LDARC TINY 6XS / 7XS KIT FPV Racing Drone Frame Instruction Manual

1. Introduction

This instruction manual provides essential information for the assembly, configuration, and maintenance of your LDARC TINY 6XS or 7XS KIT FPV Racing Drone Brushed Frame. These kits are designed for DIY enthusiasts looking to build a lightweight and agile micro FPV quadcopter. Please read this manual thoroughly before beginning assembly to ensure proper setup and safe operation.

2. Product Features

• Lightweight Design: Constructed from durable composite material for minimal weight and maximum agility.
• Two Wheelbase Options: Available in 65mm (TINY 6XS) and 75mm (TINY 7XS) to suit different flight characteristics and motor sizes.
• Brushed Motor Compatibility: Specifically designed for 716 (6XS) and 820 (7XS) brushed motors.
• Integrated Propeller Guards: Frame design includes built-in propeller guards for enhanced durability and safety.
• Flexible Camera Mounting: Includes two types of camera mounts (blue and black) to accommodate various micro FPV cameras.
• DIY Friendly: Ideal for hobbyists who enjoy building and customizing their FPV drones.

3. Package Contents

The LDARC TINY 6XS / 7XS KIT includes the following components:

• 1x FPV Drone Frame (65mm for 6XS, 75mm for 7XS)
• 1x Blue Camera Mount
• 1x Black Camera Mount
• 4x Rubber Rings (for flight controller mounting)
• 8x Mounting Screws (for motors and flight controller)
• (Optional, depending on kit variant) Propellers (e.g., 31mm-4 Blade for 6XS, 1545-4 Blade for 7XS)

4. Specifications

5. Assembly Instructions

This section outlines the general steps for assembling your LDARC TINY FPV drone frame. Please note that this kit provides the frame and basic mounting hardware; additional components such as flight controller, motors, battery, and camera are sold separately and require their own installation guides.

5.1. Prepare Components

• Unpack all components from the kit and ensure all parts listed in Section 3 are present.
• Gather your additional components: flight controller (FC), motors, battery, camera, and propellers.

5.2. Motor Installation

• Carefully insert the brushed motors into the motor mounts on the frame. Ensure the motor wires are routed correctly to avoid interference with propellers.
• Secure the motors if your specific motor type requires additional fastening (some brushed motors are press-fit).

5.3. Flight Controller (FC) Mounting

• Place the rubber rings onto the FC mounting posts on the frame. These help absorb vibrations.
• Carefully position your flight controller onto the rubber rings, aligning the mounting holes.
• Secure the FC using the provided screws. Do not overtighten to avoid damaging the FC board.
• Connect the motor wires to the appropriate pads on your flight controller. Pay close attention to motor order and rotation direction as specified by your FC's manual.

5.4. Camera Installation

• Choose either the blue or black camera mount based on your preference or camera size.
• Insert your micro FPV camera into the chosen mount.
• Attach the camera mount to the front of the drone frame.
• Connect the camera's video and power wires to your flight controller or video transmitter (VTX) as per their respective manuals.

5.5. Propeller Attachment

• Once all electronics are installed and tested, carefully push the propellers onto the motor shafts.
• Ensure propellers are installed in the correct orientation for lift (check your flight controller's manual for propeller direction).

6. Recommended Configuration

For optimal performance, LDARC recommends the following component configurations for each kit:

7. Maintenance

Regular maintenance will help prolong the life and performance of your FPV drone frame.

• Inspect for Damage: After each flight, check the frame for any cracks, bends, or loose components. Replace damaged parts immediately.
• Cleanliness: Keep the frame free from dirt, dust, and debris. Use a soft brush or compressed air to clean hard-to-reach areas.
• Screw Tightness: Periodically check all screws, especially those holding the flight controller and motors, to ensure they are securely fastened. Avoid overtightening.
• Motor Mounts: Ensure motors are firmly seated in their mounts.

8. Troubleshooting

If you encounter issues during or after assembly, consider the following common troubleshooting steps:

• Unstable Flight:
  • Check propeller orientation and ensure they are securely attached.
  • Verify motor connections and ensure all motors are spinning in the correct direction.
  • Ensure the flight controller is mounted securely and vibrations are minimized (check rubber rings).
  • Recalibrate your flight controller's accelerometer and gyroscope.
• Motors Not Spinning:
  • Check all motor wire connections to the flight controller.
  • Ensure your battery is fully charged and properly connected.
  • Inspect motors for physical damage or obstructions.
• No FPV Feed:
  • Verify camera and VTX (Video Transmitter) connections.
  • Ensure your FPV goggles/monitor are on the correct frequency/channel.
  • Check for power to the camera and VTX.

9. User Tips

• Start with the 6XS: If you are new to micro FPV drones, the 65mm TINY 6XS offers a slightly more forgiving flight experience due to its smaller size and lighter weight.
• Motor Choice: While recommended motors are provided, experienced builders may experiment with other compatible brushed motors for different performance characteristics. Always ensure compatibility with your flight controller.
• Cable Management: Neatly route and secure all wires to prevent them from interfering with propellers or getting snagged during flight. Use small zip ties or electrical tape.
• Test Thoroughly: Before your first full flight, perform a thorough bench test of all components (motors, FC, camera, radio) to ensure everything is functioning correctly.

10. Warranty and Support

For any questions, technical assistance, or warranty claims regarding your LDARC TINY 6XS / 7XS KIT, please contact the seller or manufacturer directly. Keep your purchase receipt as proof of purchase.

LDARC is committed to providing quality products and support for the FPV community.