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Arduino LilyPad ATmega328P Compatible Board | Wearable Electronics | Fabric-Friendly Design
Unleash creativity in wearable technology with the Arduino LilyPad ATmega328P compatible board. Seamlessly integrate computational power into smart textiles and interactive garments. Engineered for reliability and ease of use in diverse fabric-based applications.
This LilyPad ATmega328P board offers robust, fabric-integrated computing for innovative wearable and e-textile projects.
₹899.00₹1,200.00(price_including_tax)Arduino LilyPad ATmega328P Compatible Board | Wearable Electronics | Fabric-Friendly Design
₹899.00₹1,200.00(price_including_tax) -
Arduino Uno Rev3 Microcontroller Board | ATmega328P Core | 16MHz Clock Speed
Empower your innovation with the legendary Arduino Uno Rev3. This iconic board is perfect for students, makers, and engineers creating diverse embedded systems. Expect robust performance and unwavering quality for all your prototyping needs.
The Arduino Uno Rev3 remains the foundational platform for accessible, reliable microcontroller prototyping and learning.
₹449.00₹650.00(price_including_tax)Arduino Uno Rev3 Microcontroller Board | ATmega328P Core | 16MHz Clock Speed
₹449.00₹650.00(price_including_tax) -
Arduino UNO SMD ATmega328P Development Board | Surface Mount Design | Enhanced Stability
Unlock advanced prototyping with the Arduino UNO SMD ATmega328P Development Board. Rapidly develop sophisticated IoT, automation, and robotics projects leveraging its compact surface-mount design. Engineered with high-grade components for consistent, long-term operational stability and seamless Arduino ecosystem integration.
This UNO SMD board delivers robust ATmega328P performance for advanced prototyping and reliable embedded system development.
₹449.00₹650.00(price_including_tax)Arduino UNO SMD ATmega328P Development Board | Surface Mount Design | Enhanced Stability
₹449.00₹650.00(price_including_tax) -
EBYTE E32-433T30D-V8 LoRa Wireless Transceiver Module | 433MHz UART Long Range | 1W Power SMA Antenna
Unlock unparalleled long-range wireless connectivity for your demanding IoT and industrial applications with the EBYTE E32-433T30D-V8 LoRa module. Seamlessly integrate this 433MHz UART transceiver into your systems for reliable, extended-distance data transmission in harsh environments. Engineered for stability, high interference immunity, and robust performance, ensuring critical data integrity over significant distances.
This EBYTE LoRa module delivers robust, long-range 433MHz wireless communication, ideal for industrial IoT.
₹149.00₹250.00(price_including_tax)EBYTE E32-433T30D-V8 LoRa Wireless Transceiver Module | 433MHz UART Long Range | 1W Power SMA Antenna
₹149.00₹250.00(price_including_tax) -
EBYTE E32-900T30D LoRa Module | 1W High Power | 868/915MHz Long Range Wireless
Unlock unparalleled long-range wireless communication with the EBYTE E32-900T30D LoRa module. This powerful 1W transmitter enables robust data exchange over distances up to 8km, transforming your IoT and industrial projects. Engineered for precision and durability, it guarantees stable and secure connections in challenging environments.
This robust EBYTE LoRa module ensures reliable 8km wireless serial data transmission for demanding IoT applications.
₹149.00₹250.00(price_including_tax)EBYTE E32-900T30D LoRa Module | 1W High Power | 868/915MHz Long Range Wireless
₹149.00₹250.00(price_including_tax) -
Flashforge Adventurer 3 FDM 3D Printer | Quick-Change Nozzle | Cloud Connectivity
Experience effortless 3D printing with the Flashforge Adventurer 3. Transform your designs into tangible objects with its intuitive interface, perfect for educational settings and small businesses. Built for consistent, reliable performance with robust construction.
The Flashforge Adventurer 3 sets a benchmark for user-friendly, high-performance FDM 3D printing, ideal for education and rapid prototyping.
₹19,999.00₹25,000.00(price_including_tax)Flashforge Adventurer 3 FDM 3D Printer | Quick-Change Nozzle | Cloud Connectivity
₹19,999.00₹25,000.00(price_including_tax)











