logo
mobile-logo
HomePosts Tagged "How To"

Spring is in the air and with it comes yard work. For some we have already started planting our gardens, others are tending to their chickens and most have to start cutting the grass. I know you may hear the Home Depot song playing in your mind as you think of mulching and planting and sprucing up after winter’s snooze but I have already been cutting my grass and it is due again for another visit with the lawnmower.

As I started to think about getting out there and cutting the grass, I wondered if there would be a use for items like my trusty lawnmower when the grid goes down. Why? Because if you are like me, the last thing you are going to worry about is a nicely trimmed yard. Heck, we all might need to tear up the pretty green carpet to make way for additional garden capacity and if that happens, what could we do with that mower? Even if we didn’t have a grid-down emergency what other purposes could our mower serve?

You will need the following tools/parts:

Lawn Engine motor

The generator project will require a vertical shaft gas engine from a lawn mower. The typical lawn mower engine will be 3 to 5 horse power and will have a 7/8″ shaft, with a 3/16″ key way and a threaded hole in the bottom of the shaft. Most of these engines have either 3 or 4 bolts holding them down to the existing lawn mower base.

Alternator – A GM 10SI or 12SI style automotive alternator.

The alternator will fall into one of three categories:

A) External voltage regulator type.This type of alternator does not have an internal regulator and must have one connected externally to control the alternator field intensity and thus the output voltage and current of the alternator. The disadvantage in using this type of alternator is that connection is a bit more complicated and the regulator is an added component that must be mounted and connected properly. This type of alternator is typically less expensive than the other options shown below, but like the model with an internal regulator, it too requires an external on / off switch or the alternator and regulator pair can discharge batteries when it is not charging and the switch is left on.
B) Single wire connection type with internal regulator.The single wire connection type alternator automatically starts producing output power when the RPM of the input shaft reaches a minimum speed. And, when the RPM drops below a preset speed the output stops. A big advantage is that it does not require a switch to isolate the alternator from the battery source to keep the alternator from draining the battery when not in use. The disadvantage in using this type of alternator is that the alternator will start to charge the batteries as soon as the minimum speed is reached, and will place a load on the engine as soon as the minimum RPM is achieved. In some cases, you might need to throttle through this minimum RPM range to insure that the motor does not bog down at low RPM when the alternator begins to produce power. Another disadvantage is that these alternators are more expensive than other options, but it provides a very simple connection method.
C) Internal regulator type with external control switch.Another option is to use the type we used on our last project. This alternator has an internal voltage regulator but requires an external switch to start or stop power production. The advantage in using this model is that the alternator can be switched off while the motor is still running and power output stops. This aids in connecting and disconnecting batteries or other loads.
One note in the Single wire connection type with internal regulator:

We found that the single wire configuration is not ideal for this application. Because the lawn mower engine mentioned above doesn’t have much throttle adjustment, if a single wire configuration is used with a 2 1/2 inch pulley on the motor the alternator doesn’t kick in without manually moving the throttle butterfly to a higher setting and then releasing. This problem might be eliminated by using a 3″ pulley. However, a single wire configuration can be used on our last project using a horizontal shaft engine. The problem we have right now, is that we don’t have all the answers yet for this configuration. Feel free to experiment, but with the motor we used and the pulley we used, it wasn’t convent in that you had to reach under the carburetor to throttle up manually to start generation.

Electrical Wires – Think wire harness for your car battery

 

A positive and a negative car battery cable is needed, as well as an alternator connector and associated wires. The alternator wires are not needed if a single wire alternator with built in regulator is used.

A belt – An A Style Industrial Belt to be more precise

The V-Belt transfers power from the pulley (which will be mounted) on the motor to the pulley on the alternator. Various belt lengths can be used if your mounting system provides for several inches of belt length adjustment. Keep in mind that the belt length should be kept to a minimum to reduce belt slap and associated wear.

We have found that the Automotive V-belt used on a standard alternator is not compatible with the industrial “A” size belt that mates with all pulleys you will find for the motor. However, if you use an industrial “A” style V-belt, it will provide an exact fit for the motor and an “OK” fit for the alternator. Replacing the pulley on the alternator to match the pulley on the motor is an option (a more expensive option) but would be the ideal solution.

Cast Iron Pulley

The motor pulley needs to be high quality cast iron. The mass of a cast iron pulley tends to act as a flywheel, taking the place of the mass of the lawn mower blade. Remember that most lawn mower engines have a very light aluminum fly wheel and use the steel blade as part of the effective fly wheel mass. The added weight of the cast iron pulley (compared to the mass of an aluminum pulley) helps the engine idle smoothly and helps keep belt slap to a minimum.

