eliminates the delay Reach solves the problem of positioning by connecting directly to the camera hot shoe port, which is synced with the shutter. The time and coordinates of each photo are logged with a resolution of less than a microsecond. This method allows GCPs to be used only to check your accuracy. 1. Connect Reach to a hot shoe port on a camera Every time a photo is taken camera produces a pulse on a flash hot-shoe connector which is synced to a shutter opening. 2. Fly a drone, Reach will record photo events Reach captures flash sync pulses with sub-microsecond resolution and stores them in a raw data RINEX log in the internal memory. 3. Download logs from Reach and base station After the flight, get the RINEX logs from your airborne Reach module and a base station (Reach RS, CORS or another receiver). 4. Process logs and get a file with geotags of photos Process RINEX files using free RTKLIB software. The produced file with precise coordinates of the photos can be used for georeferencing. NTRIP or another Reach as a base station To calculate centimeter-precise coordinates in PPK and RTK, Reach needs corrections from a base station. It could be either another Reach receiver or an NTRIP service. VRS is also supported. Compatibility Reach M2 works seamlessly with other Reach receivers over any link and are compatible with any other receiver that supports RTCM3 and NTRIP. Reach M2 and Reach RS2 Provides robust performance and quick initialization. Allows working on long baselines. Reach RS2+/ M2 UAV Mapping Kit £ 2,679.00 (ex VAT: £ 2,232.50 ) Add to basket RTK Up to 60 km PPK Up to 100 km Time to fix 5 sec Frequency bands Multi-band RINEX logging update rate Up to 20 Hz Comes with an app ReachView is the most user-friendly software for data collection that is available both for Andr oid and iOS. With ReachView, you can control all the features of Reach receivers, such as setting up a base station, logging RINEX data, configuring NMEA output, and monitoring data. Camera control Reach is able to trigger cameras as well as register events. The event mark feature is a must for aerial mapping as it allows the precise time when the shutter was activated to be registered. Simple log management Logs are automatically recorded directly to RINEX in the internal memory. View a list of the logs and download them using the ReachView app. Monitoring data ReachView shows current satellite levels, your location on a map, and much more Specifications Mechanical Dimensions56.4 x 45.3 x 14.6 mm Weight20 g Operating tº-20…+65 ºC Electrical Input voltage on USB and JST GH4.75 - 5.5 V Antenna DC bias3.3 V Avg. consumption @5V200 mA Positioning Static horizontal4 mm + 0.5 ppm Static vertical8 mm + 1 ppm Kinematic horizontal7 mm + 1 ppm Kinematic vertical14 mm + 1 ppm Connectivity LoRa radio (sold separately) Frequency range868/915 MHz DistanceUp to 8 km Wi-Fi802.11b/g/n Bluetooth4.0/2.1 EDR PortsUSB, UART, Event Data CorrectionsNTRIP, RTCM3 Position outputNMEA, LLH/XYZ Data loggingRINEX with events with update rate up to 20 Hz Internal storage16 GB GNSS Signal trackedGPS/QZSS L1C/A, L2C GLONASS L1OF, L2OF BeiDou B1I, B2I Galileo E1-B/C, E5b Number of channels184 Update rates20 Hz GPS / 5 Hz GNSS IMU9DOF Resources: Check out all the information you need on this product here .

