Looking for a creative electronics kit that combines fun, education, and visual appeal? The DIY Small Airplane CD4017 Flow Lamp Kit is a perfect blend of learning and art. Ideal for students, hobbyists, and anyone interested in electronics, this kit helps you build a flashing LED circuit in the shape of a small airplane — all by yourself.
Whether you’re honing your soldering skills or just want a cool light-up desk decoration, this kit is the perfect weekend project.
🔹 What is This Kit?
This DIY kit simulates the flashing lights of an airplane using LEDs arranged on a custom PCB shaped like an aircraft. The flashing effect is achieved using the CD4017BE decade counter and NE555P timer, providing a smooth LED chasing effect. It’s a simple circuit, but a great way to learn how electronics work — while building something cool.
🔹 Features & Benefits
- ✈️ Airplane-style LED Flow Design
- 🔧 Hands-on Welding Practice – Great for training and school projects
- 🌈 Colorful LEDs – Includes red, green, and yellow LEDs
- 📏 Compact & Decorative – Looks great on any table or shelf
- 🎓 Educational Tool – Perfect for STEM learning or graduation projects
🔹 Kit Specifications
- LED Colors: Red, Green, Yellow
- Battery Type: CR1220 (coin cell)
- Temperature Range: -20℃ to 85℃
- Humidity: 0–95% RH
- Assembled Size: 110 × 105 × 33 mm
- Power Source: CR1220 lithium battery (included)
🔹 What’s in the Box?
This kit includes:
- 1× CD4017BE IC (with socket)
- 1× NE555P Timer IC (with socket)
- 3× Red LEDs
- 2× Green LEDs
- 2× Yellow LEDs
- 3× Metal Film Resistors (1kΩ, 5.1kΩ, 10kΩ)
- 1× 0.01uF Ceramic Capacitor
- 1× 10uF Electrolytic Capacitor
- 1× Power Switch
- 1× CR1220 Battery & Socket
- 2× High-quality PCB Boards
🔹 Applications
This DIY LED airplane kit is great for:
- Student electronics projects
- Soldering skill practice
- Personal DIY and crafting
- Desktop or room decoration
- Unique handmade gifts
- Educational exhibitions
- Hobby electronics collections
🔹 Assembly Tips
- Use proper soldering tools
- Be patient — install complex components first
- Avoid long contact with soldering iron
- Check component orientation and polarity
- Prevent short circuits
- Use anti-static gloves if possible
- Always read the manual before starting!
