Elecrow aircraft lighting system with Attiny85 microcontroller, LED navigation lights, 5V
Product number: CQE240930AL
Product information "Elecrow aircraft lighting system with Attiny85 microcontroller, LED navigation lights, 5V"
This DIY aircraft lighting system is ideal for hobbyists, modellers and technology enthusiasts. The specially designed circuit board mimics the authentic light patterns of real aircraft, with LEDs controlled by the Attiny85 microcontroller. The system provides realistic lighting effects that are perfect for model aircraft or as a stand-alone decorative element. It is easy to assemble and offers precise lighting control.
This system is specially designed to recreate the lighting of an aircraft by simulating navigation and position lights. The Attiny85 microcontroller controls the LEDs to create the desired lighting effects. The modular design allows for easy customisation, and the base can be manufactured using a 3D printer, allowing the system to be customised. The lighting system is powered by a 5V power supply, either by USB or battery. These features make it particularly interesting for modellers who want to add detailed lighting effects to realistic aircraft models. It is also suitable for educational projects and circuit designs in the field of microcontroller programming.
Features at a glance
- Simulates the lighting of an aircraft with navigation and position lights
- Power supply via 5V, controlled by the Attiny85 microcontroller
- Modular design with 3D printable stand
- Compatible with Arduino and similar microcontroller projects
- Microcontroller: Attiny85
- Power supply: 5V (via USB or battery)
- Lighting: LEDs to simulate aircraft lights (navigation lights, position lights)
- Board design: Customised board in the shape of an aircraft
- Dimensions: Maximum 100x100mm
- Stand: 3D printable (link available for download)
- Ideal for model aeroplanes, dioramas and educational projects
- Suitable for microcontroller programming and circuit design
- 1x aircraft lighting board with pre-assembled components
- 1x Attiny85 microcontroller (pre-programmed)
- 1x instruction manual (digital or printed)
- 1x link to download the 3D print file for the stand
| Zolltarifnummer: | 85423111 |
|---|---|
| Brand: | Elecrow |
| Country of Origin: | China |
| Gross Weight (kg): | 0.024 |
| Manufacturer ID: | CQE240930AL |
| Product ID: | CQE240930AL |
Elecrow
Elecrow – Creative Electronics Solutions for Education and Development
Elecrow is a leading provider of electronics and educational products, offering innovative tools and platforms for students, makers, and developers. With a focus on creativity, user-friendliness, and versatility, Elecrow supports learners and professionals in executing their projects efficiently.
Elecrow’s product range includes microcontroller boards, sensors, displays, robotics kits, and DIY sets. The CrowPi kits, Raspberry Pi-based educational and development tools, are particularly popular. These kits are ideal for use in schools, makerspaces, and DIY projects, promoting an understanding of programming, electronics, and robotics.
Elecrow emphasizes open-source software and hardware to ensure accessibility and customizability. Many products are compatible with platforms such as Arduino, Raspberry Pi, and micro:bit, making project development and implementation easier. Additionally, the brand offers PCB manufacturing and prototyping services to help developers realize customized designs.
With a strong focus on quality, innovation, and support, Elecrow has established itself as a trusted brand for educational and development projects. The products provide an excellent platform for creative learning and modern technology implementation, catering to both beginners and experienced developers.
Elecrow
Nanchang Huafeng Industrial Park
CN Baoan District, Shenzhen
https://www.elecrow.com/
service18@elecrow.com
WEEE number: 85275112
Person responsible for the EU
Sertronics GmbH
Am Studio 20d
DE 12489 Berlin
https://www.berrybase.de
info@berrybase.de
Safety instructions
- Do not touch LEDs directly with skin or open electrical contacts to avoid short circuits.
- Do not shine light directly into the LED, especially at high brightness, to prevent eye damage.
- Only operate LEDs within the specified operating parameters (voltage, current) according to the data sheet.
- Before connecting to the power supply, ensure that the polarity is correct.
- LEDs can become hot during operation - avoid risk of injury from skin contact.
- Defective or damaged LEDs must be disposed of in accordance with the applicable disposal regulations for electronic components.
- Keep LEDs away from children - risk of swallowing.
- Do not immerse LEDs in liquids or operate them in damp environments unless they are appropriately encapsulated.
- Dispose of LEDs via municipal collection centres or electronic waste.
- Do not damage LEDs mechanically to avoid the release of harmful substances.
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