MG995 High-Speed Servo Motor(360 Degree) TowerPro MG995 – Continuous Rotation 360° Servo Motor is a high-speed standard servo that can rotate 360 degrees. You can use any servo code, hardware or library to control these servos, so it’s great for beginners who want to make stuff move without building a motor controller with feedback & gearbox, especially since it will fit in small places. The MG995 Servo also comes with a selection of arms and hardware to get you set up nice and fast. The optimized performance and reliability of this servo have made it the favorite choice of many RC hobbyists. It is a Digital Servo Motor which receives and processes PWM signal faster and better. You can control this servo motor with Arduino which is connect by jumper wires and powered by battery . It equips sophisticated internal circuitry that provides good torque, holding power, and faster updates in response to external forces. This TowerPro SG90 Continuous Rotation 360 Degree Servo Motor is special among all the available servo motors because its operation is very different from that of a standard servo. As instead of going to a specified angle, this servo will be static at a 1.5ms pulse, a longer pulse gives forward rotation and a shorter pulse give backward rotation. Wire Description:- RED – Positive Brown – Negative Orange – Signal Applications: RC planes RC Boats RC Monster Trucks

MG996R Metal Gear Servo Motor 180 Degree Presenting you the durable TowerPro MG996R High-Torque Servo Motor, an excellent choice for robotics and electronics applications. This dc servo motor produces 9.4 kg/cm of torque at 4.8V and 11 kg/cm of torque at 6V, which operate efficiently in the voltage range of 4.8V to 7.2V. With heavy-duty materials, this High-torque metal gear servo motor is built to last. To complete a 60º movement it responds quickly and precisely in just 0.17 seconds at 4.8V and 0.14 seconds at 6V. The installation process of the MG996R robotic actuator is simple, as it includes a 3-pin power and control connection, as well as the necessary mounting hardware. This TowerPro MG996r servo motor 180 Degree is dependable and simple to operate, which makes it ideal for both DIY projects and robotic assembly. Wire Configuration: RED –   Positive Brown – Negative Orange – Signal (PWM) Applications: RC Airplanes Helicopters Mini Robots Manipulators Fixed-Wing Aircraft

Mini Epoxy Solar Panel 70X70 mm A mini solar panel Epoxy is made using two-component resin increased to a temperature of 50/60 celsius degrees. This type of panels are composed of the following layers: Epoxy resin Solar cells PCB board Solar cells sensor are encapsulated in epoxy resin that guarantees protection against humidity, insulation, excellent transparency, anti-aging, smooth surface, no cosmetic defect on the surface. The type of Epoxy panels can usually reach a maximum power of 5W due to the fact that larger size, may cause a deformation of the resin and consequent aesthetic defects. Applications: These panels are used especially to power any small object, such as toys, garden lamps, sensors for outdoors, road signs, and more.

Ml8511 Ultra Violet Sensor Module This is GYML8511 Analog Output Ultra-Violet Light Sensor Module. The GYML8511 module is easy to use the ultraviolet light sensor. The GYML8511 Sensor works by outputting an analog signal in relation to the amount of detected UV light. This breakout can be very handy in creating devices that warn the user of sunburn or detect the UV index as it relates to weather conditions. This sensor detects 280-390nm light most effectively. This is categorized as part of the UVB (burning rays) spectrum and most of the UVA (tanning rays) spectrum. It outputs an analog voltage that is linearly related to the measured UV intensity (mW/cm2). Simply connect the output of the module to an ADC channel of the microcontroller to read UV Light intensity. Pinouts VIN: Power Connection (3V – 5V) 3.3V: Output of the onboard regulator GND: Ground OUT: Analog Output EN: Enable Input Applications Sunburn detectors Controlled UV Exposure chambers UV Detectors for the safety of Humans, and animals.

