Romantic Ferris Wheel
por Bambu3Design en MyMiniFactory
This project is a 3D-printed Ferris wheel designed as a creative and romantic gift.
Licencia
Solo uso personalCC BY-NC-SA 4.0 — Atribución, no comercial, compartir igual
Uso personal dando crédito; sin fines comerciales y las modificaciones con la misma licencia.
Al descargar aceptas respetar la licencia y dar crédito a Bambu3Design.
Archivos (49)
- obj_1_002.STL.stl STL
- obj_10_008.STL.stl STL
- obj_11_007.STL.stl STL
- obj_12_011.STL.stl STL
- obj_13_010.STL.stl STL
- obj_14_014.STL.stl STL
- obj_15_frame1.STL.stl STL
- obj_16_frame1.STL.stl STL
- obj_17_frame1.STL.stl STL
- obj_18_frame1.STL.stl STL
- obj_19_frame1.STL.stl STL
- obj_2_003.STL.stl STL
- obj_20_frame1.STL.stl STL
- obj_21_015.STL.stl STL
- obj_22_wheel3.STL.stl STL
- obj_23_015.STL.stl STL
- obj_24_015.STL.stl STL
- obj_25_015.STL.stl STL
- obj_26_015.STL.stl STL
- obj_27_015.STL.stl STL
- obj_28_015.STL.stl STL
- obj_29_015.STL.stl STL
- obj_3_004.STL.stl STL
- obj_30_frame1.STL.stl STL
- obj_31_frame1.STL.stl STL
- obj_32_frame1.STL.stl STL
- obj_33_frame.STL.stl STL
- obj_34_self.STL.stl STL
- obj_35_self.STL.stl STL
- obj_36_self.STL.stl STL
- obj_37_self.STL.stl STL
- obj_38_015.STL.stl STL
- obj_39_frame.STL.stl STL
- Obj_4_005 2.Stl.stl STL
- obj_40_frame.STL.stl STL
- obj_41_frame.STL.stl STL
- obj_42_frame.STL.stl STL
- obj_43_frame.STL.stl STL
- obj_44_frame.STL.stl STL
- obj_45_frame.STL.stl STL
- obj_46_frame.STL.stl STL
- obj_47_self2.STL.stl STL
- obj_48_write.STL.stl STL
- Obj_5_005 3.Stl.stl STL
- Obj_6_005 4.Stl.stl STL
- Obj_7_005 5.Stl.stl STL
- Obj_8_005 1.Stl.stl STL
- Obj_9_005 1.Stl.stl STL
- wheel01.3mf 3MF
- Categoría
- Para tu impresora
- Formatos
- STL, 3MF
- Descargas (todas las plataformas)
- 152
- Publicado
Sobre este modelo
This project is a 3D-printed Ferris wheel designed as a creative and romantic gift. Each cabin is shaped like a heart and can hold a photo or a special memory, making the entire structure a symbol of love and shared moments.
The wheel rotates smoothly using a small DC motor. The main idea behind this design is inspired by the passage of time — with every turn, love grows stronger and deeper.
🖼️ Photo Display Specifications
Photo size: approximately 55 × 65 mm Number of photo slots: 9 photos This allows multiple memories to be displayed in a beautiful rotating form.
🔧 Components and Materials
🛞 Ball Bearing (688ZZ)
Inner diameter: 8 mm Outer diameter: 16 mm Thickness: 5 mm Used to reduce friction and ensure smooth rotation. https://s.click.aliexpress.com/e/_c4CoofQp
https://s.click.aliexpress.com/e/_c3Tnmq1L
⚙️ DC Motor (N20 Gear Motor)
Operating voltage: 3V Speed: approximately 30 RPM Provides slow, stable, and controlled rotation. https://s.click.aliexpress.com/e/_c3ykySpF
https://s.click.aliexpress.com/e/_c4TWDqW9
🎛️ PWM DC Motor Speed Controller (1.8V – 12V) Allows precise adjustment of motor speed for smooth motion.
https://s.click.aliexpress.com/e/_c3TJ7dXj
https://s.click.aliexpress.com/e/_c3Izt1fb
🔌 DC Power Jack (5.5 × 2.1 mm) Used for safe and stable power connection.
https://s.click.aliexpress.com/e/_c3qrFuYD
https://s.click.aliexpress.com/e/_c4eKKGxB
🔴 Power Switch (15 × 10 mm) Simple ON/OFF control for the device.
https://s.click.aliexpress.com/e/_c4bjuFsV
https://s.click.aliexpress.com/e/_c3bjvE65
🖨️ 3D Printed Parts
All structural components including:
Main wheel Support frame Photo holders Decorative elements were designed in SolidWorks and printed using PLA filament.
🖨️ Printing Notes
The two main wheels do NOT require supports because they are designed to print successfully using bridging. The central shaft and vertical photo rods DO require supports due to overhangs and vertical structures that need additional stability during printing. ⚡ How It Works
Power enters through the DC jack, passes through the switch, and then goes to the PWM controller. The controller adjusts the speed and drives the motor, which rotates the Ferris wheel smoothly.
🎬 Assembly Tutorial
For a full step-by-step assembly guide, watch the YouTube video via the link below:
https://www.youtube.com/watch?v=sVw2tBR-Ab0
✨ Final Result
Descripción original del autor, publicada en MyMiniFactory.
