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Welcome back to Base Camp WNC!
We're continuing our series on water system installation, focusing on a future campground in Mountain City, Tennessee. This episode covers setting up a water tank, installing pumps, and getting the water flowing. Let's break down the process:
Next Steps:
Remember to like, share, subscribe, and leave comments! For more Homestead Planning, visit us at CarolinaHomesteadPlanners.com. We offer Homestead Consulting Services for those interested.
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Welcome back to Base Camp WNC! Today, we're continuing our Pump and Spring Water Project. This is Part 2. In this episode, we'll cover:
Let's begin with assembling the pressure tank:
Assembly process: First, remove the shipping plug from the tank to keep out dirt and critters. Apply Teflon tape to the joints and start assembling. Use channel locks to tighten the pressure switch and a crescent wrench for the nut. Screw in the pressure gauge and attach the valve for water outflow and the pop-off valve. Key components:
The 48-gallon tank can pump 48 gallons before pressure drops. Inside the tank is a diaphragm that stretches to retain pressure, acting like a balloon. If your pump cycles frequently, you may need a larger tank or multiple tanks in series. For example, at our farm, we have three large tanks in series to manage irrigation demands. Maintenance tip: Check the air pressure regularly using a tire pressure gauge. If the pressure is too high, release some air until it reaches 38 psi. If it's too low, add air. Proper air pressure ensures efficient operation and prevents frequent pump cycling. Stay tuned for upcoming videos on installing the main tank, setting up pumps, connecting the system, and wiring. We'll continue to share useful tips along the way. Don't forget to like, share, and subscribe for more helpful content. Thanks for watching! Visit our site at: CarolinaHomesteadPlanner.com for more tips and resources for Homestead Planning. We provide Homestead Consulting Services - so be sure to contact us if we can help. Well, welcome back to Base Camp WNC. It's been a while. I've got hours of footage on my phone that I need to download while I'm supposed to be resting. So, over the next week or so, I'll be trying to get a bunch of videos out to give the gang something to look at and comment on, and give the haters something to pick apart.
We’re working on a project where we’re pumping spring water up a hill with quite a bit of flow. This guy's setting up an Airbnb and a bunch of glamping campsites. I do homestead consulting, so this project was right up my alley. In this piece of pipe is a three-horsepower pump doing about 38 gallons a minute, and he's got some hills to pump it up. I’m going to take you along for the build. We’re starting with the pump, and I’m going to show you everything: the pump itself, all the check valves, and the fittings. The purpose of installing this pump is to draw water through one end, cool the motor as it passes, and then go into the intake of the pump. The water will come out this end and go up out of the tank. I’m going to set up all the pressure tanks and show you how to put them together. Once we’re out on site, I’ll pull that video and show you the full assembly and wiring process. This tank here is a 350-gallon tank I had sitting in the yard. If the pump were mounted vertically in this tank, the intake would be right there. So, out of a 350-gallon tank, you’d lose about 125 gallons that you’d never be able to pump out. But the tank is only 3 1/2 feet in diameter, so you can’t lay it down. When selecting a tank, you need to know what pump you’re using. Maybe I’ll do a video on pump selection, including horsepower, head (the pump’s ability to lift water vertically), and distance. This tank here isn’t ideal for a deep well pump because it’s not wide enough at the bottom. The actual tank for the pump will be 7 1/2 feet wide, enough to fit a 5T pump across the bottom. Let’s go over the setup. On the end of the pump is an inch and a quarter thread. We’ll attach a bushing, a check valve to prevent backflow, and then the pipe. We’re using 1-inch PEX pipe that goes up from there. We’ve built caps for the PVC slide with an inch and a quarter hole drilled in the center for the bushing and pipe. I have two holes here. This white nylon tape is for pulling out the pump if needed. We won’t pull on the power cord but on this pull cord. There’s a piece of conduit that runs through, with two holes to tie it off. This keeps the pump from wiggling and cutting the power cord. Let’s assemble it and see how it looks. The pump will sit on the bottom of the pipe, with a 6-inch space off the ground to avoid sediment. This setup ensures the motor is cooled while running, just like in a well. The purpose is to direct water flow across the motor and into the pump intake. I use 10-pound weights from an old weight set to hold the pump off the bottom. These weights, bought from Habitat for Humanity, are much cheaper than the $600 commercial option. Now, let’s build the saddle mounts. I never throw anything away, so we’re using an old piece of 6-inch PVC pipe. After cleaning it up, we drill a 5-inch hole with a hole saw bit and cut it off in the middle. These mounts fit on the pipe, secured with galvanized bolts and a strap. This setup is cost-effective and does an excellent job. Thank you for watching. If you made it to the end, please leave your comments—good or bad. Share ideas or improvements. This is just one in a series of builds, and I’ll show you the complete setup with pressure tanks and wiring. Visit our site at: Carolina Homestead Planner and contact us about self-reliant consulting. Welcome back to Base Camp WNC, where we're excited to present our latest project: a state-of-the-art rainwater catchment system featuring a first flush system. Join us as we guide you through the intricacies of this innovative setup, designed to collect rainwater, discard the initial runoff, and channel crystal-clear water into your home.
