5,228 articles across preparedness, survival, and self-reliance topics.
Constructing a sawdust stove using steel drums provides a reliable source of heat in emergency situations, requiring only common materials and basic tools. Proper sealing and fuel management are key to its efficiency.
Testing your EMP protection setup with metal cans and anti-static bags ensures your electronics remain functional in an emergency. Proper grounding, sealing, and testing are key to successful protection.
Retrofitting a 1950 Ford Tractor with solar power ensures farm operations can continue during emergencies, providing a reliable energy source without relying on traditional fuel. Follow these steps to install solar panels, charge controllers, and wiring safely and effectively.
Transform a Deadwood Rocket Stove into an efficient convection heater using recycled materials. Ideal for small spaces and emergency situations, this stove provides low-cost heating and can generate up to 5 watts of electricity. Use safe indoor fuels and ensure proper ventilation. .
This guide explains how solar energy systems work, the different types, installation considerations, financing options, maintenance requirements, and cost
This article explains how to build EMP-proof Faraday cages using various methods like double ammo box shielding, multi-layer metal containers, and DIY
Properly fitting holsters, non-metallic accessories, and mindful body positioning are key to avoiding target indicator shape violations in concealed carry.
Building your own solar panels can provide a reliable power source in emergencies, requiring solar cells, wiring, and basic electrical knowledge. Follow precise steps, avoid common mistakes, and consider variations for optimal performance.
Improving your Faraday cage with conductive tape ensures a continuous conductive path, enhancing its shielding capabilities against EMPs.
Emergency lighting in small spaces is crucial for safety and visibility. Use flashlights, lanterns, candles, LED strips, solar lights, and glow sticks. Ensure multiple light sources and proper placement to avoid shadows and darkness. Avoid fire hazards and keep extra batteries on hand.
Build a DIY solar generator with off-the-shelf components for reliable off-grid power. Use solar panels, MPPT charge controller, deep cycle battery, and power inverter. Follow safety guidelines and proper assembly steps.
A groundfridge uses underground insulation to keep food fresh without electricity, essential in survival scenarios. Build it by digging a hole, adding layers of insulating materials, and using clay walls. Monitor temperature and adjust insulation as needed.
This guide covers site assessment, panel placement, electrical integration, permits, insurance, interconnection agreements, net metering, warranty, maintenance, energy storage, monitoring, and long-term performance metrics for PV systems.
Transform an old washing machine motor and bicycle into a stationary bike generator to power small appliances like a CRT TV or fan with moderate pedaling effort.
Making and using cast thermite requires precise mixing of iron oxide and aluminum powder, optional binding, careful molding, and safe ignition. Use it responsibly in survival scenarios for cutting metal or starting fires.
This article provides a comprehensive guide to preparing for power outages, covering emergency lighting, power backup options, water supply, and overall
Brace Research Institute developed a Savonius rotor windmill producing 500 gallons per hour at 8 meters depth, suitable for rural areas with limited water access, costing $350 USD. The institute also offers solar still manuals for $15-20 USD, providing a simple method for water purification.
DIY solar power systems offer a reliable energy source in emergencies, requiring solar panels, charge controllers, battery banks, and inverters. Proper installation and maintenance ensure long-term functionality.
Pour water through metal cans to generate static electricity, which can be used to create sparks or power small devices in emergency situations.
Choose golf cart batteries, design a robust battery bank, mix solar panel sizes, select the right inverter, and use charge controllers for a reliable off-grid power system.