Shop – Robo Bazar | Online Electronics Components Store in India

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GYVL53L0XV2 Laser Ranging ToF Sensor Module Serial PWM

Compact laser-based Time-of-Flight (ToF) distance sensor module
Uses VL53L0X sensor chip for accurate, fast distance measurement
Supports I2C communication (SCL/SDA) with PWM output option
Ideal for robotics, obstacle detection, and DIY electronics projects
Comes with breakout board and 6-pin header for easy connection
Compatible with Arduino, Raspberry Pi, and other microcontrollers

35%

ESP32-C5 Mini- Nice MCU

Built on the powerful ESP32-C5 chipset
USB-C port for easy power and programming
Multiple GPIO pins for sensors, LEDs, and modules
Supports Arduino IDE and MicroPython
Ideal for IoT, smart home, and DIY electronics projects
Compact, affordable, and beginner-friendly

47%

Seeed Studio XIAO ESP32-S3

Thumb-sized board (21 x 17.5mm) built around the Espressif ESP32-S3R8 chip
Dual-core Xtensa LX7 processor, up to 240MHz
8MB PSRAM and 8MB Flash
Dual-mode 2.4GHz Wi-Fi and Bluetooth 5.0 LE
11 digital I/O pins (PWM-capable) and 9 analog I/O pins (ADC-capable)
Supports UART, I2C, SPI, and I2S interfaces
USB-C connector for programming and power
U.FL connector for external antenna, extending range beyond 100 meters
Built-in lithium battery charging management
Ultra-low-power deep sleep mode (as low as 14μA)
Compatible with Arduino IDE and MicroPython
Ideal for IoT, edge-AI, robotics, smart home, wireless sensors, and wearables

34%

ESP32 C3 Mini

Compact ESP32-C3 development board.
RISC-V single-core processor.
Built-in 2.4GHz Wi-Fi.
Built-in Bluetooth 5 (BLE).
USB-C connector for power and programming.
Onboard BOOT button.
Onboard RESET button.
Dual-row GPIO breakout (pins 0–21).
Ships with two unsoldered pin headers.
Ideal for IoT projects.
Ideal for wireless sensors.
Ideal for general microcontroller prototyping.
Compatible with Arduino IDE, ESP-IDF, and MicroPython.

41%

Temperature Control Soldering Iron

Temperature Control Soldering Iron with ergonomic blue grip, durable stainless steel barrel, and fine-point copper tip for precise, consistent heat performance.
Includes 5 interchangeable tips (fine-point, chisel, conical) stored in a reusable zip pouch
Perfect for circuit repair, DIY electronics, and detailed soldering work.
Temperature Control Soldering Iron for precise, consistent heat performance
Sturdy stainless steel barrel built for long-lasting performance

21%

Bambu Lab A2L 3D Printer

Who Is the Bambu Lab A2L For?

🛠 Engineers & Designers

Create large functional prototypes, fixtures, enclosures and development parts.

🎓 Schools & Educational Institutions

Build large STEM models, engineering demonstrations and classroom projects.

🎨 Designers & Creators

Print large sculptures, cosplay parts, models and creative projects.

🏭 Small Businesses

Produce prototypes, customized products, jigs, fixtures and small-batch components.

🚀 Makers & 3D Printing Enthusiasts

Enjoy a large build area and high-speed printing with minimal manual calibration.

Why Buy the Bambu Lab A2L?

Large Format Printing
330 × 320 × 325 mm build volume gives you considerably more space for large models.

Fast Printing
Up to 500 mm/s maximum toolhead speed helps reduce printing time.

Easy Setup
Full-Auto Calibration minimizes manual calibration work.

Stable High-Speed Extrusion
PMSM closed-loop servo extrusion provides intelligent monitoring and controlled filament feeding.

Reduced Print Artifacts
Adaptive Vibration Compensation helps minimize ringing and ghosting during fast printing.

Expandable Ecosystem
Optional AMS configurations enable multi-color printing, while additional modules can extend the machine beyond 3D printing.

49%

DIY Wooden Quadcopter Drone Kit – 56-Piece STEM Kit

Build, learn, and fly with this DIY Wooden Quadcopter Drone Kit. Featuring 56 precision-cut wooden pieces, remote-controlled flight, LED lights, Headless Mode, and Obstacle Avoidance, this STEM kit offers a fun hands-on introduction to drone technology, electronics, mechanics, and engineering. Ideal for students, hobbyists, robotics workshops, and science projects.

Why Buy This DIY Quadcopter Kit?

Unlike a conventional ready-to-fly drone, this kit provides a build-and-fly learning experience. Students get the opportunity to assemble the aircraft themselves and understand the relationship between its structure, electronics and flight system.

The combination of wooden DIY construction and functional quadcopter technology makes it an engaging educational project for anyone interested in drones, robotics, electronics and engineering.

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