Pluto X Educational Nano DIY Drone Kit with Camera and WIFI for STEM Learning Unlock the exciting world of aerial robotics with the Pluto X Educational Nano DIY Drone Kit with Camera and WIFI for STEM Learning - an innovative and hands-on platform designed for students, hobbyists, and tech enthusiasts. This drone making kit with camera allows users to assemble their own drone while gaining practical knowledge in robotics, coding, and electronics. Developed at IIT Bombay and proudly made in India, Pluto X comes with a C++ based easy API structure and fully open-source code, making it ideal for custom development and experimentation. As a comprehensive DIY drone project kit, it enables learners to capture HD photos and videos or explore ROS-based image processing capabilities using the built-in WiFi camera. With modular expandability, users can integrate additional sensors and attachments to create advanced applications such as rovers, racing drones, or collision-avoidance systems. The Pluto X is the perfect DIY drone project kit for STEM learners looking to take their first steps into drone programming and design. Whether you're working on a school project or building a custom UAV, this diy mini drone kit offers a powerful, flexible platform backed by responsive support and a vibrant developer community. Elevate your tech journey with this one-of-a-kind drone making kit with camera. Features: Programmable Flight Controller- Customize and control every aspect of your drone's flight by writing your own code to unlock new functionalities and performance enhancements. Modular Hardware Design- Easily assemble, disassemble, and upgrade your drone with its modular structure — perfect for experimenting with different configurations. Multi-Sensor Integration- Expand your drone’s capabilities by attaching various sensors and accessories, including cameras, for a broader range of experiments and applications. Comprehensive Educational Resources- Access a rich library of tutorials, guides, documentation, and an active community to support your learning journey, from beginner to advanced levels. Smartphone Control via Pluto Controller App- Seamlessly pilot and program your drone using an intuitive mobile app that supports flight customization and real-time controls. Fully Open-Source Software- Embrace true customization and collaboration with open-source software. Program using Pluto Blocks, Cygnus IDE, ROS, or Python, with no license restrictions.

PN532 NFC-Near Field Communication RF-ID V3 Module NFC technology was derived from RFID and allows users to connect to other devices, make payments, send media and files, and use NFC tags , easily the most creative use case for the technology. You can create an NFC scanner app for practically anything, making NFC app development extremely popular. NFC technology provides a simple method of contactless communication between gadgets in close proximity. An NFC tag can share and link to information including web pages, social media, customer loyalty platforms, and more. You can also leverage NFC to open doors secured with contactless locks and log on to computers. All of these actions have something in common: they invoke an action based on you placing your phone (or any other NFC-enabled device) near the thing you want to interact with or read. The PN532 is a highly integrated transmission module for contactless communication at 13.56 MHz including microcontroller functionality based on an 80C51 core with 40 Kbytes of ROM and 1 Kbytes of RAM. The PN532 combines a modulation and demodulation concept completely integrated for different kinds of contactless communication methods and protocols at 13.56 MHz with an easy-to-use firmware for the different supported modes and the required host controller interfaces. Applications: The primary uses of NFC are: Connect electronic devices, such as wireless components in a home office system or a headset with a mobile phone Access digital content, using a wireless device such as a cell phone to read a “smart” poster embedded with an RF tag Make contactless transactions, including those for payment, access, and ticketing

PN7120 NFC Controller SBC Kit The OM5577/PN7120S is a flexible and easy-to-use PN7120 NFC controller Single Board Computer (SBC) kit with a Raspberry Pi interface board, as well as a BeagleBone interface board. It enables the development of an NFC solution based on PN7120 in a Linux android or Windows IoT environment. PN7120 performs plug and play solution for NFC. It meets compliance with reader mode, P2P mode, and card emulation mode standards and supports NFC forum type 1/2/3/4/5 tags. Applications: Embedded Design & Development