MLX90640 55° FOV Thermal Camera IR Array Breakout Qwiic Compatible - 7Semi Discover precise, real-time thermal imaging with the 7SEMI MLX90640 55° FOV Thermal Camera IR Array Breakout, Qwiic Compatible. Built around a powerful 32×24-pixel FIR sensor array, this breakout captures 768 temperature points simultaneously, delivering detailed infrared maps for industrial, diagnostic, and safety applications. Designed for seamless integration, the MLX90640 features a digital I2C interface, onboard ambient temperature sensor, and VDD supply monitoring. All critical data is stored in internal RAM for fast retrieval, enabling quick, efficient processing. With a broad target measurement range from -40°C to 300°C and reliable operation from -40°C to +85°C, this thermal camera thrives even in harsh conditions. Supporting popular programming environments like Python and C++, and bundled with a robust SDK, it’s ideal for embedded systems, PC applications, and portable solutions. Whether for smart homes, industrial automation, or security monitoring, the 7SEMI MLX90640 brings powerful thermal imaging to your fingertips. Connection with Raspberry Pi Features: High-Resolution Thermal Sensor: 32×24-pixel FIR array providing 768 thermal data points. Wide Temperature Measurement Range: Accurately measures from -40°C to 300°C. Factory Calibrated Sensor: Ready for immediate use without recalibration. Wide Field of View: 55° × 35° FOV captures large areas in a single frame. Low Power Consumption: Operates at less than 23mA, ideal for battery-powered devices. I2C Digital Interface: Compatible with both 3.3V and 5V systems; simplifies integration. Flexible Refresh Rate: Programmable frame rates from 0.5Hz to 64Hz for dynamic imaging. Advanced Thermal Sensitivity: NETD of just 0.1K RMS at 1Hz for fine thermal resolution. SDK Support: Comes with easy-to-use SDKs for Python and C++ to accelerate development. Compact and Portable Design: Suitable for space-constrained and mobile applications.

MLX90640 IR Thermal Camera Breakout 110° FOV I2C Interface - 7Semi Unlock professional-grade thermal imaging with the 7Semi MLX90640 IR Thermal Camera Breakout (110° FOV, I2C Interface). Featuring a high-resolution 32×24-pixel IR sensor array and an expansive 110-degree field of view, this compact module delivers accurate real-time thermal mapping over large areas in a single snapshot. Engineered for precision and reliability, the MLX90640 covers a temperature detection range of -40°C to 300°C, with an accuracy of ±2°C. Its factory-calibrated sensor ensures reliable performance right out of the box. Designed for seamless integration, the module operates via a standard I2C digital interface, making it compatible with a variety of microcontrollers and embedded platforms. With ultra-low current consumption under 23mA, this breakout is ideal for battery-powered and portable applications. Whether you're working on industrial diagnostics, research, IoT projects, or embedded systems, the MLX90640 110° FOV Thermal Camera provides a robust and versatile thermal sensing solution in a lightweight, easy-to-use form factor. MLX90640 Thermal Camera Breakout Captured Image Camera Connection with Raspberry PI Circuit Diagram 7Semi MLX90641 and MLX90640 Thermal Camera Breakout Comparison Table Features: High-Resolution IR Sensor Array: 32×24-pixel thermal grid for detailed heat mapping. Wide Field of View: 110° × 75° FOV covers expansive areas without repositioning. Accurate Temperature Sensing: Measures from -40°C to 300°C with ±2°C precision. Low Power Consumption: Efficient performance with current draw under 23mA. Compact and Lightweight Design: Easy to mount and integrate into space-limited projects. Factory Calibrated: Ready-to-use accuracy with no additional calibration required. Digital I2C Interface: Seamless communication with 3.3V or 5V microcontrollers. Programmable Refresh Rate: Adjustable from 0.5Hz to 64Hz for flexible performance. Robust Operating Range: Functions reliably in ambient temperatures from -40°C to 85°C. Low NETD Performance: 0.1K RMS at 1Hz enables detection of small temperature differences.

mmWave-C4001 24Ghz Human Presence Detection Sensor The DFRobot C4001 24GHz Millimeter-Wave FMCW Radar is the perfect solution for human presence detection. It features long-range measurement, high accuracy, advanced FMCW technology, durable build, easy integration, and strong anti-interference capabilities. Made with robust materials, this radar sensor ensures reliable performance in harsh conditions. Its state-of-the-art FMCW modulation provides superior accuracy, making it ideal for motion detection and proximity sensing. The compact design and versatile installation options simplify setup and enhance project capabilities. The C4001 radar sensor measures up to 25 meters and is suitable for real-time human presence detection. Available in various sizes. Features: Human detection: Detection range up to 16 meters and motion detection range up to 25 meters. Distance detection: Range from 1.2 meters to 25 meters. Velocity detection: Range from 0.1 meters per second to 10 meters per second. Strong anti-interference capability, unaffected by snow, haze, temperature, humidity, dust, light, noise, etc. High and low-level output control through I/O ports. Input and output control via serial port. Small size, easy to integrate. Applications: Human Detection Distance and Velocity Detection Environmental Monitoring Industrial Automation Real-time Monitoring and Tracking