Picture this: a 1,550-gallon tank, standing tall at 7 feet 4 inches in diameter, nestled in the perfect spot near your building. We've meticulously prepared the site, laying down fine gravel and using a tamper to create a flawlessly level surface. It's the ideal foundation for our tank, which will soon be the heart of your rainwater collection system. Now, let's talk about gutters. We're thrilled to introduce a new product that outshines our usual stainless steel Gutter Helmets. Imagine long, flat pieces of rigid screen, seamlessly joined to create a smooth, continuous surface. The screen, cleverly tucked into the edges, acts as a highly effective debris filter. We'll show you how it looks installed on the roof, where rainwater gracefully drips off and passes through the screen, while leaves and debris are skillfully filtered out. It's a sight to behold, and we're confident you'll prefer it to the stainless steel Gutter Helmets. The plumbing is where the magic happens. We've drilled a large hole in the rain gutter and secured a three-inch toilet flange with a 45-degree elbow, smoothly transitioning to a 90-degree elbow. This masterfully directs the water into the tank. On the other side, you'll find the first flush tube, a clever device designed to capture the initial, dirtier runoff. We've carefully calculated the necessary size based on your roof area, ensuring it collects just the right amount of water first. The first flush system features a float mechanism, typically utilizing a plastic bottle. As the tube fills, the bottle rises, eventually sealing off the tube and diverting cleaner water to the tank. It's a self-draining marvel, with a rod and drilled holes allowing for slow drainage, minimizing maintenance. You'll only need to clean it once or twice a year, leaving you more time to enjoy your pristine rainwater. At the heart of the purification system, water exits the tank through a shut-off valve and check valve, ensuring a one-way flow. It passes through a spin-down filter with a valve for easy cleaning, then through 20 and 5 micron filters, before finally being purified by a UV light as it enters your home. It's a journey of transformation, turning rainwater into a pure, refreshing resource. When winter comes knocking, we've got you covered. The system can be easily drained by opening specific valves, removing filters, and ensuring the UV light is angled for drainage. We're also planning to install fittings that allow air tank use for blowing out the system, preventing any freeze damage. If you're captivated by the potential of rainwater systems or need expert consultation, we're here for you. We offer free online and phone consultations, and hourly rates for on-site assistance or projects. Don't forget to like, share, and subscribe for more updates on our exciting journey into sustainable living. Thank you for joining us at Base Camp WNC, where innovation meets sustainability. Together, we're making a difference, one raindrop at a time. For more information or to get homestead consulting services, visit our site at: carolinahomesteadplanner.com Progress Update on Our Tiny House Build
Welcome back to Base Camp WNC! In our latest update on the tiny house project, we've made significant progress. Since our last update, the plumbing installation is nearly complete. The interior now boasts new paneling, and Carl has been hard at work crafting the cabinets right on site. A designated space for the refrigerator and the stove has been set up, and the sink installation area is ready. In the bathroom, we've installed the drywall and are preparing to mount the fixtures and the toilet. Outside, the electrical infrastructure is coming along, with trenches dug and power lines installed over the past two weeks, connecting us to the main poles. Although wiring isn't fully complete, power has been established at the main box. Our water supply line from the well is in place, and we're finishing the remaining connections. This includes the water and drain lines, which are essential for winterizing the home. The septic tank installation is another milestone, with all the necessary plumbing hook-ups and a cleanout installed for maintenance ease. Despite the challenges of incoming weather, we're pressing ahead. I plan to cover the installation of the septic tank's drain field in an upcoming video. With heavy rain forecasted, we've also taken precautionary measures to prevent the empty septic tank from shifting by filling it partially with water. As always, I'll continue to document our journey, including the installation of the sewer line and ensuring proper grading beneath the tiny house. Our next big task will involve landscaping and installing the underpinning. Thank you for following our progress! Don't forget to like, share, and subscribe for more updates. If you have any questions or comments, feel free to post them. I look forward to sharing more with you in our next video. Thank you for watching! Visit us at: Carolina Homestead Planner. I offer homestead consulting and self-reliant lifestyle planning. Welcome back to base camp! Today, we're discussing whether it's more feasible to develop a sustainable homestead or to foster a sustainable community. Up here in the mountains where I reside, our local practices offer a glimpse into effective community-based agriculture. For instance, a neighbor, who raises cattle, has been busy processing last year's herd. This fresh, unvaccinated, and purely raised beef is sold directly from our mountain at just under six dollars a pound. Our small community is a vibrant example of agricultural diversity. Along with beef, we have locals who raise goats, sheep, and even rabbits. A recent addition is a neighbor who bought a trout farm, aiming to supply both wholesale and retail markets with trout fillets. Almost all our meat needs are met locally, except for chicken. However, plans are underway for a USDA certified processing facility which could soon include poultry. Through my consulting work with homesteads, I've realized the significant land and resources required for cattle and sustainable feed production. This reinforces the value of community support where local producers are supported above market rates, ensuring fair profit and sustainable living. The recent shortages in grocery stores post-snowstorm highlight the benefits of local food production. With global uncertainties like major grain purchases by countries such as China, local sustainability ensures food security. Remember, supporting local agriculture isn't just about buying local—it's about creating a network of mutual support that benefits everyone. If you're in the area, or even if you're from as far as Virginia or Florida, it’s worth considering sourcing your meat from us. Feel free to reach out if you're interested in learning more about managing a sustainable setup or if you're looking for quality, locally-produced meat. As always, like, share, and subscribe to stay updated with our endeavors. Don't hesitate to get in touch if you need advice or products. Catch you in the next video! For more information on homestead consulting, visit us at: Carolina Homestead Planner Welcome back to Base Camp WNC! Today, we're exploring a robust solar energy solution for an off-grid well pump system, featuring a 6000-watt inverter as its core. This system cleverly integrates various power sources to ensure seamless operation, even during power outages. The inverter, though lacking a built-in solar charger, is a pivotal component in a setup designed to disconnect a 220-volt well pump from the grid. The configuration includes separate main panels for the house and guest cottage, as well as essential power supplies for critical loads, such as kitchen lights and the furnace. During a power loss, a generator automatically kicks in, powering all essential systems. However, the goal here is to minimize generator use by integrating solar power. This is achieved by connecting the well pump to the inverter, which then utilizes either grid power, generator output, or solar energy, depending on availability and priority settings. The inverter itself offers a dual AC priority mode—favoring grid or solar power—and