Pocket BeagleBone Board Meet PocketBeagle - the newest and smallest member of the BeagleBoard family. PocketBeagle is a low-cost development board for hobbyists, educators, and professionals. An ultra-tiny, yet complete open-source USB key-fob computer; PocketBeagle features an incredibly slick design and is very simple to use, making it the ideal development board for beginners and professionals alike. Also check BeagleBone Black Rev C available at Best price now! Texas Instruments® Sitara™ AM3358 Processor (Integrated in the OSD3358-SM): 1GHz ARM® Cortex-A8 with NEON floating-point accelerator SGX530 graphics accelerator 2x programmable real-time unit (PRU) 32-bit 200MHz microcontrollers with single-cycle I/O latency ARM® Cortex-M3 for power and security management functions Memory: 512MB DDR3 800MHZ RAM (Integrated in the OSD3358-SM) 4kB I2C EEPROM (Integrated in the OSD3358-SM) SD/MMC Connector for microSD Software Compatibility Debian GNU/Linux images customized for BeagleBone Cloud9 IDE on Node.js w/ BoneScript library Any BeagleBone Black software not needing access to unavailable expansion pins Connectivity High speed USB 2.0 OTG (host/client) micro-B connector (USB0) Bootable microSD card slot (MMC0) Expansion header High speed USB 2.0 OTG (host/client) control signals (USB1) 8 analog inputs with 6 at 1.8V and 2 at 3.3V along with 1.8V voltage references 44 digital GPIOs accessible with 18 enabled by default including 2 shared with the 3.3V analog input pins 3 UARTs accessible with 2 enabled by default (UART0, UART4) 2 I2C busses enabled by default (I2C1, I2C2) 2 SPI busses with single chip selects enabled by default (SPI0, SPI1) 4 PWM outputs accessible with 2 enabled by default (PWM0A, PWM1A) 2 quadrature encoder inputs accessible 2 CAN bus controllers accessible 23 programmable real-time unit (PRU) 32-bit microcontroller I/O pins including options for the PRU UART and eCAP accessible with 7 I/O pins enabled by default for PRU0 and 1 enabled by default for PRU1 3 voltage inputs with 1 for battery, 1 shared with the USB connector and 1 for power-line input and a battery temperature sense input 2 voltage outputs, 1 with a 3.3V LDO and 1 with switch from voltage input Power and reset button I/Os Power management: TPS65217C PMIC is used along with a separate LDO to provide power to the system (Integrated in the OSD3358) with integrated 1-cell LiPo battery support Debug Support: JTAG test points gdb and other monitor-mode debug possible Power Source micro USB connector expansion header (3 options: battery, VIN or USB-VIN) User Input / Output Power Button with press detection interrupt via TPS65217C PMIC (hold for 10s to initiate hardware power cycle) Applications: Electronics Design Hobby & Education IoT (Internet of Things) Embedded Design & Development

Potentiometer Knobs - (Pack of 10) This is a great looking rubberized knob for the potentiometer. Slides onto the potentiometer and holds tightly with a strong friction fit.

Pre-Crimped Cables 6 Colors 15cm with MX1.25mm Pitch Connectors These pre-crimped cables come in six vibrant colors and are 15cm long, fitted with MX1.25mm pitch connectors. Designed for flexibility and ease of use, you can manually plug the terminals into the connectors in any order you like—perfect for custom wiring setups. The ultra-soft silicone wires maintain excellent flexibility even at low temperatures, helping to reduce vibrations transmitted to sensitive electronics like flight controllers. Ideal for use with Pixhawk, APM2.5/2.6/2.8 flight controllers, and compatible with Runcam cameras and various video transmitters. Whether you're building from scratch or replacing a faulty cable, these pre-crimped cables offer a hassle-free solution. Features: 6 Distinct Colors – Easy identification and organization Length: 15cm – Ideal for compact wiring needs MX1.25mm Pitch Connectors – Compatible with JST-style headers Pre-crimped Wires – Ready-to-use for quick connections High-Quality Material – Durable and flexible wire insulation Perfect for Prototyping – Suited for robotics, electronics, and DIY projects

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