5,228 articles across preparedness, survival, and self-reliance topics.
Stay warm without electricity by wearing wool clothing, layering clothes, using blankets and sleeping bags, creating a warm microclimate, drinking hot beverages, exercising regularly, using a terra cotta heater, insulating your space, using body heat, and storing hot water.
Acrylic sheets can significantly improve window energy efficiency, reducing heating and cooling needs in survival situations. Proper measurement, cutting, and sealing are key to effective installation.
Candles provide essential lighting in emergencies, offering warmth and visibility. Proper setup and maintenance ensure safe and effective use.
Planning a solar array involves understanding components, calculating energy needs, selecting panel types, choosing racking and mounting systems, inverter selection, battery storage considerations, legal and financial planning, installation and maintenance, cost estimation, and long-term planning.
Create cat-proof magnetic window insulation by measuring your window, cutting insulating material, attaching magnetic strips, and securing the insulation with tape. Ensure proper measurement and secure edges to avoid common mistakes. Use multiple layers or alternative materials for extra insulation.
Choose Mylar survival blankets with high R-values, avoid absorbent materials, and test before emergencies. Layer with additional insulation and store in a waterproof bag.
Underquilts provide even heat distribution without compression, making them more effective than sleeping bags in a hammock setup. They can be a cost-effective alternative to commercial underquilts with DIY options using poncho liners.
Construct a Faraday cage using a metal container with a mesh lid, proper insulation, and ensure continuity. Test regularly to protect electronics from EMPs.
Constructing a Faraday Cage protects electronics from EMPs. Use a metal container lined with mesh and insulated material. Test regularly.
This article provides instructions on converting an old refrigerator into a solar water heater using recycled materials.
Creating an EMP-proof Faraday cage involves selecting a metal container, lining it with insulating material, covering it with conductive material, and ensuring a tight seal. Properly insulated and sealed, your electronics will be protected from EMPs.
Creating EMP-resistant Faraday pockets in pants protects small electronics from electromagnetic pulses, ensuring vital devices remain operational in disaster scenarios.
Modify your flashlight for up to 2000 hours of runtime by upgrading to a high-capacity battery and ensuring proper electrical connections and sealing.
DIY candle-powered pottery heater provides emergency heating and insulation for small spaces, using broken pottery, sand, and candles. Follow steps carefully for safety and efficiency.
A DIY refrigerator using the Zeer pot-in-pot method is a simple, cost-effective way to keep perishable foods fresh without electricity. By understanding the principles of evaporation and following the steps carefully, you can create a reliable cooling system for survival scenarios.
DIY emergency lighting using natural and recycled materials ensures a sustainable light source in survival situations. Follow steps carefully, avoid common mistakes, and experiment for enhanced lighting.
Create EMP-proof solar lights using water bottles, clear plastic sheeting, and LED lights. Ensure proper wiring and sealing for durability and efficiency.
Build a DIY flower pot candle heater for emergency warmth. Use two pots, a candle, sand, and metal parts to create a compact heating solution. Adjust height for optimal heat distribution. Safety first.
Create a DIY masonry bowl heater using a metal bowl, heat-retaining rocks, and a candle for prolonged warmth. Add water for increased humidity. Explore passive solar heating with repurposed corrugated plastic, downspouts, and terra cotta pot heaters. .
DIY Mylar window shades improve energy efficiency by reducing heat loss or gain. Measure accurately, use double-sided tape, and ensure the reflective side faces outward for best results.