automatically switches to battery power if the grid fails. This flexibility ensures the well operates uninterrupted, regardless of external power conditions. If solar energy is insufficient (e.g., during prolonged snowy conditions), the system seamlessly returns to grid power until solar conditions improve. Installation insights reveal a practical setup using readily available materials like unistrut and four-inch standoffs for mounting solar panels on the roof. This economical method ensures stability and ease of installation while maintaining roof integrity with double-sided perma-seal and roof cement. This solar-powered system not only provides a sustainable solution to run a 220-volt well pump off-grid but also demonstrates the versatility and efficiency of integrating solar energy with traditional power systems. The entire setup, including a thousand watts of solar panels, offers a reliable and cost-effective way to maintain water supply independently of the grid. For those interested in similar systems, whether for residential or small-scale commercial applications, this project exemplifies how solar power can effectively reduce reliance on conventional power sources and generators, promoting a more sustainable and self-sufficient lifestyle. Remember to like, share, and subscribe for more updates on innovative off-grid solutions. If you're considering a custom setup or need guidance, feel free to reach out—we're here to help design and implement the system that best meets your needs. Get more information and resources at: Carolina Homestead Planner. Contact us to help with your preparedness and homestead consulting. Welcome back to Base Camp WNC, where we are excited to share our latest project in the beautiful state of Tennessee. We are currently developing a remarkable site featuring 16 cabins, all nourished by the natural purity of spring water. This endeavor involves constructing a dam, meticulously designed to harness this pristine resource effectively. The heart of our project is the innovative Spring Water Dam, complemented by a homemade sediment tank. This setup is not only efficient but also one of the most user-friendly systems I have worked with recently. The process includes using heavy machinery to transport stones, enhancing the structural integrity of the dam, and preventing erosion with additional rock layers. Moreover, the homeowner has ingeniously created a spring box, utilizing simple yet effective materials, like a five-gallon container, to filter the water. The system delivers about a gallon of water per minute, gradually improving as it filters through the rocks. We're committed to expanding this system, building a comprehensive dam that will significantly increase the water capacity and quality. Our construction strategy is hands-on and community-based. Local friends assist by laying pipes and managing the sediment. We take pride in engaging with the community, ensuring that every aspect of the build is handled with care and precision. The project's scope includes not only the physical construction but also the installation of a filtration system and overflow management. This ensures that the water is not only abundant but also clean and safe for the cabins' future residents. We are thrilled to take you along on this build. Our commitment to sustainable and efficient construction practices is evident in every step we take. If you are interested in developing a spring on your property, we are more than happy to assist through consultations or direct services. Remember to like, share, and subscribe to follow our journey at Base Camp WNC. We appreciate your support and look forward to showcasing more of our innovative projects. Thank you for watching! For more great tips and solutions to your self-reliant living and homesteading, visit Carolina Homestead Planner. Contact us to provide consulting services for preparedness. Welcome back to Base Camp WNC. It has been some time since I've checked in due to personal and family commitments. As you can see, we are currently at the farm. Despite it being nearly mid-April, we've endured a long, cool, wet winter. Currently, the team is busy setting out watermelon plants. Let's take a stroll up the row where the crew is in the midst of harvesting strawberries. All the customers are located on the opposite side of the farm, while the field over here remains open. As we continue up the aisle, the team plans to plant four different types of watermelon, dedicating four beds to each variety. This morning was spent planting various tomato breeds, totaling eight varieties for the farm. Elsewhere, all the squash has been set out. The irrigation has been running for about four to five days to thoroughly moisten the soil, adhering to the old saying: "Sow dry, set wet." This means planting seeds when it's dry and transplanting when it's moist. There are still some beds that need filling. The tomato plants stretch from here to there, keeping everyone quite busy. Our planting strategy is based on soil temperature, typically not setting out seeds until it reaches 55°F. As the old folks say, "Never plant your garden until the blackberries bloom." Given that the blackberries are currently in bloom, it's safe to plant the vegetable garden according to their wisdom. Soon, we'll visit the Strawberry Fields and observe the blackberries. A new machine has recently tilled the area beneath the beds to control weeds. I had hoped to film it in action during my visit. I've just returned from the mountains where the temperature was near freezing, but here it's soared to 80°F. Farmer Walter has returned to tractor duty, lending a hand to speed up the work. The team is spacing out watermelon plants for planting, with two individuals working the planter and planting every other slot. I'll show you more as they make their return pass. It’s genuinely fascinating to watch. Watching the planting is enjoyable, and this year, they've implemented a new technique by tying the plants in with string, creating a narrower pathway than before. The plants are kept within the trellis wires to facilitate upward growth and to allow machinery access for weed control. We avoid herbicides and have experimented with various methods like black plastic and filter fabric, but none have been completely effective for long-term crops. We've also started using an overhead spray system to elevate the water lines, helping prevent rabbits from damaging the drip tape on the ground. The blackberries are in better shape than they have been in a while, having been prepared for harvest around June, with blueberries following in May and strawberries still in season. It’s a sunny 80°F today. The public crowded the fields over the weekend, and we have a team picking berries now. We'll also check out the blueberry plants across the ditch. These blueberries, planted two years ago, were cut back significantly but are maintained at no more than four feet in height for easier harvesting. While the weekend crowds are a challenge, particularly with rain, we remain diligent in our care for the crops. We fertilize based on soil analyses, using a precise liquid fertilizer system to tailor nutrients specifically to each crop, be it watermelons, corn, or strawberries. That's all for this update. As always, if you have any questions or need assistance, feel free to ask. Despite the unpredictable weather, including frequent rain, we adapt and manage as best we can. If you found this informative, like, share, subscribe, and tell your friends about it. I’ll see you in the next update. For homestead and preparedness consulting, visit us at Carolina Homestead Planner. Unleashing Off-Grid Power: Introducing the 3000 Watt Solar Pump for Sustainable Water Solutions4/12/2024 Welcome back to base camp WNC! Its finally arrived - I mentioned it on Thursday or Friday's video. The wait has been long but worthwhile as we now have access to a powerful 3000 watt solar pump that converts our AC well pumps into off grid systems with backup battery powered capabilities. This means no more relying solely on electricity from the grid when running these essential devices at home. Don't get me started about salesmen though...
