Mazda RX7 Wankel Rotary Engine 13B-REW - Working Model
por Eric Harrell en Thingiverse
Working model of a Mazda 13B-REW Wankel rotary engine. Found in the RX7. Modeled from what was available on the internet. Mostly from pictures and diagrams. So most parts look right but are not dimensionally accurate. the scale is the same as my other models at roughly 1/3rd (35%). The engine stand.
Licencia
Solo uso personalCC BY-NC 4.0 — Atribución, no comercial
Puedes imprimirlo y modificarlo para uso personal dando crédito. No se permite vender las impresiones.
Al descargar aceptas respetar la licencia y dar crédito a Eric Harrell.
Archivos (52)
- Snail_housing_clamp_-_Scaled.stl STL · 47 KB
- Eccentric_Shaft_center_-_Scaled.stl STL · 59 KB
- Coil_backing_plate_-_Scaled.stl STL · 77 KB
- Front_Fixed_Gear_-_Scaled.stl STL · 320 KB
- Idle_Gear_13b_-_Scaled.stl STL · 62 KB
- Eccentric_Shaft_Lobe_1_-_Scaled.stl STL · 42 KB
- Rear_Fixed_Gear_-_Scaled.stl STL · 317 KB
- Rear_Plate_for_smart_rotor_-_Scaled.stl STL · 2,0 MB
- Rear_Rotor_Housing_-_Scaled.stl STL · 2,1 MB
- Smart_rotor_top_-_Scaled.stl STL · 231 KB
- Throttle_Body_-_Scaled.stl STL · 488 KB
- Visual_Coolant_2_-_Scaled.stl STL · 172 KB
- Rear_Plate_-_Plain_Rotor_-_Scaled.stl STL · 1,8 MB
- Eccentric_Shaft_1_-_Scaled.stl STL · 108 KB
- Coil_assembly_clamp_-_Scaled.stl STL · 49 KB
- Lower_Intake_Manifold_-_Scaled.stl STL · 2,8 MB
- Coiling_backing_plate_cover_-_Scaled.stl STL · 43 KB
- Visual_Coolant_-_Scaled.stl STL · 251 KB
- Turbine_Wheel_-_Scaled.stl STL · 579 KB
- LED_Diffuse_lens_-_Scaled.stl STL · 76 KB
- Output_Shaft_-_Scaled.stl STL · 30 KB
- rotor_1_-_Scaled.stl STL · 800 KB
- Front_Plate_-_Scaled.stl STL · 3,1 MB
- Flywheel_-_13B_-_Scaled.stl STL · 1,0 MB
- Visual_Coolant_3_-_Scaled.stl STL · 172 KB
- Smart_rotor_bottom_-_Scaled.stl STL · 803 KB
- Front_Pulley_-_Scaled.stl STL · 2,4 MB
- Visual_Coolant_4_-_Scaled.stl STL · 251 KB
- Oil_Filler_-_Scaled.stl STL · 73 KB
- RX_coil_assembly_jig_-_Scaled.stl STL · 149 KB
- Turbo_Housing_clamp_-_Scaled.stl STL · 47 KB
- Bearing_Housing_-_Scaled.stl STL · 259 KB
- Mounting_Feet_-_Scaled.stl STL · 88 KB
- Turbo_Exhuast_Housing_-_Scaled.stl STL · 1,6 MB
- Oil_Pan_-_Electric_motor_mount_-_Scaled.stl STL · 842 KB
- Upper_Intake_Manifold_-_Scaled.stl STL · 3,7 MB
- Turbo_Snail_Housing_-_Scaled.stl STL · 954 KB
- Front_Shaft_-_Scaled.stl STL · 29 KB
- TX_coil_assembly_jig_-_Scaled.stl STL · 176 KB
- Turbo_Manifold_-_Scaled.stl STL · 1,5 MB
- Timing_Cover_-_Scaled.stl STL · 3,9 MB
- Center_Plate_-_Scaled.stl STL · 1,3 MB
- Coiling_backing_plate_-_Scaled.stl STL · 30 KB
- Oil_Vent_Tube_-_Scaled.stl STL · 27 KB
- Starter_Drive_Gear_13b_-_Scaled.stl STL · 58 KB
- Turbo_Snail_Housing_Plate_-_Scaled.stl STL · 202 KB
- Front_Rotor_Housing_-_Scaled.stl STL · 2,1 MB
- Tx_arduino_code.ino INO · 1 KB
- Smart_Rotor_LED_Code.ino INO · 6 KB
- Mazda_13B_Assembly_Instructions.pdf PDF · 5,1 MB
- Compressor_Wheel_-_Scaled.stl STL · 5,4 MB
- Oil_pan_electronics_cover_-_Scaled.stl STL · 8 KB
- Categoría
- Juguetes y juegos
- Formatos
- STL, INO, PDF
- Descargas
- 77,999
- Publicado
Sobre este modelo
Working model of a Mazda 13B-REW Wankel rotary engine. Found in the RX7. Modeled from what was available on the internet. Mostly from pictures and diagrams. So most parts look right but are not dimensionally accurate. the scale is the same as my other models at roughly 1/3rd (35%). The engine stand model as well as links to the hardware kit can be found here https://www.thingiverse.com/thing:2225638 Complete hardware kits are avaialable through MakerRx. They include all the non printed parts to build this model. Screw, bearings, magnets, all the electronic components for the LEDs, etc. MakerRx Hardware kit Click Here. The model is designed so that you can see the moving parts of the rotary. All three of them. The center iron plate and front rotor housing are on hinges so the block can be opened up like a book. You can see the back rotor spinning and the you can turn the front rotor by hand when open. The eccentric shaft is sectioned into three pieces and held together with magnets and index pins, so that you can open and close the model while its running. The rotors are held to the eccentric shaft with magnets so that they don't fall out while the block is open. And they can be removed easily to see the eccentric shaft and fixed gears. The back rotor contains an Arduino and color changing LEDs which simulate the combustion cycle in each chamber. The rotor is wirelessly powered by another Arduino circuit housed in the oil pan. The rotor syncs the LEDs by sensing a magnet in the housing so it speeds up/slows down the changing colors of the LEDs according. There are complete instructions in PDF format as well as videos showing the whole assembly of the model and the electronics. https://youtu.be/3m_wHOgA1Lo
Descripción original del autor, publicada en Thingiverse.