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Product details
Build Your Own Windmill Desk Lamp – DIY Circuit Sculpture Kit | Stirlingkit
Product Description
Bring your workspace to life with the DIY Windmill Desk Lamp from Stirlingkit, a hands-on circuit sculpture kit that combines creative electronics, mechanical movement, and vintage industrial design. Build your own lamp and enjoy a satisfying DIY experience while learning fundamental STEM principles.
Why You’ll Love This Kit
Compact & Versatile: Completed lamp measures 15 × 10 cm, ideal for desks, shelves, or bedside tables.
Hands-On Assembly: Includes 33 pre-shaped components with manual soldering, giving a rewarding DIY experience.
Warm Industrial Glow: Brass and copper structure emits a soft, cozy light, perfect as a night lamp or decorative accent.
Rotating Windmill Blades: Rotate manually or with airflow, demonstrating basic mechanical motion principles.
Complete Kit: Includes motor, speed controller, battery pack, filament lights, copper wires, heat shrink tubing, and clear instructions for assembly and storage.
Learn While You Build
Mechanical Principles: Windmill blades demonstrate rotation, leverage, and energy transfer.
Electric Circuit Basics: Battery-powered filament lights show current flow and circuit connection.
Motor Mechanics: N20 motor converts electrical energy into mechanical rotation.
DIY Soldering: Learn conductivity and soldering techniques while assembling your own functional lamp.
Whether you’re a DIY hobbyist, STEM learner, or creative gift seeker, this lamp offers a unique combination of fun, learning, and home décor.
Everything you need to assemble your mini windmill desk lamp: motor, battery, filament lights, pre-shaped copper wires, speed controller, and clear instructions.
2. What size is the finished lamp?
Approximately 15 cm high and 10 cm wide—perfect for desks, shelves, or bedside tables.
3. Do your kits carry a warranty?
Yes! The Windmill Desk Lamp DIY Kit comes with a 90-day warranty. Even beyond that, if a defect causes a component to fail, we typically assist with replacement or repair guidance free of charge. Please contact Stirlingkit directly for warranty or repair support.
4. What types of materials does the kit use?
The kit uses brass and copper for the frame and blades, along with a wooden base. Filament lights and pre-shaped wires are included to ensure a smooth assembly experience.
5. How do I clean my kit components?
For the metal and electrical parts, gently wipe with a cloth to remove dust. Do not expose electronic components or motor to water. For the brass or copper parts, you can polish lightly once cooled to maintain the industrial aesthetic.
6. As a beginner, which kit should I purchase?
This kit is designed for DIY enthusiasts aged 16+. If you are new to DIY electronics, this kit is suitable for smaller projects and introduces basic mechanical and electrical principles. For guidance, contact Stirlingkit directly via email (service@stirlingkit.com). We also offer many other creative models, such as Ferris Wheel, Lighthouse, and more. Click here to explore all models.
7. What is the best kit for the money?
For the best all-in-one experience, we recommend:
Ultimate Version – Includes the windmill model, soldering tools, pre-shaped copper wires, and wire bending template. Ideal if you want everything needed in a single kit.
Upgrade Version – Includes the windmill model and soldering tools. Perfect if you already have some wires or want to add your own materials.
⚠️ Note: The standard kit does not include soldering tools, so if you don’t already have them, it’s best to choose Ultimate or Upgrade versions to get started without needing extra purchases.
8. How long does it take to assemble the kit?
Assembly typically takes 2–4 hours, depending on your experience with soldering and DIY projects. This makes it a fun weekend project or educational activity.
9. Do I need any additional tools or materials?
The kit includes all parts for the lamp itself. You will need a soldering iron and solder wire if you do not select the Ultimate or Upgrade version. Basic tools like small pliers may also be helpful.
10. How does the windmill function work?
The blades can rotate manually or with airflow, adding mechanical charm. This demonstrates basic motion, leverage, and energy transfer principles, perfect for hands-on STEM learning.
11. How does the lamp light work?
Battery-powered filament lights illustrate how electric current flows through a simple circuit, while providing a warm, cozy glow for desks, shelves, or bedside tables.
12. Can the lamp be powered continuously?
Yes, the included batteries allow for several hours of continuous use. Always monitor battery temperature and avoid leaving the lamp unattended for long periods.
13. Can I modify or expand the model?
Absolutely! The kit is a great starter for makers. You can add extra LEDs, sensors, or other creative modifications to explore further STEM concepts.
14. How do I assemble and maintain the kit?
Components are pre-shaped and organized for easy assembly.
Follow the step-by-step instructions and solder carefully.
Keep unused parts in the included box for storage.
Check connections regularly to ensure the motor and lights function properly.
15. Are there any safety precautions?
Solder carefully and avoid overheating components.
Only use the included batteries and components.
Keep the lamp and blades away from flammable materials.
Ensure proper ventilation when soldering.
16. What STEM principles can I learn from this kit?
Mechanical motion: Rotating windmill blades demonstrate rotation, leverage, and energy transfer.
Electric circuits: Filament lights show current flow and basic circuit concepts.
Motor mechanics: N20 motor converts electrical energy into mechanical motion.
DIY soldering: Learn practical electronics skills and conductivity concepts.
17. When will my order ship?
Standard shipping (USPS First-Class, Priority, FedEx Ground) typically takes 1–2 business days to process and leave the