After waiting for four months since the initial announcement by professionals that this product was ready to go; finally getting hold of it has been quite a relief. The customer expressed their gratitude towards me as they were impressed with its features such as being able to generate up to one and half horsepower at 220 volts using MPPT charge controller along with an inverter system which operates on split phase power supply making use of two lines each rated at 110V when neutralized together resulting into a maximum output capacity of twelve thousand watts! Its worth mentioning here that despite facing challenges during my sales pitch due to professionalism displayed by others beforehand; I managed to overcome them successfully thanks to this products superior capabilities which ultimately led us both towards mutual satisfaction. achievement through hard work pays off indeed! For those looking for a reliable source of power for their off grid cabin or RV vehicle up to 1.5 horsepower is what this one can handle without any issues at all! With an output cable that comes with three wires including two hot ones and neutral along with grounding capabilities - its easy enough to connect it wherever needed in your setup. whether you're using AC chargers or not-this unit has got everything covered! And if thats still not good enough? Don't worry because there are other options available too: like hooking up directly into the well pump via its own dedicated power cord instead! The choice ultimately lies with each individual user depending on their specific needs and preferences. details about how exactly this works will be discussed later on during our conversation together so stay tuned! If you're looking for a reliable source of power for your well pump Tuesday look no further than this breaker box. With its impressive 3000 watts and maximum output capacity at 125 amps it can handle even the most demanding applications with ease! Installation is straightforward too - we'll show you how in our next video tutorial so stay tuned! But don't just take my word for it: see for yourself why this system stands out from all others by checking it out today! Its hard to fathom why anyone would intentionally create holes in their product. Nonetheless, it seems like this was done for a reason - perhaps as an element of design or functionality? Regardless of the rationale behind these peculiar features I'm determined to make sure my customer is pleased with what they receive by ensuring that everything works seamlessly together. The on/off switch makes things simple enough: powering up only when needed and shutting down automatically once charging has completed successfully. This way there are no unnecessary energy costs or risks associated with leaving equipment running unnecessarily while not being used actively. With such thoughtful planning and attention given towards every detail involved in creating this product; its clear that quality craftsmanship is at play here! The owner has a substantial amount of panels for their solar system. As I mentioned earlier on the video Ill show you later, this particular setup boasts an impressive 3000 watts and comes with three high-quality solar panels that are mounted onto one board along with two batteries and all necessary cables. The positive and negative cables lead down to these batteries while another cable serves as an outflow connection which can be plugged into either your well or wall socket depending on what power source is needed at any given time. This makes it easy for anyone who wants to take advantage of renewable energy sources without having to worry about complicated installation procedures themselves! When it comes to solar panel installation on rooftops in Western North Carolina there are some potential challenges that may arise. For instance if you accidentally place your panels atop a roof during winter months when snowfall is heavy then cleaning them becomes difficult due to the steep incline of most rooftops. However theres no need for alarm as this issue can be easily resolved by using an inverter with AC cords which allows users to plug directly into generators without any hassle whatsoever! This feature ensures that power remains uninterrupted even under adverse weather conditions making life much easier for those who rely heavily upon renewable energy sources like solar power. In emergency situations such as power outages or inclement weather conditions running your home on generator power may not be feasible. Thats where this board comes in - it allows you to hook up directly to battery storage without having to worry about any interruptions caused by external factors. The 200 amp catastrophic fuse is an added layer of protection against unexpected surges that could damage equipment and appliances. This feature ensures peace of mind for those who rely on backup power sources during times when traditional electricity supply fails them. With proper maintenance and care, this system can provide reliable support even under challenging circumstances. When it comes to building things from scratch, theres nothing quite like the satisfaction of seeing your creation come together piece by piece. That's exactly what happened when I got my hands on this new project - a custom made solar powered system that would revolutionize how we approach energy consumption in our homes today! The first step was getting everything set up properly; starting with attaching two batteries onto one board and then connecting them directly into an existing well line using specialized equipment designed specifically for such purposes.. Once all these components were linked together correctly, there remained only one final task left before turning everything on: flipping both switches (one for disconnecting panels while another controls overall operation) simultaneously. And voila – within seconds – the entire setup began humming away quietly yet steadily as if ready for action at any given moment! Overall its been an incredibly rewarding experience creating something so useful from scratch – can’t wait until Tuesday rollout date arrives so others too can benefit from this amazing technology! As I mentioned earlier the 3000 watt Whitewater secure is a game changer when it comes to powering off grid pumps and DC systems. With its ability to overcome issues related to starting and stopping under pressure this product has become quite popular among users in recent times. Now that we have received our shipment of these units let me share some pricing information with you: for those who are interested in purchasing one themselves - here's what they can expect from their investment: an impressive horsepower rating of up to 1.5HP or roughly equivalent to around 3kW worth of electrical output! So if you want something reliable yet powerful enough to handle any task thrown at it then look no further than this exceptional offering by Whitewater secure today! Are you looking for a reliable source of power? Look no further than our top notch solar panel system! We offer three different options with varying capacities - 200 