Mounting Bracket

The mounting bracket is the most complicated part of the project. The great thing about the bracket is that it’s Universal in design and allows use of a wide variety of engine manufacturers and engine models.

It not only eliminates hours of time figuring out the bolt pattern of your motor, but also eliminates the trial and error guess work in finding a belt length that will work once the motor and alternator are mounted. Additionally, the bracket can be bolted down to a simple base of your own design and the rest of the work is done!

Detailed instructions on how to work on this project:

The first step is to remove the motor from the lawn mower base. Typically, there are 3 or 4 bolts holding the motor to the base, but before you remove them, you will need to remove the mower blade and the shaft coupler that holds the blade on the motor shaft. Getting the blade and the coupling off is a bit of a pain. Removing the blade is not nearly as difficult, but still requires a bit of ingenuity to figure out a way to “jam” the blade so it won’t rotate while you remove the bolt which holds it in place on the motor shaft.

We found that we had to use a “pulley puller”, to remove the shaft coupler after the mower blade was removed. A “pulley puller” which can be rented or purchased at most auto parts stores. Removing the coupler is difficult to impossible without use of this tool.

The next hassle will be in finding the required pulley. Our research indicated that nearly all the motors used in vertical shaft lawn mowers have a 7/8″ shaft, and a 3/16″ or 1/4″ key way. However, horizontal shaft motors under about 7 HP use a 3/4″ shaft. The 3/4″ pulleys can be found at most hardware stores, but the 7/8″ pulleys are impossible to find. What we had to do was to set up an account with a company that supplies Heating and Air Conditioning Systems, Motors, Blowers and Components to be able to order the correct pulleys.

Another catch is that a 3/16″ key way is not standard on cast iron pulleys. What we found was that a 1/4″ key way is the norm because most high horse power AC motors use a 1/4″ size key way. A pulley with a 3/16″ key way is not typically available in a 7/8″ shaft diameter configuration. It is possible to use a pulley with a 1/4″ key way on a motor that has a 3/16″ key way provided that the set screw is on top of the key on the motor shaft and NOT on the shaft itself. If close attention is paid to this detail the pulley will stay in place without vibrating or loosening.

The biggest problem is figuring out how to bolt everything together. Because each type of mower had different a base, we ended up concentrating on coming up with a universal base that just about any motor could fit on. Our base had to allow rotating the motor by about 30 degrees, and allow positioning the motor in any of the 90 degree quadrants. That allowed the motor to be in any position with clearance for the alternator and a method for hooking up the belt. We also wanted to allow the alternator position to be adjusted allowing for several belt sizes to be used. The bracket also has an integral belt adjustment slot which allows the alternator position to be adjusted, which also serves to tension the belt.

The lawn mower engine

The lawn mower we used had a 3.5 Horse power Briggs and Stratton 4 stroke gas engine. That particular model motor has a safety shut off lever on the lawn mower handle which has a cable attached to the motor, and the attached cable must be activated to disengage the motor shut off break and to allow spark to reach the spark plug. What we decided to do was to cut the cable off and deactivate the motor shut off feature. If your motor has this feature, you will need to spend some time looking at the cable and the levers on the motor to figure out a way to deactivate or preserve the feature. In either case the motor will not start unless something is done about the cable and levers.

We found that there was a small hole in one of the lever plates on the side of the engine, and after pulling the cable, a small nail can be inserted into the lever to keep the mechanism from retracting and shutting off the motor. Like I said, it will take a bit of time to figure out how your motor shut off mechanism works (if there is one installed on your motor).

Most of the lawn mower engines you will find have a 7/8″ shaft and a 3/16″ key way cut into the shaft. They also have a threaded hole in the bottom of the shaft.

Pulley Size and Type

The vertical shaft motor from this lawn mower would not throttle as high as the same horse power motor we used in the horizontal shaft generator project. That motor was from a lawn edger, and could be set to a higher maximum speed. After talking with some lawn mower experts, we were told that the throttle mechanism on the lawn mower has the maximum throttle set to be about 75% of the maximum butter fly valve position of the carburetor. We were told that the lawn mower manufacturers set the throttle mechanism that way so there is extra throttle capability for when the mower hits some heavy or wet grass. The motor could then self throttle to a higher setting if necessary, then throttle back to the pre set throttle setting.

