Key Specs
About this product
Whether you’re building a radio controlled plane or upgrading your RC hobby setup, this compact digital servo delivers reliable performance for light aircraft applications. The Xfly 9g servo combines precision control with a generous 550mm lead length, making installation straightforward across various RC models. Perfect for hobbyists seeking quality Xfly RC components without breaking the bank, this servo offers the durability and responsiveness expected from a trusted RC parts UK supplier.
- 9g lightweight digital servo design
- 550mm extended lead for flexible installation
- Ideal for RC planes and light control surfaces
- Compact form factor suitable for small to medium aircraft
Frequently Asked Questions
The Xfly 9g servo is designed for RC planes and light control surfaces, making it suitable for small to medium aircraft. It's appropriate for hobbyists of various experience levels, whether you're building a new plane or upgrading an existing setup.
The product information provided doesn't specify additional accessories or installation hardware included. We recommend checking the detailed product listing or contacting our customer service for confirmation of what's in the box.
This servo features an extended 550mm lead length, which provides flexible installation options across various RC plane models and helps streamline wiring in tight spaces. This generous lead makes it suitable for most small to medium aircraft without requiring extension leads.
The Xfly 9g Digital Servo is a lightweight digital design weighing 9 grams, making it ideal for applications where weight matters. It delivers precision control and responsive performance, with the 550mm lead allowing straightforward installation across different RC models.
This is a servo that operates via your RC plane's receiver and power system—it doesn't charge independently like a battery. For specific power requirements and compatibility with your radio control setup, please consult your servo manual or contact our support team.