ample deep cycle sealed batteries and three solar panels (32 99), four batteries and six panels (4,000 watts at $56,995.70) or an impressive six batteries and twelve panels that can generate up to 12,000 watts ($83,570). Our team is excited about installing this system on Tuesday so we'll be covering all the technical details including amp drawers, volts output etc. Stay tuned! If you're curious about our new water pump or have any questions for me personally feel free to reach out through email. We are excited to introduce a variable speed start up option that is perfect for off grid cistern type systems and uphill applications alike! Stay tuned as we test this product in real time with an install video coming soon on Tuesday - but don't forget to subscribe so you can be among the first to see it all unfold! And of course please share this content with anyone who might find value in what we offer here at [Company Name]. Thank you again for watching! Get more information and resources at: Carolina Homestead Planner. Contact me for consulting on preparedness and how to turn your home farm into a sustainable homestead. Revitalizing a Time-Worn Spring House: A Comprehensive Restoration Journey
Welcome to Base Camp WNC, where we embark on a journey to breathe new life into a venerable spring house, aged approximately 50 to 60 years. The initial state of disrepair was evident, with a compromised roof, absent screens, and damaged cement blocks due to frost action. Our mission commenced with the demolition of the dilapidated structure to expose the spring beneath, followed by an innovative approach to water management using a barrel ring and a makeshift dam to eliminate surface water intrusion. Upon removal of the building, we discovered the original iron pipe alongside a later addition of PVC piping. Our exploration then led us to unearth the spring's water source, necessitating a thorough cleanout of the area. Despite initial hopes to avoid extensive excavation, the discovery of multiple spring heads compelled us to clear the basin entirely and install a leach intake pipe, complemented by a layer of gravel for improved water collection. In addressing the spring's containment, we employed bentonite clay and plastic sheeting, reinforced with fabric for added durability. Our efforts ensured the diversion of surface runoff, preserving the spring's integrity. The completion of the dam wall, alongside strategic placement of gravel, marked a significant milestone in our project. The restoration extended beyond the spring, encompassing the water storage tank. We drained, cleaned, and sanitized the tank, which had not seen maintenance in decades. A pressure washing session followed, ensuring the tank's readiness for fresh spring water. The installation of a new pump, designed for efficiency and longevity, was a critical upgrade. Our project also involved the laying of new pipes from the spring to the tank, replacing sagging PVC with robust poly and steel pipes to ensure a stable and efficient water flow. The comprehensive overhaul included electrical wiring and trench work, culminating in the connection of the system to the house. Inside the house, we installed an expansion tank and navigated the intricacies of the existing plumbing to integrate our updated system seamlessly. This included the introduction of a new filtration system to ensure the water's purity. The project concluded with extensive regrading and landscaping efforts, particularly after a significant rainfall. Our final touch was a durable vinyl roofing liner to protect the spring area from debris and potential damage. This restoration not only revitalized a neglected spring house but also significantly improved the water quality and pressure for the homeowner. Through meticulous planning, creative problem-solving, and dedicated craftsmanship, we have ensured that this water source will serve its purpose for many more years to come. Our commitment to enhancing rural water management systems remains steadfast, as we continue to offer our expertise to those in need. Thank you for joining us on this transformative journey. Your support, through likes, shares, and subscriptions, encourages us to undertake more projects like this. If you're in need of consulting or assistance with a similar project, feel free to reach out. Together, we can achieve remarkable improvements to your water management needs. For more information, visit us at: Carolinahomesteadplanner.com Welcome back to Base Camp WNC! We are currently on another water job out in Western North Carolina, capturing a small flowing section of this Little Creek. This project is dedicated to creating a livestock watering system. I'll take you along for the complete build and show you the process. The water, starting here, runs down to a cistern tank and then down to the livestock waters. Let me guide you through the build, as I share insights on the components and construction techniques used. This setup involves a piece of an old IBC tote transformed into a 15-gallon drum, cut and fitted with screen wire. It's important to note that this system is designed for livestock watering, not for human consumption. The objective is to facilitate water access across different paddocks for watering livestock. To build this weir, we modified a 15-gallon drum, setting it on a table saw to cut it in half. The threaded hole of the drum is used as the drain. Our current task involves framing this with two by two supports to hold the screen in place. The completed structure includes a simple frame around it, with supports in the middle and legs for mounting. We used treated two by six blocks for stability when placing it in the creek. The setup is equipped with a three-quarter inch thread for the drain, leading to a pipe system that directs water down the creek. The water passes through hardware cloth and stainless steel screen wire, which keep out debris and small animals, reducing the need for frequent maintenance. Further down the system, we have a 250-gallon water tank for cistern storage. The tank receives water with about three feet of drop, ensuring a steady flow. We've calculated that the creek's output through the catchment system is sufficient for the intended livestock, providing enough water pressure despite the terrain's elevation changes. The system's design includes various sections with valves for flow control and quick connects for hoses, enabling easy access to water in different paddocks. It's designed to function year-round, with considerations for winter operations to prevent freezing. In conclusion, this video demonstrates the process and considerations involved in constructing a livestock watering system. It's a blend of practical design and hands-on construction, aimed at efficient water management for farming needs. As always, if this video has been helpful, please let me know, like it, share it, subscribe, and hit that thumbs up button. Thank you for watching, and I'll see you in the next video. Visit us at: Carolina Homestead Planner In this video and post we are sharing about a Comprehensive Guide to Cabin Renovation.