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Introducing the Sub250 Nanofly20, the latest 2-inch drone that packs a punch in a small package. This mini FPV drone has a wheelbase of 88 mm, making it perfect for indoor flight and freestyle fun. The Nanofly20 comes equipped with a 1002 21000kv motor, providing plenty of power and a smooth flying experience. The highly integrated FC board allows for a lightweight design, while the carbon fiber bottom plate adds strength to the frame. This version of the Nanofly20 is equipped with an HDZero VTX. With a weight of less than 250g, this drone can be flown without registration, and its small flying noise allows for a quiet flight experience. The Sub250 Nanofly20 is the perfect choice for freestyle in small indoor spaces. With its compact size and powerful motor, the Sub250 Nanofly20 is the new standard for micro FPV drones. Try it today and experience the fun of freestyle flying. Features 1. Weight of the drone is less than 250g, you can take it off without registration. 2. The 1002 21000kv motor has plenty of power, and the 1s battery can also have an excellent flying feel! 3. Ultra-highly integrated flight control board, lightweight design 4. The carbon fiber bottom plate design enhances the overall strength of the rack. 5. Small flying noise, quiet flight. 6. A new choice for freestyle in small indoor spaces. 7. High selectivity of Video transmission, compatible with mainstream high-definition Video transmission( Avatar/HDZero). Specifications Brand Name: Sub250 Version: HDZero Version Product name: Nanofly20 Frame： NF20 Wheelbase size:88mm Weight：39.3g （ Elrs） Arm thickness: 1.5mm Flight Controller：Redfox A1 F4 5A 4in1 AIO FC MCU: STMF411 IMU： ICM42688-P OSD：BetaFlight OSD w/AT7456E chip ESC: Bluejay O-H-5 96K VTX: Hd zero whoop lite Camera: HDZero nano lite camera Propeller: HQprop 51mm*3 Antenna: Copper tube antenna Motor: Sub250 1002 21000kv Receiver Version: ELRS (SPI)/ TBS Nano RX Battery Connector: GNB27 Battery: Recommend 530mAh 1S 90C LiHV battery (Not include) Included 1 x Nanofly20 HDZero Quadcopter 4 x HQ 51MM-3 propellers

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Features Learn coding & robotics through fun projects Get Started with AI recognition & On-device model training with Ease Learn basic self-driving car functionality like lane following, traffic sign identification Durable Aluminum Body with Built-in 2.4″ color Screen & Pan-tilt camera Rich Free Course Materials for Machine Learning and Autonomous Driving Accessible Yet Intelligent: Support Scratch 3.0 Based Graphical Coding Software & Micropython Easy Assembly, Hands-on construction Customizable, extendable & open-source This kit is Suitable for: Students ages 12+ Maker teachers & STEM camps DIY Robot hobbyists Homeschooling educators AI experimenters AI & robotics learners Interactive, Engaging through AI Recognition, and Train Your Own Model Mark comes pre-loaded with functionality to recognize colors, shapes, and objects within these categories. But of course, you should train your own custom models! We provide a colab notebook to guide you through this process. Check out this video of MARK interacting with pets! &feature=emb_title On Device Model Training Simple custom classifier models can be trained on MARK through data collection via the onboard camera, automatic data processing & model training by the CyberEye (brains of the MARK), and model deployment directly on MARK which can be saved for reuse on SD card. Make A Self Driving Car That can Interactive with the external world &feature=emb_title Implement your self-driving, advanced map & story-based projects or with Mark or use in robotics competitions! MARK is designed in the form of a car, so we'll preload code which allows you to implement basic self-driving car functionality once everything is assembled and connected. There is also an ultrasonic sensor included for collision avoidance, a button which you can program to change modes and an electromagnet which gives MARK a "pick up" function. Simply attach metallic stickers (included in pack) on the back of an image card. Durable Aluminum Body with Built-in 2.4″ color Screen & Pan-tilt camera MARK has great extension capabilities, it includes a 2.4" color display screen and a pan-tilt camera. With the display screen and camera, M.A.R.K. allows you to implement a variety of fun and educational projects related to robotics, self-driving technology, and computer vision. The aluminum outer shell has a sleek design, with programmable headlights giving MARK a high-tech feel. Rich Free Course Materials make2Learn is our project and lesson sharing platform where you can access course content directly related to MARK and our other support projects. There are courses for Machine Learning and Autonomous Driving. Find more Lessons on make2learn.tinkergen.com. Autonomous Driving Course Materials of the Artificial Intelligence Series Machine Learning Course for students aged 15-18 (recommended for grades 9-12) Resources M.A.R.K Online Help · Yuque

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