No Experience Earthship Self Build. Start To Finish

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Why Tires Make The Best Building Material
1.Tires are indigenous to the entire planet, making them readily available in most locations worldwide.
2. Using tires in construction helps address the global waste problem by repurposing a problematic waste material that would otherwise end up in landfills or illegal dumps.
3. Tires make the perfect building brick, being earthquake resistant and lasting for thousands of years when used in Earthship walls.
4. Tire walls provide the foundation, load-bearing walls, heating and cooling system, and protection from the elements all in one.
5.Tires are fireproof when packed with earth, making Earthships highly resistant to fire damage.
Tire walls are incredibly strong, able to withstand impacts that would easily destroy traditional brick or concrete walls.
6. Tire walls do not require a concrete foundation due to their monolithic nature and ability to "float" on the bearing capacity of the soil.
7. Tires are a low-tech building material that requires minimal training and equipment to use in construction.
8. Tire walls have a high thermal mass, allowing them to store temperature and regulate the interior climate of an Earthship.
9. When plastered over, tire walls create a thick, dense mass that facilitates the passage and storage of temperature, acting like a "battery" for temperature.
10. The thermal mass of tire walls, combined with the insulation of the earth berm, allows Earthships to maintain stable indoor temperatures year-round with little to no additional heating or cooling.
11. Tire walls are resilient and can withstand severe weather events like hurricanes and earthquakes due to their flexible, shock-absorbing nature.
12. Tires are termite and bug proof due to the dense packing of the soil and the presence of steel belts, creating an inhospitable environment for pests.
13. Even after decades of searching, Mike Reynolds has not found a more effective, affordable, and universally applicable building material than tires. As he states, "If somebody gave me 30 million dollars and said: 'Develop the best form... develop the best building material you can find' I'd probably invent a tire."
14.Versatility in construction: Tires can be pounded using various methods, making the process adaptable to different skill levels and physical abilities. From young children to elderly individuals, anyone can participate in tire pounding, either standing up, sitting down, or using different tools like large hammers, small hammers, feet, or even fingers.
15. Accessibility of materials: Any type of soil, including sand, can be used to fill tires, making it easy to source materials locally and reducing the need for transportation.
16. Simplicity of the process: Pounding tires is a straightforward task that can be easily learned and executed, even by people with no prior construction experience.
17. Minimal site preparation: Tire walls can be built on uneven terrain with minimal leveling required, as each tire can be adjusted individually to create a level surface.
18. Flexibility in design: Tire walls can be modified or rearranged during the construction process, allowing for adaptability and customization of the design as needed.
19. Movability: If necessary, tire walls and foundations can be moved during construction, providing a level of flexibility and adaptability, allowing for last minute changes.
20. Empowerment of communities: The simplicity and accessibility of tire construction can empower communities to build their own homes and structures, promoting self-sufficiency and reducing dependence on external resources.
21. Promotion of teamwork: Tire pounding can be a communal activity that encourages collaboration, fosters a sense of community, and strengthens social bonds among participants.
22. Therapeutic benefits: The physical act of pounding tires can serve as a form of stress relief and provide a sense of accomplishment, contributing to the overall well-being of those involved in the construction process.
23. Cost-effectiveness: By using locally sourced materials and minimizing the need for specialized equipment or skills, tire construction can significantly reduce the overall cost of building, making it an economically viable option for many.
24. Adaptability to various climates: Tire walls can be built in a wide range of climates, from hot and arid to cold and wet, as the thermal mass properties of the tires help regulate interior temperatures and provide insulation.
25. Longevity and low maintenance: When properly constructed and maintained, tire walls can last for decades or even centuries, requiring minimal upkeep and repairs over time.
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(Please note this book has been renamed to Reclaiming Earth)