Welcome back to Base Camp WNZ! It's been a while since I last posted, and I know that as we age, life's responsibilities grow, necessitating a break. But now, I'm back, ready to share our latest project—deck installation on the cabin during the warm summer, contrasting sharply with the current 19-degree weather. It's been a few months since my last update, but today, we'll dive into the video of our progress. In our quest to enhance the cabin, we opted for hog panels for railings, allowing for unobstructed views. We're also considering Mountain Laurel for the steps. Join me as I walk you through the build, including the replacement of our homemade double barn doors with a three-foot entrance door, expanding the kitchen, and more. Today's task involves framing the entrance for a standard 36-inch door, a change necessitated by the impracticality of barn doors in sealing against weather and pests. The installation was a challenge, requiring custom siding and color matching. Despite rushing against the weather, I managed to lag bolt a header piece, lay out everything with precision, and ensure all joists were straight with the help of custom-made blocks. Our railing project incorporated hog panels, creating a sturdy and visually appealing barrier. Each frame was meticulously crafted and assembled, ensuring durability and style. Though I regret not capturing every step due to the rain, the project is progressing well. I'm now turning my attention to the interior, focusing on plumbing and wiring, which will be featured in the next video. Thank you for joining me on this journey. As always, I appreciate your support and encourage you to like, share, and subscribe for more updates from Base Camp. See you in the next installment! Visit us at: Carolina Homestead Planner for more information on preparedness and self-reliant living. Constructing a Cozy Off-Grid Cabin: The Journey of Simple Living
Welcome back to the journey of transforming a humble base camp into a comfortable off-grid cabin, designed for simple and sustainable living. This narrative will guide you through the thoughtful planning and execution of creating a basic yet fully functional living space. Our adventure begins with the heart of the cabin, a modest kitchenette, setting the stage for a life more attuned to nature, yet comfortable and convenient. The cabin, a testament to rustic charm and efficiency, introduces its newly planned bathroom area. Not extravagant by any means, the design is focused on functionality and simplicity. A 3x3 shower on one end, complemented by a practical wall-mounted sink and, of course, the indispensable commode. Adjacent to the bathroom, the kitchen area unfolds with minimalistic grace, featuring a sink beneath the window, a modest countertop, and essential appliances like a stove and refrigerator. The choice between cabinetry and shelving remains open, aiming to balance storage needs with spatial constraints. Attention to detail is evident in the customization of the space, such as converting an existing door into a space-saving pocket door. The narrative delves into the intricacies of the plumbing system, a vital component of the cabin's functionality. Emphasizing practicality, the plumbing is designed to accommodate both hot and cold water needs using a distinctive red PEC tubing, with blue painter's tape marking the cold water ends for easy identification. The cabin may embrace technology with a shorty electric hot water heater and the potential for solar-powered alternatives, reflecting a commitment to eco-friendly living. The design strategically places all plumbing on a slight angle to facilitate drainage and winterization. In colder months, a simple system allows for draining the pipes to prevent freezing, ensuring the cabin remains a cozy retreat year-round. The careful placement of the shower, sink, and other water fixtures is not just functional but also considers future maintenance and accessibility. The living space is designed with warmth and practicality in mind. A comfortable bed is planned underneath the window, surrounded by bookshelves and a half-wall near the front door. The living area promises to be a cozy nook for relaxation and contemplation, with a computer bench and TV for modern comforts. The cabin's interior will be finished with insulation and paneling to keep it warm and inviting. The cabin, described as a 12x2 building, is notable for its single flat roof, ideal for drainage and potential rainwater collection. Despite its modest size, it is a testament to living deliberately and sustainably, a choice increasingly embraced in our fast-paced world. The transformation from a basic base camp to a cozy cabin is more than just a physical renovation; it's a journey towards a simpler, more intentional way of life. The project, a labor of love and practicality, invites others to follow along, share insights, and perhaps find inspiration in this return to the basics of home and hearth. Visit our site at: Carolina Homestead Planner DIY Vintage-Style Wash Stand: A Step-By-Step Guide Welcome back to Base Camp WNC. Today, we embark on a nostalgic journey to build a classic wash stand, incorporating modern conveniences and a sprinkle of vintage charm. This wash stand is not only a functional piece but also a nod to simpler times. Gathering the Essentials The primary components for this project are wash tubs and a hand wringer. While some DIY enthusiasts might choose to install a drain for the wash tubs, our approach is more traditional: simply lift the tub and pour out the water. If you're wondering where to source these essential items, the wash tubs were conveniently found online at Home Depot. The ringer, on the other hand, was sourced from a trusted vendor on Amazon. I recommend ensuring that the ringer comes with assembly directions for ease of installation. The Foundation: Reclaimed Redwood The foundation of our wash stand is made from reclaimed redwood – wood that once adorned the deck of a house built in the 1960s. This redwood has witnessed decades of memories and now serves a new purpose. It's not just any wood; it carries stories from the past, bringing added sentimental value to this DIY project. The Build Process
The Finished Product On completion, the wash stand stands proudly at around 36 inches in height, offering a comfortable workspace. The 45-degree bracing not only provides structural integrity but also contributes to the piece's aesthetic appeal. One small issue encountered was with the C-clamps. The current ones, despite being tightened, still left the ringer a bit unstable. A potential solution is to replace these with bolts, ensuring a secure fit. In Conclusion This DIY wash stand project serves as a bridge between the old and the new, blending functionality with historical sentiment. Whether you are seeking to relive memories or just wish for a unique wash stand, this guide is for you. Remember, the joy is not just in the finished product, but in the memories and experiences made during the build. As always, if you found this guide helpful, don't forget to like, share, subscribe, and leave a comment with your thoughts or alternative ideas. Until next time! Visit us at: Carolina Homestead Planner for more preparedness and self-reliant living projects. Energizing Wells in Power Outages: The Generator Solution
