About This

• 【Complete Prototyping Kit for Electronics Projects】 Includes full-size 830-point breadboard, Type-C power supply (3.3V/5V), 120 Dupont jumper wires (40 male-to-male, 40 male-to-female, 40 female-to-female) for seamless circuit design.
• 【Vibrant LED Assortment + RGB】 50 mixed-color LEDs (red, blue, green, yellow, white) and 2 RGB LED enable dynamic lighting experiments and visual indicators for projects.
• 【Essential Capacitor Variety】 20 monolithic capacitors (22pf, 100nf) and 20 electrolytic capacitors (10uf, 100uf) for filtering, energy storage, and circuit stability. 120 × Resistors (20 × 1K, 20 × 4.7K, 20 × 10K, 20 × 100R, 20 × 220R, 20 × 1M)
• 【Input Devices & Sensors Included】 Features 5 colorful 12x12 push buttons with caps, 4 potentiometers (200R, 1K, 10K, 1M), plus a light sensor and temperature sensor for interactive and environmental input.
• 【Semiconductors for Switching & Amplification】 Includes 5 Schottky diodes (1N5819), 5 NPN transistors (S8050), and 5 N-MOSFETs (2N7000) for advanced control and signal processing.
• 【Compatible with Arduino, ESP32, Raspberry Pi & More】 Designed for cross-platform use in IoT, automation, robotics, and microcontroller-based STEM education.
• 【Neatly Organized in Durable Storage Box】 All components come in a labeled, compartmentalized plastic case for easy storage, transport, and project readiness.

Overview

• Brand : LONELY BINARY
• Operating System : Arduino ESP32 STEM DIY Projects
• Specific Uses For Product : IoT Circuit Building: Develop sensor networks for environmental monitoring with Raspberry Pi., STEM Education: Create hands-on electronics projects for classroom learning and coding., Smart Home Automation: Build LED controllers or sensor-driven systems with Arduino and ESP32. IoT Circuit Building: Develop sensor networks for environmental monitoring with Raspberry Pi., STEM Education: Create hands-on electronics projects for classroom learning a… See more
• Model Name : Lonely Binary Electronics Component Kit
• Included Components : 1 × 830-Point Breadboard 1 × Type-C Power Supply Module (3.3V/5V), 120 × Dupont Jumper Wires (40 Male-to-Male, 40 Male-to-Female, 40 Female-to-Female) 120 × Resistors (20 × 1K, 20 × 4.7K, 20 × 10K, 20 × 100R, 20 × 220R, 20 × 1M), 20 × Monolithic Capacitors (10 × 22pF, 10 × 100nF) 20 × Electrolytic Capacitors (10 × 10µF, 10 × 100µF) 5 × Push Buttons (12×12mm, Assorted Colors with Caps) 4 × Potentiometers (200R, 1K, 10K, 1M), 5 × Schottky Diodes (1N5819) 5 × NPN Transistors (S8050) 5 × N-MOSFETs (2N7000), 50 × Mixed-Color LEDs (Red, Blue, Green, Yellow, White),2× Light Sensor 2× Temperature Sensor 2 × RGB LED 1 × 830-Point Breadboard 1 × Type-C Power Supply Module (3.3V/5V), 120 × Dupont Jumper Wires (40 Male-to-Male, 40 Male-to-Female, 40 Female-to-Female) 120 × Resistors (20 ×… See more
• Special Feature : Easy Prototyping: 830-point breadboard and 120 jumper wires enable quick assembly and modifications, Educational Focus: Tutorials guide you through setups and projects to build skills in coding and circuitry, Compatible Design: Integrates with Arduino IDE, ESP32, and similar platforms for expanded functionality, Extensive Component Variety: Over 400 pieces including resistors (various ohms), capacitors (ceramic and electrolytic), LEDs (multiple colors), and sensors for diverse projects, Sensor Integration: Includes photoresistors, thermistors, and more for real-world applications like light detection and temperature sensing, Stable Power Delivery: Type-C power module supports 3.3V/5V outputs for powering microcontrollers and peripherals Easy Prototyping: 830-point breadboard and 120 jumper wires enable quick assembly and modifications, Educational Focus: Tutorials guide you through setups and projects to build skill… See more
• Connectivity Technology : USB
• Year : 2025
• Style : Electronics Component Kit
• Compatible Devices : Arduino IDE, MicroPython, ESP32, Raspberry Pi, and STM32 ecosystems for IoT, robotics, and learning electronics Arduino IDE, MicroPython, ESP32, Raspberry Pi, and STM32 ecosystems for IoT, robotics, and learning electronics