Craycle Stick – 800 mm Easy Trainer RC Airplane
Experience the pure simplicity and effortless joy of RC flight with the Craycle Stick! ☀️ Engineered for both newcomers to the hobby and seasoned pilots seeking a relaxing, reliable model, the Stick makes flying accessible, fun, and hassle-free. From its straightforward construction to its forgiving flight dynamics, this plane is your ideal everyday flyer.
Why Choose the Craycle Stick?
The Stick brings you straightforward construction and dependable performance without the fuss. Featuring a friendly wing loading of just 38 g/dm² and crafted entirely from standard PLA filament, the Stick delivers smooth, stable flights every time you take to the skies. 🌬️ Its gentle flight characteristics make it forgiving for learners, yet fun enough for experienced enthusiasts.
No complicated carbon rods, no expensive exotic materials—just print, assemble, and fly! 🛠️ Our fully 3D-printable landing gear means less searching for extra parts and more time enjoying your flights. With minimal components and clear instructions, you’ll spend less time at your workbench and more time experiencing the thrill of RC flight.
Key Features:
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Easy-to-print design optimized for Regular PLA filament
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800 mm wingspan, perfect for park flying and small fields
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Scalable design up to 1600 mm wingspan! Learn how to do it.
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Fully printable landing gear—no complicated hardware needed
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Beginner-friendly flight characteristics with stable handling
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Compatible with basic 4-channel radio setups
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She flies like a dream with 38 g/dm² wing loading
- Modular Electronics Rail design for Flight Controller and GPS mounting (Optional)
Whether you’re making your very first RC plane or looking to relax with an easy, reliable model, the Craycle Stick will remind you why flying is so much fun. ☁️
Join our community, build your Stick today, and start your journey in the exciting world of RC aviation!
General Specifications
- Wingspan: 800 mm (31.5 inches)
- Length: 665 mm (26 inches)
- Printed Weight: 272 g (9.6 oz)
- Flying Weight: 460 g (16.2 oz)
- Wing Area: 11.8 dm²
- Wing Loading: 38 g/dm²
- Airfoil: NACA 2412
- Minimum 3D Printer Size: 180 mm3
- Material:
- Regular PLA: Body, Wings
- PetG: Mounts, Brackets, Shafts
- TPU: Hinges, Wheels
Download Included
- STL Files: High Resolution and Low File Size
- Decal Files: PDF & SVG
- Project File: "3mf" (Orca Slicer)
- G-code files: Ready to print (Min 180 mm³ Printer Size)
- User Guide: Detailed instructions for assembling and printing
- Technical support: Contact us whether you are our customer or not.
Recommended Electronics
- Motor: 2204-2206 series, 1500-2500 Kv (Ideal: 2205, 2300 Kv)
- ESC: 15-30A (Ideal: 30A)
- Propeller: 5-inch, 2/3/4 blade (Ideal: 5" 2-blade)
- Servos: 4 pcs, 9 g servo
- Battery: 2S-4S, 850-1850 mAh LiPo (Ideal: 3S 1500 mAh)
- Radio System: Minimum 4 channels
🔩 Additional Required Equipment
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Medium CA Glue
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1 mm steel pushrods (2 pcs 150 mm & 2 pcs 400 mm lengths)
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Y-cable for aileron servos
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15pcs Self-tapping screws (2 mm)
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PLA Filament (TPU and PetG optional for specific parts)
🛠️ Optional Equipment:
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Servo tester
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Adjustable pushrod connectors
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Z-bend tool
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Spray paint for customization
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Model stand
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Lipo alarm for battery safety
orhanmerterduran (verified owner) –
I really love Craycle models, it is really easy to print and assemble. I haven’t printed it yet but I will do it soon. I wish the best for you, glad to have a good company like you in Turkey.
Cemal OZCELIK (store manager) –
Thank you so much for your kind words! We’re really happy to hear that, and we’re excited for you to try the model soon.
Your support means a lot to us!
Tom Shaw (verified owner) –
EDIT…..
the pockets fit fine with some pushing, the servo was getting stuck on the 2 small supports at the top of the wing.
All went together just fine..
Cemal OZCELIK (store manager) –
Thanks for the update! Glad to hear everything came together nicely in the end 😊 It is a small detail but I will fix it very soon.
Appreciate you taking the time to share it!
Tom Shaw (verified owner) –
Simple but effective sport design, prints well and goes together easily. Only complaint is the wing servo pockets are too tight for most 9g servos, the lead catches and makes it hard to get the servo in, some minor surgery to remove some plastic to fit in a easier.
Haven’t flown it yet, but I’d imagine it’ll fly fine.
Cemal OZCELIK (store manager) –
Thank you so much for your honest feedback! I am glad you liked the model.
In the Stick model, due to the added dihedral angle on wings, the wing servo support walls slightly interfere with standard 9g servos.
Ah, I can’t believe I forgot to fix that small detail before release! I had noticed it during testing, but since the servos still fit with a bit of effort, it slipped my mind.
Thanks again for pointing it out. We’ll be updating the wing files in the next few days to make servo installation easier for everyone.
Much appreciated!