These are the 12 steps to build the rotary piston engine.
1: Engine housing 9" x 10" x 2.5" steel block.
2: Engine housing side plates with bearing assy.
3: Rotor design 6" x 2" with 1"diameter x 8" rotor shaft.
4. Machine piston vane and housing seals assy.
5. Testing machine parts of housing assy under compress air for leaks and rotation of engine.
6. Machining Compressor assy.
7. Testing machine parts and compression testing of compressor.
8. Machining combustion chamber parts and valves.
9. Testing for combustion leaks .
10. Adding electronic ignition system to engine.
11. Testing ignition timing, compression and combustion chamber.
12. Test run prototype.
1: Engine housing 9" x 10" x 2.5" steel block.
2: Engine housing side plates with bearing assy.
3: Rotor design 6" x 2" with 1"diameter x 8" rotor shaft.
4. Machine piston vane and housing seals assy.
5. Testing machine parts of housing assy under compress air for leaks and rotation of engine.
6. Machining Compressor assy.
7. Testing machine parts and compression testing of compressor.
8. Machining combustion chamber parts and valves.
9. Testing for combustion leaks .
10. Adding electronic ignition system to engine.
11. Testing ignition timing, compression and combustion chamber.
12. Test run prototype.
The Rotary Piston Engine Housing
The engine housing is 9" x 10" x 2.5", with a 7" , with side plates and bearing assy. Stage 1&2 completed. 66lb.
3: Rotor design 6" x 2" with 1"diameter x 8" rotor shaft.
Housing ,rotor and shaft: 79.4lb
Stage 3 completed.
Adding the compressor pump
Adding the combustion chamber
Overhead cam design
Timing gears and pulley machined for a 14400-ZL9-003 honda timing belt.
Front view of timing belt assembly.
Side view of cam shaft assembly.