Welcome back to Base Camp WNC! Today, we embarked on an enlightening journey at a local property where the water system presented challenges. Upon our visit, we diagnosed an issue with the bladder tank five, stemming from a recent well installation. While the homeowners had previously invested a considerable amount to replace the well, pump, and tank, a critical component – the $40 pressure switch – was overlooked. This switch had worn out contacts, which were likely the culprit for the malfunction. The key concern of the homeowners was ensuring the well remained operational during power outages, especially to water livestock. This brought us to a unique solution: setting up a system to run the well using a generator. To establish this, we integrated a NEMA 14-30 P plug and 1114 R 30 amp receptacle into the line between the house and the pressure switch. This plug-and-receptacle system allows for the well pump to be powered by a 9,000-watt generator. Impressively, this generator can supply more than enough power, even if it's not consistently maintained. For the technically inclined, this system employs a 220 plug with ground, neutral, and two hot wires. The homeowners can easily connect the power cord to the generator, ensuring seamless power to the well, even during grid failures. An additional safety feature is the isolation of this system from the main house power. Thus, when the grid power is restored, there's no risk of the generator back-feeding into the house circuitry. If you're considering a similar setup but are apprehensive about the technical details, our advice is simple. Recognize the type of generator and power cord you have and consult an electrician experienced with such installations. It's surprising how many young electricians are unfamiliar with these setups and may decline the task. However, an older or more experienced electrician will likely have the expertise you need. This plug-and-receptacle system is an efficient solution for powering wells during outages. It allows homeowners to meet essential water needs, from watering livestock to daily household requirements, ensuring continuity in daily life until grid power is restored. If you have questions or need further assistance, feel free to reach out. We offer consultations and on-site visits (charges apply). Additionally, we're available for online assistance; just send over your images or questions. As always, don't forget to like, share, and subscribe for more insightful content. Until next time, stay empowered and informed! Visit us at: Carolina Homestead Planner to get information and resources on homesteading, homestead planning, survival preparedness. Restoring a Classic: The Journey of Reviving an Old Woods Backhoe Welcome to Base Camp WNC! Today, we're excited to delve into an incredible restoration journey. Not long ago, we stumbled upon an old gem: a Woods three-point hitch backhoe that had seen better days. This relic, previously owned by a friend's uncle, lay abandoned in a field for two long decades, waiting for a fresh lease on life. Though we hadn't initially planned to document this project, we've collected a series of photographs and a few videos to share our progress. Discovering the Backhoe When we first came across this backhoe, it was evident that time and neglect had taken their toll. The bucket and stick photos probably highlight its condition best. Though rusty and worn, we saw potential in this forgotten machine. The initial inspection showed missing hoses — we replaced a whopping 22 of them! And while the task was challenging, it was also deeply rewarding. As we stripped the backhoe down, wire-brushed it, and prepared it for the rebuild, it became apparent that this machinery had some life left in it. Indeed, as we soon discovered, once operational, this backhoe could give any shovel a run for its money. The Rebuilding Process Our detailed dismantling brought us closer to the machine's inner workings. We took apart the boom, the stick, the outriggers, and even removed all the hydraulic hoses. The Woods' official website was an invaluable resource during this process. By entering the model number, we could retrieve a comprehensive diagram of the backhoe, complete with hose measurements. This was particularly helpful, considering the previous owner had used a mismatch of hoses. After cleaning and prepping, we reached the exciting phase of reassembling the backhoe. Each hydraulic hose was meticulously numbered, ensuring we knew exactly where each one belonged. This organized approach saved us significant time and guesswork. Addressing Wear and Tear One of the significant challenges was addressing the worn-out sections. Lack of lubrication had caused certain parts to wear unevenly. With limited tools, like a cut-off wheel and grinder, we were resourceful. We smoothed out rough patches and prepared them for new, larger bushings. These bushings were custom-made, transforming oblong holes into perfect circles. Final Touches and Observations The Woods backhoe, when connected to a tractor, revealed its age. Modern backhoes connect to tractors differently. Yet, the original three-point hitch of our vintage find still performed impressively, securely holding the machinery in place. One minor hiccup we encountered was with the ball and socket linkage system, reminiscent of old car throttle linkages. This system often detached during operations. If anyone has information about this part, your insights would be invaluable. Although the Woods brand is renowned, this specific backhoe had some makeshift modifications by previous owners. Surprisingly, its robust build could handle substantial loads like large rocks and stumps. We did, however, opt to replace one cylinder, finding a cost-effective solution through the Surplus Center. Conclusion Our restoration journey with this Woods backhoe was more than just reviving an old machine; it was about breathing new life into a piece of history. Now, this backhoe is ready to dig ditches, outperforming any manual tool, and saving us considerable costs. We look forward to taking it on various projects, ensuring it remains a working testament to the power of restoration. As always, thank you for joining us on this adventure. Should you have any questions or need assistance with similar projects, feel free to reach out. Until next time, happy restoring! Visit us at: Carolina Homestead Planner and let us help you with your self-reliant and homesteading planning. Solar Shack on a Shoestring: Innovations in Homestead Power
While most people may see an old 275-gallon water tote and dismiss it as trash, for some, it represents an opportunity to innovate. At Carolina Homestead Planners, we recently embarked on an exciting venture to transform such a tote into the most cost-effective solar shack ever devised. The water tote in question was initially food-grade, but having been used for other purposes, it was unsuitable for storing water. Instead, the team decided to retrofit it with solar equipment, making it an efficient temporary power source. On the exterior, we installed an RV outlet, with plans to add a box for generator input once the client's generator is determined. Opening the tote reveals a tech haven: a magnum sine inverter accompanied by eight impressive 420 amp-hour 6-volt batteries. Four of these batteries are arranged in series, and the other four in parallel, culminating in a 24-volt, 4000-watt split phase 220 inverter. Dubbed the "44 Magnum," this setup promises powerful energy output. Additionally, a solar charger has been fixed into the system, ensuring continuous power generation during daylight hours. This ingenious creation couldn't have come at a better time for a family working to renovate an old homestead. They faced an obstacle in not being granted temporary power by the county, given the absence of house plans and a septic tank permit. This solar shack not only provides a stopgap solution for their RV but also has the potential to power their house upon completion, acting as a backup to their generator. The construction process was straightforward but required careful attention to detail:
