-
Shopping cart is empty
-
x
Drone parts and accessories – fast shipping across the EU and to Ukraine, reliable components, technical support.
-
Shopping cart is empty
-
x
-
HTDRONE DIN 9021 M3 Nut - Secure Drone Construction Fastener
Secure your drone build with the HTDRONE DIN 9021 M3 Nut. This compact and reliable fastener is engineered to prevent loosening under vibration and stress, ensuring structural integrity. Featuring a precise M3 thread for a perfect fit with compatible screws, it's an essential component for drone frames and mounts. Get reliable fastening for your FPV or UAV projects. Check our best deals and order yours today!
6.00
| Reviews | |
| Price of consignment | 35 |
| The Availability Of |
|
| The bar code | |
| EAN | 5061099733533 |
Order by phone+48 666132049
| Leave your phone |
Introduction
The HTDRONE DIN 9021 M3 Nut is a critical component for building robust and reliable FPV and UAV drones. Designed to withstand the rigorous conditions of flight, including vibrations and dynamic loads, this nut ensures that your drone's structure remains securely fastened. Its precision engineering makes it an indispensable part for constructors who demand safety and durability in their builds.
Key Advantages
- Enhanced structural integrity under vibration and stress.
- Precise M3 thread ensures a secure and reliable connection.
- Durable, corrosion-resistant natural finish for longevity.
- Compact design integrates seamlessly into drone frames.
- Essential for maintaining the safety and performance of your drone.
- High-quality construction for demanding FPV and UAV applications.
- Easy to install and provides a dependable mechanical lock.
- Cost-effective solution for securing critical components.
Technical Specifications
- Type: Nut
- Standard: DIN 9021
- Thread Size: M3
- Finish: Natural / Corrosion-resistant
- Package Contents: 20x HTDRONE DIN_9021 M3 Nuts
Applications
This HTDRONE DIN 9021 M3 Nut is ideal for a wide range of applications within the FPV and UAV drone sector. It is perfectly suited for securing components on racing drones, freestyle FPV drones, professional aerial photography platforms, inspection drones, and various custom-built UAV systems. Use it for mounting arms, electronics, cameras, and other essential parts where a secure, vibration-resistant connection is paramount.
Compatibility
The M3 thread size ensures compatibility with standard M3 screws and bolts commonly used in drone construction. Its design is intended for direct integration into drone frames and mounting systems requiring M3 fastening solutions.
FAQ
What is the HTDRONE DIN 9021 M3 Nut used for in drone building?
The HTDRONE DIN 9021 M3 Nut is used to securely fasten components on FPV and UAV drones. Its design is specifically engineered to resist loosening caused by vibrations and stress, ensuring the structural integrity of your drone's frame and mounts.
What are the key specifications of the HTDRONE DIN 9021 M3 Nut?
This nut conforms to the DIN 9021 standard and features an M3 thread size. It has a natural, corrosion-resistant finish and comes in packs of 20. These specifications ensure a precise fit and durability for drone applications.
Is this nut suitable for high-vibration FPV racing drones?
Yes, the HTDRONE DIN 9021 M3 Nut is designed to provide a secure connection that withstands vibrations and loads, making it an excellent choice for high-performance FPV racing drones and other demanding UAV applications.
Where can I buy HTDRONE DIN 9021 M3 Nuts with reliable delivery?
You can buy HTDRONE DIN 9021 M3 Nuts directly from the HTDRONE store. We offer fast shipping within Poland and reliable international delivery via DHL for worldwide customers. Check our store for the best deals.
What makes the HTDRONE DIN 9021 M3 Nut a good choice for drone builders?
It offers a combination of reliability, durability, and precise fit thanks to its M3 thread and DIN 9021 standard compliance. The corrosion-resistant finish ensures longevity, and its vibration-resistant properties contribute to safer and more stable drone operation.