Use recycled materials: Consider using recycled or salvaged materials for building your family compound, such as reclaimed lumber or doors, which can be less expensive than new materials.
Consider modular construction: Modular construction can be a cost-effective way to build a family compound. Modular homes are built in sections in a factory and then assembled on-site, which can save time and money compared to traditional construction.
Use passive solar design: Passive solar design can help reduce heating and cooling costs by taking advantage of natural sunlight and ventilation. Orienting the buildings to maximize solar exposure and using energy-efficient windows and insulation can also help reduce energy costs.
Build smaller: Building smaller can be a cost-effective way to create a family compound. Consider building smaller guesthouses or cottages instead of larger homes, which can be less expensive to build and maintain.
Design Spaces: Consider places where you sleep and store your belongings different from communal spaces or outdoor spaces where you hang out and eat.
Do some of the work yourself: If you have some DIY skills, consider doing some of the work yourself, such as painting or landscaping. This can help reduce labor costs and save money.
Plan for the long-term: When building a family compound, it's important to think about the long-term costs. Consider building structures that are low-maintenance and energy-efficient, which can save money in the long run.
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| Old Yard sheds can be easily transported, rebuilt and added on to |
Get Creative: Most anything can be turned into a small functional space. Start with anything.. then make it safe and cute Most states do not require a building permit for sheds that are 10 by 12 and not wired or plumbed. Just hook up a solar light and battery.
Overall, building a family compound on a budget requires careful planning, creative thinking, and a willingness to compromise. By considering these cost-saving measures, you can create a comfortable and functional living space for your family without breaking the bank..
Timberframe and pergolas to create space
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Timber frames and pergolas are excellent options for creating functional and beautiful outdoor spaces. Here are some tips for using timber frames and pergolas to create space:
Design the space: Start by deciding what type of space you want to create. Do you want an outdoor living room, dining area, or kitchen? Do you want a space for entertaining or a peaceful retreat? Once you have a clear idea of what you want, you can begin designing your timber frame or pergola to fit the space.
Choose the right materials: Timber frames and pergolas can be constructed from a variety of materials, including wood, metal, and composite materials. Choose materials that are durable and will stand up to the elements in your area. Cedar and redwood are popular choices for outdoor structures because they are naturally resistant to decay and insects.
Consider the size: The size of your timber frame or pergola will depend on the size of the space you want to create. If you're planning to use the space for dining or entertaining, make sure there is enough room for a table, chairs, and any other furniture you want to include.
Think about the roof: A roof is optional for a pergola, but if you plan to use your space in all types of weather, a roof will provide protection from the sun and rain. Consider using a retractable awning, a clear polycarbonate roof, or a traditional shingled roof.
Add lighting: Lighting can add ambiance and functionality to your outdoor space. Consider adding string lights, lanterns, or built-in lighting to your timber frame or pergola.
Incorporate landscaping: Landscaping can help tie your outdoor space into the rest of your yard. Consider adding plants, trees, or a garden around your timber frame or pergola to create a cohesive look.
Building Walls that will be sealed with lime or sealer - for under 2? a linear foot...(9 foot high wall)
Making sawdustcrete
Sawdustcrete is fast and it makes the best walls in our opinion but does need to be sealed. We use it for a one stop wall between timberframes. You put it up once and it is done. Always finish the entire section of wall (cold joints are a problem) and make the walls at least 6 inches thick by using a little spacer to be further out than your 2x4 framing.. For long term outside walls learn how to make adobe. Sawdust crete is a mixture of sawdust and cement, which can be used as a building material for walls, insulation, and other applications. Here's how to make sawdustcrete:
GREAT video here
First, you'll need to prepare the sawdust. The sawdust should be dry, clean, and free of any contaminants and should be sawdust flakes versus powder fine. You can use a sawdust collection system to collect sawdust from woodworking operations, or you can purchase sawdust flakes from a lumber yard, sawmill or by the bale where horse bedding is sold.
Next, you'll need to mix the sawdust with the cement. The ratio of sawdust to cement can vary depending on the desired strength and density of the final product, but a common ratio is 3 parts sawdust to 1 part cement by volume.
To mix the sawdustcrete, you can use a cement mixer, a wheelbarrow and hoe, or mix it by hand in a large container. If using a cement mixer, add the sawdust first, followed by the cement, and mix until the materials are evenly distributed. If mixing by hand, start by adding the sawdust to the container, followed by the cement. Use a hoe or other tool to mix the materials thoroughly.
Once the sawdust and cement are mixed together, you can add water to the mixture. The amount of water needed will depend on the consistency of the mixture and the desired final product. Start with a small amount of water and gradually add more until the mixture has the consistency of wet concrete.
Finally, you can use the sawdustcrete mixture for your desired application. If using for walls, the mixture can be poured into forms or applied by hand to create a solid wall. Allow the sawdustcrete to cure for several days before removing the forms or finishing the wall.
It's important to note that sawdustcrete should not be used for load-bearing structures, and it should only be used for non-load-bearing walls, insulation, and other non-structural applications. Additionally, sawdustcrete should not be used in areas with high moisture levels, as it can be prone to rot and mold.
How do you make a dirt and cement floor
A dirt and cement floor, also known as a soil-cement floor, is a simple and inexpensive way to create a durable and functional floor. Here's how to make a dirt and cement floor:
First, you'll need to prepare the soil. Remove any rocks, roots, or other debris from the area where you'll be pouring the floor. Level the soil using a shovel or rake.
Next, you'll need to mix the soil with cement. The ratio of soil to cement can vary depending on the desired strength and density of the final product, but a common ratio is 3 parts soil to 1 part cement.
To mix the soil-cement, you can use a cement mixer, a wheelbarrow and hoe, or mix it by hand in a large container. If using a cement mixer, add the soil first, followed by the cement, and mix until the materials are evenly distributed. If mixing by hand, start by adding the soil to the container, followed by the cement. Use a hoe or other tool to mix the materials thoroughly.
Once the soil and cement are mixed together, you can add water to the mixture. The amount of water needed will depend on the consistency of the mixture and the desired final product. Start with a small amount of water and gradually add more until the mixture has the consistency of wet concrete.
Finally, you can pour the soil-cement mixture onto the prepared area and use a trowel or other tool to spread it evenly. Allow the floor to dry for several days before walking on it or placing heavy objects on it.
It's important to note that a dirt and cement floor is not suitable for all applications and may not be appropriate in areas with high moisture levels or heavy foot traffic. Additionally, a soil-cement floor may require periodic maintenance, such as adding a sealant or topping layer, to maintain its durability and functionality over time.
