Dancing Wings Hobby X0104
Dancing Wings Hobby X0104 Balsa Electric EXTRA330 RC Airplane Kit
1M Wingspan Assembly and Operation Manual
1. Safety Information
WARNING: This product is not suitable for children. Adult supervision is required at all times during assembly and operation. Misuse can result in serious injury or property damage.
- Always operate the aircraft in open areas, away from people, buildings, and obstacles.
- Ensure all components are securely fastened before each flight.
- Follow all local regulations and laws regarding model aircraft operation.
- Keep hands and loose clothing away from the propeller when the battery is connected.
- Use only recommended batteries and charging equipment.
2. Product Overview
The Dancing Wings Hobby X0104 EXTRA330 is a 1-meter wingspan balsa wood electric RC airplane kit designed for assembly. This model features laser-cut parts for precise construction, premium balsa and plywood materials, and an authentic functional landing gear. It is suitable for hobbyists looking to build and fly a radio-controlled aircraft.

Image 2.1: Fully assembled Dancing Wings Hobby X0104 EXTRA330 RC airplane. This image shows the complete wooden airframe with the white cowl and canopy installed, ready for flight.
3. Package Contents
The X0104 kit includes the following components:
- X01 EP Extra 330 (1.0M) Balsa Wood Kit
- MC2216 950KV Motor
- 11-inch Propeller
- 30A Electronic Speed Controller (ESC)
- 9g Servos (4 pieces)
- Comprehensive Hardware Pack
- Molded Plastic Cowl and Windscreen
- Functional Landing Gear Components
- Product Manual (detailed assembly instructions)
Note: A 3S 1300mAh battery and a 4-channel (or more) radio system are required and not included in this kit.

Image 3.1: Overview of the kit contents, including the balsa wood parts, motor, ESC, servos, propeller, and hardware. The image displays the various components neatly arranged alongside the packaging box and a blueprint.
4. Assembly Instructions
This kit requires careful assembly. Refer to the detailed physical product manual included in your package for step-by-step instructions, diagrams, and tips. The following provides a general overview of the assembly process.
4.1. Fuselage Assembly
Begin by assembling the fuselage structure using the laser-cut balsa and plywood parts. Ensure all joints are square and secure. Use appropriate wood glue (not included) for strong bonds.

Image 4.1: Close-up view of the balsa wood fuselage structure during assembly, showing the intricate laser-cut parts fitting together.
4.2. Wing and Tail Section Assembly
Assemble the wings and tail sections (horizontal and vertical stabilizers). Pay close attention to the dihedral (wing angle) and ensure control surfaces (ailerons, elevator, rudder) move freely and correctly.
4.3. Landing Gear Installation
Install the functional landing gear according to the manual. Ensure it is robustly attached to withstand landing forces.
4.4. Covering the Airframe
Once the airframe is complete, cover it with your chosen covering material (not included, unless specified in a variant). This protects the wood and provides the aircraft's final appearance.

Image 4.2: Side view of the assembled EXTRA330 RC airplane, showcasing the complete airframe structure before covering.
5. Setup
5.1. Power System Installation
- Motor: Install the MC2216 950KV motor onto the motor mount at the front of the fuselage.
- ESC: Connect the 30A ESC to the motor and mount it in a location with good airflow.
- Propeller: Securely attach the 11-inch propeller to the motor shaft. Ensure it is balanced.
- Battery: Install your 3S 1300mAh LiPo battery (not included) in the designated battery compartment, ensuring it is secured and the aircraft's center of gravity (CG) is correct.
5.2. Radio System and Servo Installation
- Servos: Install the four 9g servos into their respective locations for ailerons, elevator, and rudder.
- Receiver: Install your 4-channel (or more) radio receiver (not included) in the fuselage, ensuring antennas are positioned correctly for optimal signal.
- Control Linkages: Connect the servos to the control surfaces using the provided linkages. Adjust for neutral positions and correct throw.
5.3. Center of Gravity (CG)
Achieving the correct CG is critical for stable flight. Refer to your detailed manual for the recommended CG location. Adjust battery position or add ballast as needed to achieve the correct balance.
6. Operating Instructions
6.1. Pre-Flight Checklist
- Check all control surfaces for free and correct movement.
- Verify battery charge levels for both aircraft and transmitter.
- Ensure all connections are secure.
- Check propeller for damage and secure attachment.
- Confirm correct CG.
- Perform a range check of your radio system.
6.2. Flight Operation
- Takeoff: Apply throttle smoothly and maintain directional control with the rudder. Once sufficient speed is gained, gently apply elevator to lift off.
- Flight: Use the ailerons for roll, elevator for pitch, and rudder for yaw. Practice gentle maneuvers before attempting advanced aerobatics.
- Landing: Reduce throttle, align the aircraft with the runway, and maintain a controlled descent. Flare gently just above the ground to touch down smoothly.
6.3. Post-Flight Procedures
- Disconnect the flight battery immediately after landing.
- Inspect the aircraft for any damage or loose components.
- Allow the motor and ESC to cool down before storage.
7. Maintenance and Care
- Regularly inspect all balsa and plywood parts for cracks or damage. Repair as needed.
- Check all screws and fasteners for tightness before each flight.
- Keep the motor and ESC clean and free of debris.
- Ensure servos operate smoothly and linkages are free from binding.
- Store the aircraft in a dry, temperature-controlled environment, away from direct sunlight.
- Properly charge and store LiPo batteries according to manufacturer guidelines.
8. Troubleshooting
| Problem | Possible Cause | Solution |
|---|---|---|
| Aircraft does not respond to controls | Loose connections, discharged battery, radio interference, faulty receiver/servo | Check all wiring, charge batteries, perform range check, inspect components. |
| Aircraft flies erratically or is unstable | Incorrect CG, control surface trim, warped wing/tail, loose components | Adjust CG, trim controls, inspect airframe for damage, tighten components. |
| Motor not spinning or weak power | Discharged battery, faulty ESC/motor, loose propeller, incorrect ESC calibration | Charge battery, check motor/ESC connections, ensure propeller is secure, recalibrate ESC. |
| Landing gear collapses | Improper installation, hard landing, weak attachment points | Reinforce attachment points, ensure correct installation, practice softer landings. |
9. Technical Specifications

Image 9.1: Visual representation of the X01 EXTRA330's key specifications, including wingspan, fuselage length, and recommended power system components.
| Feature | Specification |
|---|---|
| Model Name | X0104 (X01 EP Extra 330) |
| Wingspan | 1000mm (39 inches) |
| Fuselage Length | 900mm (35 inches) |
| Flying Weight | Approximately 760g |
| Motor (Included) | MC2216 950KV |
| ESC (Included) | 3S 30A |
| Servos (Included) | 9g * 4pcs |
| Propeller (Included) | 11 inch |
| Recommended Battery (Not Included) | 3S 1300mAh LiPo |
| Recommended Radio (Not Included) | 4-channel or more |
| Material | Balsa Wood, Plywood |
| Assembly Required | Yes |
| Recommended Age | 18 - 80 years |
| Product Dimensions (Packaged) | 6.1 x 1.52 x 1.52 cm; 408.23 g (Note: This refers to a component, not the full kit dimensions) |
10. Warranty and Support
Dancing Wings Hobby products are manufactured to high standards. For specific warranty information or technical support, please refer to the documentation included with your product or contact the retailer where the product was purchased. Keep your proof of purchase for any warranty claims.
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