S500 Glass Fiber Quadcopter Frame 480mm – Integrated PCB Version

Key Features:

• Durable Glass Fiber and Nylon Construction:
  • Made from high-quality glass fiber and polyamide nylon, the S500 frame is lightweight yet strong, offering excellent resistance to crashes and vibrations.
• Integrated Power Distribution Board (PCB):
  • The integrated PCB simplifies wiring by providing an easy way to distribute power to all four motors, helping to keep your build clean and reducing clutter. This feature significantly improves ease of assembly compared to using an external power distribution board.
• X-Style Layout:
  • The frame features an X-style layout, which provides a balanced design that enhances flight stability and agility, making it suitable for aerial photography and FPV flying.
• Large Wheelbase:
  • With a 480 mm wheelbase, this frame offers ample space for mounting various components, such as GPS modules, camera gimbals, and additional sensors, enabling advanced drone applications.
• Landing Gear:
  • The landing gear keeps the frame elevated, providing sufficient ground clearance to protect mounted cameras, gimbals, and other sensitive components during takeoffs and landings.
• Motor Compatibility:
  • The frame is compatible with a wide range of brushless motors, 22xx or 23xx sizes, making it versatile for different power setups.
• Lightweight Design:
  • Despite its size, the frame is lightweight, which helps improve flight performance by reducing the overall load on the motors, thus enhancing maneuverability and flight duration.
• Customizable:
  • There is enough space on the frame to add custom components such as FPV cameras, GPS modules, and transmitters, allowing you to adapt the drone for a variety of use cases.

Applications:

• Aerial Photography and Videography:
  • The S500 frame is spacious enough to mount a gimbal and camera, making it suitable for aerial photography and videography applications.
• First Person View (FPV) Flying:
  • Due to its stable flight characteristics, the S500 is a popular choice among FPV enthusiasts who want a smooth and responsive flying experience.
• Payload Delivery:
  • With its strong construction, this frame is capable of carrying small payloads, making it useful for lightweight delivery or experimental payload missions.
• Educational and Research Projects:
  • The S500 frame is an excellent choice for educational projects, allowing students and researchers to experiment with flight control systems, sensor integration, and autonomous features.

How to Use:

1. Assembly:
   • Assemble the four arms to the central frame plates using the included screws. Ensure that the power distribution board is properly aligned and securely fitted.
2. Motor Installation:
   • Mount the brushless motors on each arm. Ensure that the motor orientation matches the desired propeller rotation (CW or CCW) for stable flight.
3. Electronic Speed Controllers (ESCs):
   • Attach ESCs to each arm and connect them to the power distribution board. The integrated PCB simplifies the wiring, as all ESCs can draw power from a common point.
4. Flight Controller:
   • Install a flight controller in the middle of the frame. Use vibration dampeners if needed to improve the stability of the controller.
5. Propeller Installation:
   • Attach propellers that match the motor specifications. The frame supports propeller sizes between 10 and 12 inches, depending on the desired thrust and payload.
6. Battery Mounting:
   • Use the straps provided to mount the LiPo battery securely on the top or bottom plate of the frame. Ensure the battery is well-secured to avoid shifting during flight.
7. Wiring and Connections:
   • Connect the ESC signal wires to the flight controller. Route wires neatly to avoid tangling and interference.
8. Landing Gear Attachment:
   • Secure the landing gear to the bottom of the frame. Ensure they are evenly installed for proper ground clearance.
9. Final Check:
   • Perform a thorough pre-flight check, ensuring all components are securely fastened and wires are properly connected.

Installation Tips:

• Balanced Setup:
  • Ensure that the weight is distributed evenly across the frame to maintain balance, which is crucial for stable flight.
• Vibration Reduction:
  • Use anti-vibration dampeners under the flight controller to minimize vibrations from the motors, which could interfere with flight control.
• Cable Management:
  • Properly route and secure wires to avoid interference with the propellers or other moving parts. Keeping wires tidy also helps reduce the risk of electrical short circuits.

Safety Tips:

• Tighten Screws Securely:
  • Make sure all screws, especially those attaching the arms to the central plates, are securely tightened to avoid mid-flight failures.
• Propeller Safety:
  • Always handle the propellers with care, and remove them when working on the electronics to prevent accidental injury.
• Battery Connection:
  • Be careful when connecting the battery, as a sudden surge of power could potentially damage the electronics if wired incorrectly.

The S500 Glass Fiber Quadcopter Frame (480mm) is an excellent choice for anyone looking to build a durable and versatile quadcopter. With its integrated power distribution board, robust materials, and ample mounting space, it offers flexibility for a wide range of drone applications—from aerial photography to research projects. Whether you are a beginner or an experienced drone builder, the S500 provides a solid foundation for a reliable and high-performance quadcopter.