The reason we mention all this is that the pulley size we used on the horizontal shaft motor project would not work on this project. In testing this motor with the throttle set as high as possible without modifying the carburetor, and using a 4 3/4″ pulley on the motor (similar size to the one on our other project), the motor would bog down and die with a 39 Amp load on the alternator. Without modifying the carburetor, we couldn’t keep the thing running when the load was switched in with the large size pulley.

We had excellent results with a 2 1/2″ pulley. It allowed the alternator to output voltage at even half or lower throttle settings at a slightly lower output current. So, with less than full demand, the motor speed could be reduced without killing the motor, and providing fuel savings.

Mounting the Motor and Alternator

Mounting all this stuff is the tricky part of this project. But to make things easy, we designed and manufactured a bracket to make the task simple.

The bracket is made from 1/8″ steel and has provisions for mounting the motor and alternator, and additional holes for mounting the plate to a base of your own design.

What we did for the base was cut two 2×4’s the length of the bracket, and another 2×4 as a cross brace to be installed under the bracket at the bottom of the long 2×4’s. Imagine the base as being an H. The two long pieces were installed so that the base was 4 inches in height, and the cross brace was installed on the two length wise 2×4’s at the bottom, and on it’s side so that it stood 2″ in height. That provided the necessary clearance for the belt and provided stabilization of the two side pieces. A further improvement would be to install two more short 2×4 at each end of the assembly to completely box in the rotating pulleys (for added safety).

We elected to mount the alternator in such a manor that it actually runs backwards. This simplifies the hook up and it still works. The fan still functions, but instead of pulling air through the back and exhausting through the front, the air flow direction is reversed. Also, the fan blades are not as efficient when running backwards so air flow is reduced slightly. But, remember that like in the other project, the alternator is mounted to a steel plate which also serves as a large heat sink. And from the two hour test run at 39 Amp output, the alternator case temperature was only 148 degrees (ambient temperature was 80 degrees). So, I guess what I’m saying is that it really doesn’t matter. These alternators normally spend most of their lives under the hood of cars stuck in traffic jams on hot days, and see temperatures much higher than this.

Now, getting back to the mounting issues: The lawn mower engine has a longer shaft than the alternator, and if the pulley is installed in the ideal location on the motor shaft the two pulleys do not align. So, what we found was that the alternator needs to be mounted flush on top of the bracket but the motor needs to be spaced 1″ above the mounting plate. This is easily carried out by using 1″ longer bolts, and 1″ long spacer tubes. Then the alignment of the pulleys is correct.

Wiring it up

The wiring depends on which alternator you choose. All three alternator types are shown.

Do not wire the alternator unless you are sure about what type you are using. If you make a mistake in the selection of the alternator or wiring diagram you run a very high risk of damaging your battery, electronic devices, or worse yet causing personal injury! Consult a parts professional for additional information!

This tip is intended for educational purposes only. No guarantees are expressed or implied as to the accuracy of information presented here! Consult with an automotive wiring expert before attempting to carry out any wiring.

If you are using an alternator that requires an external switch, you will need to turn off the switch prior to attempting to start the generator. If the switch is on, the generator will try to output voltage while you are pulling the starting cord on the motor. You will find that it will be nearly impossible to pull the cord! If the switch is off, then there is little to no resistance from the alternator. Once the motor is running, the switch can be set to the on position.

Other self-sufficiency and preparedness solutions recommended for you:
The vital self-sufficiency lessons our great grand-fathers left us
Knowledge to survive any medical crisis situation
Liberal’s hidden agenda: more than just your guns
Build yourself the only unlimited water source you’ll ever need
4 Important Forgotten Skills used by our Ancestors that can help you in any crisis
Secure your privacy in just 10 simple steps

7 Comments

Spring is in the air and with it comes yard work. For some we have already started planting our gardens, others are tending to their chickens and most have to start cutting

A Prepper Must-Have – Baking Soda

I have it on good authority that some people actually bake with baking soda. That’s not why it’s stocked like a mighty brick in my house. Baking soda is one of those items that has about a hundred and one uses, only some of them limited to the kitchen. It’s nice and cheap, and while I don’t think it’s one of the things that runs off the shelves in any crisis – snow storm, hurricane, or larger – it’s hugely beneficial to have plenty of it on hand.

To me, the price and the usefulness put it way up on any must-have list for preppers (or pretty much any adult).

First we want to be sure of what we’re talking about. On store shelves, baking soda is most usually going to be a box, although it can be found in big bags for those of us who use it a lot. It’s the one with sodium bicarbonate listed as the active ingredient, not cornstarch and 4-6 other things in a little round carton. That other one is what you use for bannock bread and microwaved mug brownies – baking powder.