Monster Motor Driver Shield VNH2SP3014A (Peak 30A) The Monster Moto Shield VNH3SP30 Motor Driver is a more powerful version of our Ardumoto motor driver shield. We replaced the L298 H-bridge with a pair of VNH3SP30 full-bridge motor drivers for this Monster Moto Shield. We've also beefed up the support circuitry so this board is capable of driving a pair of high-current motors! The VIN and motor out are pitched for our 5mm screw terminals (not included), making it easy to connect larger gauge wires. Also, the difference between the standard Arduino Motor shield and Monster Motor shield is the change in the driving IC. In the standard Arduino Motor shield the IC used is L298 H bridge IC which has a current capacity of 1 A which is replaced by the VNH3DP30 chip with a 14A continuous current capacity with heat dissipation devices installed. This motor driver also has a thermal shutdown function possible as the thermal output is provided on the analog pin of Arduino. Note: When using this board in extremely high-demand applications it may be necessary to improve thermal performance with a heat sink or fan and to solder the wires directly to the board instead of using a screw terminal (in addition to the myriad other complications present in a high-current system). However, when using the board at currents up to 6A the chips will barely become noticeably warm. check out : DC Motor Drive Module 2 Channel Reversing PWM Speed Dual H Bridge Stepper Controller Features: Current sensing available to Arduino analog pin MOSFET on-resistance: 19 m? (per leg) Maximum PWM frequency: 20 kHz Thermal Shutdown Undervoltage and Overvoltage shutdown

Multi-Channel Indoor Gateway For Lorawan-LPS8N The Dragino LPS8N Indoor LoRaWAN Gateway is an ideal option for smart buildings, home automation, and industrial IoT applications. It includes an Open Source OpenWrt system that can be easily managed via Web GUI or SSH. This gateway is equipped with the SX1302/03 LoRa concentrator and 10 configurable parallel demodulation pathways, that guarantee robust and reliable data transfer over long distances. Customizable frequency bands enable users to configure the gateway to suit specific regional requirements, while an optional cellular version offers additional connectivity options with 3G/4G support. The LPS8N indoor gateway is designed to resist environmental conditions, which makes it perfect for smart metering, agricultural, and smart city applications. The LPS8N is integrated with Remote.it remote management. It improves operating efficiency by allowing for smooth monitoring and maintenance. The Dragino LPS8N Indoor LoRaWAN Gateway not only offers high quality and longevity, its design and technology make it an ideal solution for a variety of IoT applications. Features: Open Source OpenWrt system Managed by Web GUI, SSH via LAN or WiFi Emulates 49x LoRa demodulators LoRaWAN/LoRa Gateway 10 programmable parallel demodulation paths Remote is remote management. Applications: Smart Buildings & Home Automation Logistics and Supply Chain Management Smart Metering Smart Agriculture Smart Cities Smart Factory

MXChip Microsoft Azure IoT Developer Kit The MXChip IoT DevKit is the ultimate solution for IoT development. With its unique on-chip audio codec, cloud connectivity, and powerful STM32F412 Cortex-M microcontroller, it opens up endless possibilities for Arduino developers and IoT enthusiasts. The rich onboard sensing technologies, including motion and temperature sensors, make it versatile for various applications. Our commitment to providing a seamless experience is evident in the USB programming compatibility and compact design. Developed with the latest Microsoft cloud services, this IoT DevKit is your gateway to the future of connected devices. Made to ensure quality and durability, it's the perfect choice for those venturing into IoT development. Features: The first Arduino-compatible development on-chip Audio codec. Enabling to create interesting voice interactive projects Tutorials and demos for building your first cloud connected application. Powerful STM32F412 Cortex-M microcontroller with Cypress WIFI chip, industrial level quality Rich onboard sensing technologies, including motion, pressure, magnetometer, humidity & temperature sensors with a microphone. Integrates security encryption chip for the latest security-protection. Pin Diagram: MXChip IoT DevKit