5,228 articles across preparedness, survival, and self-reliance topics.
DIY electric fuel transfer pumps are essential for efficient and reliable fuel transfers in emergency situations. Ensure you have the right materials, tools, and knowledge to assemble and operate the pump safely. Avoid common mistakes like incorrect voltage and improper wiring. Consider variations like battery backups and remote controls for added convenience and reliability.
Construct a low-cost, 12V evaporative cooler using recycled materials for grid-down air conditioning. The project involves a 5-gallon bucket, 12V DC fan, water pump, and cooling pad. Follow detailed steps for construction, power setup, and practical tips for optimal performance.
DIY gel fuel production offers a reliable energy source in survival situations, using common household ingredients. Follow precise measurements and safety precautions for effective results.
Convert a motorhome into a bug-out vehicle by assessing the vehicle, planning the interior layout, upgrading the electrical system, storing water and food, and adding security measures. Avoid common mistakes and enhance preparedness with modular storage and survival skills.
Build a DIY PVC dog cart for pet transportation using common materials. Assemble and disassemble easily for storage. ~$35 (excluding wheels).
Build a portable solo wheel using a 14" plastic air-tube wheel and a hip belt for carrying gear on rough terrain. Construct a multi-functional hiking pole from treated bamboo for support and as a tent pole.
Constructing a sunflower seed oil press provides essential resources for survival, offering oil for cooking, lighting, and lubrication.
Building a DIY teardrop trailer provides a versatile survival base, offering shelter, storage, and mobility. Follow precise steps, use quality materials, and prioritize safety for a reliable outcome.
Gather materials, prepare pallets, add buoyancy, secure rafts, connect pallets, and prepare safety equipment. Test and adjust before use.
Create DIY vehicle mounting straps for canoes or kayaks using nylon webbing, a grommet kit, and basic tools. Measure, cut, sew, and install for a secure and cost-effective solution. ~$2–$3, ~35 minutes.
DIY Vibram Huarache sandals offer lightweight protection for survival scenarios. Measure your foot, prepare materials, attach webbing, and add laces. Avoid common mistakes for a secure fit.
Construct a DIY wheeled backpack carriage using beech veneer, bamboo, and PVC glue for a lightweight, foldable solution that reduces backpack weight and improves load distribution during multi-day hikes.
Construct a willow kayak using tarp and binding tools for water transportation in survival scenarios. Soak branches, create a frame, shape the hull, attach the tarp, seal edges, and test. Avoid common mistakes like insufficient soaking and loose tarp. Add a seat, rudder, and paddle for enhanced functionality.
A drill-powered propeller can serve as an alternative propulsion method for small watercraft in emergency situations. Ensure your drill is waterproofed, connections are secure, and propeller size is appropriate. Avoid common mistakes like overheating and loose connections. Carry extra batteries and consider manual propulsion as a backup.
E-bikes offer boomers longer distance travel and hill climbing assistance, but safety and design features are crucial. Choose rear-hub motors, low-center-of-gravity frames, and comfortable seating for a safe and enjoyable ride.
Prepare for emergencies by stocking medical supplies, mobility aids, dental tools, hearing devices, skin care items, waste management tools, nutrition, hydration, memory aids, and environmental adaptation gear. Learn key skills and customize emergency kits for individual needs.
Electric cars and bicycles can serve as backup power sources in emergencies, providing energy for essential devices. Ensure correct voltage and amperage compatibility, and monitor power usage carefully.
Emergency traction for broken bones or dislocated joints involves using gloves or cloth to apply slow, steady pressure in the direction of the bone. Splinting should follow immediately after traction to immobilize the area, with professional help sought to prevent further injury.
Modify your vehicle with a mechanical ignition system, battery isolator, and solar panels to ensure it remains operational after an EMP event. Prepare for off-road conditions with appropriate tires and recovery tools. Test all modifications thoroughly before relying on the vehicle in an emergency.
Wash feet daily with antiseptic solution, change into moisture-wicking socks, and carry a well-stocked foot care kit. Proper footwear and hygiene practices enhance mobility and reduce risks during emergencies.