A DIY enthusiast created a firewood splitter using recycled materials. He started by purchasing a flywheel from a GAZ-53 vehicle and balancing it to ensure smooth rotation. He then built a metal base and attached the flywheel to it. The machine was powered by an engine from a washing machine and controlled by a regulator.
After assembling the machine, the creator tested it and made some adjustments to improve its performance. He also built a protective casing to prevent accidents.
The machine proved to be effective in splitting firewood, and the creator demonstrated its capabilities by splitting various types of wood, including oak and apple tree branches. He also showed how to safely operate the machine and how to troubleshoot common issues.
Throughout the project, the creator emphasized the importance of safety and precision, and he provided tips and tricks for building and operating a firewood splitter. The total cost of the project was approximately $116, which is significantly cheaper than buying a commercial firewood splitter.
Here are the key facts extracted from the text:
1. The author purchased a callum (wood splitter) last fall, which was not the cheapest one but had good quality workmanship.
2. The author found a fragment of the callum stuck in a stump, indicating it was not without defects.
3. The author replaced the callum with a new one and sharpened it.
4. The author decided to automate the process of splitting firewood using a metal base.
5. The author used brown round timber, which weighed 7 kilograms, to build the metal base.
6. The author used a 180 grinder to cut the metal and a file to smooth out the edges.
7. The author welded the metal parts together and created a hole for the shaft.
8. The author used a turner to shape the shaft.
9. The author purchased a GAZ-53 flywheel from an advertisement.
10. The author cleaned the flywheel and removed the ring gear.
11. The author balanced the flywheel using a homemade setup.
12. The author built a casing for the flywheel using scrap metal.
13. The author purchased a profile pipe, a carrot (engine), bearings, bolts, nuts, and washers for the project.
14. The author spent approximately $116 on the entire project.
15. The author assembled the machine and tested it.
16. The machine uses a belt to transfer power from the engine to the flywheel.
17. The author added a regulator to control the speed of the machine.
18. The machine can split firewood into small pieces with ease.
19. The author tested the machine on different types of wood, including oak and apple tree.
20. The author found that the machine worked well, but there were some issues with the bolt that fixed the carrot.
21. The author corrected the issue with the bolt and improved the machine's performance.
22. The author built a table for the machine using scrap metal.
23. The author added a safety feature to the machine to prevent accidents.
24. The author demonstrated the machine's ability to split firewood quickly and safely.