The total cost of this build, excluding the price of the tote and the solar equipment, came to a meager $50. This sum accounts for labor, paint, screws, bolts, and repurposed wood. Once the family completes their house, this solar shack could be repurposed for gasoline or propane storage, further enhancing its utility. At Carolina Homestead Planners, we pride ourselves on our ability to think outside the box, bringing life to old objects and providing sustainable solutions. We’re excited to see this solar shack in action and are always ready to assist with similar innovative projects. If you ever need assistance, insights, or ideas, don't hesitate to reach out. Until our next innovation, we wish you all bright and sunny days! Visit us at Carolina Homestead Planner and let us help with your homestead planning and self-reliant needs. Mastering the Art of DIY Spring Heads: The Tale of Mr. Robert's Spring in Pennsylvania
Welcome to Base Camp WNC! If you're intrigued by owner-built spring heads, you're in the right place. Today, we're diving into a unique project headed by Mr. Robert from Pennsylvania. We aim to inspire budding DIY enthusiasts by showcasing a variety of approaches to these builds. Mr. Robert chanced upon a natural spring in his area and embarked on the journey to harness its potential. To capture the water flow efficiently, he initially attempted to channel it through a pipe. This would not only measure the water output but also prevent the area from becoming too soggy. A special shout-out goes to Lucas, his neighbor, who lent a hand (and a shovel) to dig a trench ensuring the water had a streamlined flow path. Employing some creative techniques, Mr. Robert repurposed a blue barrel. He converted it into a strip and drilled 1.25-inch holes using a hole saw. Through these, a white PVC fitting was attached, which easily screwed into the pre-drilled hole. While there might be a minor risk of leaks, a bit of Teflon tape or silicone caulk usually does the trick in sealing it. Interestingly, he further adapted the one-inch PVC fitting to connect with a gray poly pipe fitting, ensuring seamless integration. Inside the dam wall, there's a one-inch male fitting that connects to the exterior. This fitting is complemented by a threaded coupling on the outside, making it easier to attach the gray adapter for the poly pipe. Mr. Robert recommends avoiding glue on the interior pipes. This ensures that in case of blockages or required maintenance, disassembly is easier. He's cleverly designed the bottom to draw water upwards, drilling holes for optimal water flow. The project boasts two significant features:
The final result? A well-constructed spring head that not only serves its functional purpose but also stands as a testament to Mr. Robert's dedication and skill. He achieved an impressive output of roughly 1.2 gallons a minute, translating to nearly 2,000 gallons a day. And all of this for a budget just shy of $100 for materials (excluding labor). Though, a little humor to note: Lucas may have contributed a lot, but he also walked away with a whopping 3,700 mosquito bites! Projects like these highlight the beauty of DIY. Mr. Robert's story is not only motivating but also a brilliant example of community and innovation. We encourage our readers to share their projects, photos, and experiences. As always, for those needing guidance or consultation, feel free to reach out. Until our next DIY adventure, stay inspired and keep building! And don't forget to share, subscribe, and spread the word about Base Camp WNC. See you soon! Visit us at: Carolina Homestead Planner and let us help you with your preparedness and Homesteading Projects. Revitalizing Spring Water: Innovations in North Carolina's Base Camp
Nestled in the serene landscapes of western North Carolina lies an intriguing water project. At this base camp, our focus is on spring water, but with a twist that sets it apart from the norm. Upon arriving, you'd first encounter the water collection setup located up the slope. It uses a spring box where water flows seamlessly, and on certain days, you can observe the overflow when the flow is shut off. Underground is a fascinating element – a thousand-gallon tank. This tank is a response to the challenges of the region's low-producing well, which often struggles to meet household water demands during the summer months. Therefore, it is complemented by the spring water. However, this spring presents its unique challenges. The water carries with it a significant amount of suspended material, hinting that its source is more earth than rock. Over time, the accumulated debris and dirt mean that the spring box's minor holes (designed for overflow) become blocked, and the tank itself becomes a repository for mud and silt. To resolve this issue, a filtering mechanism at the home has been introduced. It comprises a spin-down filter, a replaceable filter, and a UV light. Yet, due to the sheer amount of fine dirt in the spring water, the filters get clogged quite frequently, sometimes as often as every week. Enter the solution: a redesigned spring box, boasting four filters, to better handle the water's suspended material. This newly built spring box has another innovative feature. It connects to the storage tank, which is equipped with a float valve. When the tank is full, the spring water supply is shut off, giving priority to the well water, known for its cleanliness. This system is especially beneficial when the property is rented out, and water consumption may vary. Initial attempts to capture and filter the water were met with challenges, including the infiltration of surface water. However, with persistence and adaptability, the approach was revised. The design now includes a unique water collection system resembling a pool filter. Using a combination of filter fabric, gravel, rock, and sand, it aims to harness the pure spring water while letting the surface water, especially during rains, bypass the collection area. The improved spring box is a testament to ingenuity. Constructed from a 30-gallon drum and equipped with multiple inlets and outlets, its design ensures an even distribution of water, making the filtering process more efficient. As water fills up, the overflow gets directed back into the creek, preserving the environment while ensuring a consistent water supply. In conclusion, this water project epitomizes innovation and adaptability. From the challenges posed by the spring and the low-producing well to the solutions devised to address them, the journey has been an educational one. As always, our team is eager to assist with similar challenges and share our expertise. Thank you for joining us on this enlightening expedition, and we look forward to our next venture. Safe travels until then! Visit us at Carolina Homestead Planner. We can assist you in your preparedness needs and Homestead planning. |
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