Shoe satchels

baking-soda-for-shoes

Stomping out smells in your shoes is one of baking sodas great claims to fame.

Those of us who have ever had a fridge or dishwasher that’s been turned off for a while have probably heard of sticking an opened box of baking soda in there. Arm & Hammer even creates packages with a mesh-lined side flap for just that purpose. That same deodorizing capability combines with a low-level desiccant, and can be used to dry out and kill the sweat or swamp funk in our boots and shoes. This is the stuff that gets added to kitty litter boxes, after all. Stomping out smells is one of its great claims to fame.

The satchels can be made out of cloth, old socks whose mates have gone missing, coffee filters, or used dryer sheets. The imagination is really the only limiting factor here. As long as it allows easy airflow between the footwear and the baking soda inside, it’ll work. Add at least a tablespoon and a half of baking soda, tie up, and drop inside.

 

If you want to jazz up the shoe satchels further you can add all kinds of things from dried flowers and herbs (lavender, rose, rosemary, mints, eucalyptus) to bath crystals or salts.

This one works not only on shoes, but also on things like old gym bags, the lunch bag from two years ago, a small cooler, a tool bucket or box that has a case of the funk, or a softball bag that’s being repurposed.

Foot Soak

foot-soak-recipes-600x399

If the smell from shoes is originating because of the feet in them, you can combine baking soda with any number of things to create a foot soak.

Mouthwash, herbal teas, various oils like lavender or eucalyptus or rosemary, lemon slices or juice, Epsom salts (excellent addition), apple cider vinegar, and dried herbs like rosemary, mints, or plantain all get added. A simple soak of 1-2 cups in a gallon or two of warm water for 15-30 minutes can soften and rejuvenate feet, and help control various fungus that want to live in warm, sweaty environments.

Surface Cleaner

cutting-board-plastic

We know that baking soda is one of the things we can stock to use as a toothpaste alternate, or to concoct our own toothpaste. It cleans more than mouths, though.

Just sprinkling it on carpets and wooden decks or porches, letting it sit, and then sweeping or vacuuming it up works wonders for some odors and fungi. We can also clean our cutting boards by rubbing with baking soda and-or salt and a lemon, or just scrubbing with a brush and the dry ingredients and then letting it sit for a bit. The powders create a habitat that discourages many microbes, like the kind that live in tiny scratched crevices and outlive even dish soap and the dishwasher.

 

We can use that trick on dog bowls, sinks and counters, as well, using fresh lemons or limes or bottled lemon juice, or just scrubbing and allowing it to sit, then sweeping it and wiping it up.

Pipe & Drain Cleaner

Getting rid of shower and tub mildew and *that* smell in any pipe uses basically the same ingredients as above: baking soda, salt in some cases, and lemon. Vinegar of pretty much any kind can be substituted for lemon juice if somebody likes that price enough for a different smell, or wants to go with apple cider vinegar.

I like the method where you boil 2-8 cups of water to pour down the drain, then throw a cup of baking soda in and let that sit for 5-60 minutes, and follow it up with 1 cup of vinegar or lemon juice mixed with a cup of water.

baking-soda-scrub-sink

There are a few variations, so poke around a bit. Some say to cover it to direct the reaction downward (not so sure about that), and some to limit the fumes in the air (just don’t use white vinegar). Some say to give it 6-8 hours, and some say to just wait until the bubbles stop. Some suggest just rinsing with tap water, and some suggest boiling more water to flush the remnants away. Up to you.

It doesn’t always work, especially in the bathroom where *somebody* sheds 2’ hair with every shower. Sometimes a repeat or upgrade to/of vinegar to the stronger cousins works. Every once in a while, you have to go to a snake or “real” drain cleaner, but a lot of the time, whether it’s a slow drain, a for-real clog, or a smell, the baking soda does the trick.

There are apparently schools of thought where this is bad and degrades things, so research that too.

Fungicide (Outdoor)

spray

We can add one tablespoon of baking soda to one quart of water (4 tablespoons/1 quarter-cup per gallon) and use it to treat black spots in the yard, roses, and berry brambles suffering from the various black fungus illnesses.

One of the things that helps baking soda kill smells is that the sodium bicarbonate is an antacid, a highly reactive one. A lot of growing things prefer an acidic environment. Fungi – from mold to mildew – is one of those things. The beauty is that baking soda is a stabilizing antacid. It’ll react with anything in an extreme, and go through a severe reaction initially (which can also kill bad stuff) but then it’ll self-regulate and return its surroundings to a near-neutral state.

No wonder this stuff is called miracle powder, right?

