Model information
Description
3D printed RC airplane with a wingspan of 1120 mm and a length of 680 mm. The airfoil profile is NACA 2410. The target All-Up Weight (AUW) is approximately 1200g (+100g).
Hardware & Reinforcement Required:
- Main Wing Spar: 6mm x 900mm Rod (1x)
- Secondary Wing Spar: 6mm x 300mm Rod or BBQ Skewer Stick (1x)
- Elevon Control Rods: 3mm x 300mm Rods or BBQ Skewer Sticks (2x)
- Servos: 2x Micro servos 9g
- Motor Setup: Single motor configuration
- Supported Motors: 2807 to 2812 Brushless Motors
3D Printing Settings:
- Recommended Material: The author recommends PETG Filament
- Estimated Weight: ~600g to 700g
- Wall Loops: 1
- Top Shell Layers: 3
- Bottom Shell Layers: 2
- Sparse Infill Density: 3–4%
- Sparse Infill Pattern: Cubic
- Layer Height: 0.28 mm
Original text by the author on Printables
<p>🛠 Technical Specifications</p><p>Wingspan: 1120 mm<br>Length: 680 mm<br>Wing Area: 21.56 dm²<br>Airfoil Profile: NACA 2410<br>Target AUW (All-Up Weight): ~1200g (+100g)</p><p>📦 Hardware & Reinforcement Required</p><p>Main Wing Spar: 6mm x 900mm Rod (1x)<br>Secondary Wing Spar: 6mm x 300mm Rod or BBQ Skewer Stick (1x)<br>Elevon Control Rods: 3mm x 300mm Rods or BBQ Skewer Sticks (2x)<br>Servos: 2x Micro servos 9g<br>Motor Setup: Single motor configuration<br>Supported Motors: 2807 to 2812 Brushless Motors</p><p>🚀 3D Printing Settings</p><p>Recommended Material: PETG<br>Filament Weight: ~600g to 700g<br><br></p><p>🛡 Strength & Infill</p><p>Wall Loops: 1<br>Top Shell Layers: 3<br>Bottom Shell Layers: 2<br>Sparse Infill Density: 3–4%<br>Sparse Infill Pattern: Cubic</p><p>Layer Height: 0.28 mm</p>
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