 

 

That miracle powder can help us in a big way with some common crop and garden pests – mildews.

We can add one tablespoon of baking soda to one quart of water (4 tablespoons/1 quarter-cup per gallon) and use it to treat black spots in the yard, roses, and berry brambles suffering from the various black fungus illnesses.

Powdery mildew on any plants can be prevented and treated with the same, however, the addition of a teaspoon of dish detergent and a teaspoon of vegetable oil per half gallon will help it stick better. Once powdery mildew gets started, it’s a constant battle, so having the spray last longer on the plants can save us a lot of time and heartache.

Creepy-Crawly Pests

destroying-ants

Fungus gnats aren’t usually harmful, but they are annoying, and there are times there are so many that the soil-dwelling larvae stage start stunting plant growth because they’re consuming the tiny root hairs of plants. A teaspoon of baking soda with a teaspoon of dish detergent in a full gallon of water can also help remove or reduce the populations, without changing soil pH so much that acid-loving veggie plants and perennials can’t handle it and die, too. As with mildews, all soils in the area need treated and the treatment will have to be repeated to break the infestation completely since there are multiple stages and locations in the gnats’ life cycles.

Mixing baking soda 1:1 with powdered sugar and surrounding an ant hill with a 1”x1” wall of the stuff can help reduce those garden pests, too. I’ve had it decrease the visible numbers, but they seem to pop back up. Still, it’s nicer working in beds and playing fetch or weed-eating with a few less ants getting aggravated with you. A ring of baking soda will also help deter slugs. (Grits and cornmeal help with ants and slugs, too.)

Pest Sting & Itch Relief

 

Baking soda recently got crowned the Most Prized Possession in my house. I was attacked by some sort of not-bee striped flyer, and ended up with welts roughly the sizes of eggs, from dainty little quail all the way up to jumbos, with 3-6” red raised areas around the big welts. Yay! A poultice of just baking soda and water reduced the swelling and pain.

That poultice is best applied with large Band-Aids already open and waiting, especially if you’re trying to doctor your own elbow and thigh.

If the poultice is allowed to dry, it will come off in big flakes or shingles, and can actually help extract a broken-off stinger, fang or tick head.

 

Like the satchels, the poultice can be improved on. Chamomile tea is awesome, but any kind of tea contains fabulous stuff that helps reduce swelling and pain more and faster. Let it cool and add it to the poultice, open a bag to mix in before the water, or open a used bag to add to the paste. Aloe can be stripped and chopped and added, as can commercially available gel. So can witch hazel, chamomile flowers, lavender oil or flowers, fresh or dried plantain, Echinacea (purple cone flower), chickweed or jewelweed, and lemon balm.

Some people also apparently make their poultice with milk. Not my thing. Likewise, I’m not adding to the mess or pains by using honey or honey crystals in there, but there are proponents of honey as well.

Go as crazy as you like with that one.

Maybe the sting or bite isn’t making you crazy enough to coat your wounds with paste and Band-Aids. Sometimes we’re just hot and itchy and can’t really identify a single place to treat, and a shower or bath isn’t really cutting it.

Baking soda in a tub with or without soothing additives like oatmeal can help.

You can also make a satchel similar to the first use listed, although you’ll want it to be bigger. Again, alone or with things like chipped aloe, oatmeal, chamomile flowers or oil, or tea leaves from a regular grocery-store brewing bag (Camellia sinensis species) can be added. You use the satchel to dab yourself while you’re in the shower.

Baking Soda

There are just so many uses for baking soda, with these the very tip of the iceberg. Run any google search for uses, and you’ll find dozens more, from killing weeds to repelling rabbits and silverfish. It goes in laundry and it gets used for facial masks. Use it to deodorize dogs, make Play Dough, or get gum/caulk out of your hair. The stuff is so cheap, so easy to find, and does so much, it’s worth filling a box or drawer and keeping handy, especially if we live well outside shopping areas.

It’s not one that I expect there to ever be massive runs on, not like generators, snow shovels, tarps and plywood, peanut butter, and toilet paper. However, in a long-term disaster, we could potentially run out. For me, it doesn’t replace a fire alarm and fire extinguisher, some extra batteries that fit that alarm, or having spare oil and coolant in the truck, but it’s right up there with the food and water supplies as a must-have item.

Hopefully you’ll explore its uses a little more, print out some of the many 11, 30, and 50+ uses lists, and stock up at least a little.

Other self-sufficiency and preparedness solutions recommended for you:

 

The vital self-sufficiency lessons our great grand-fathers left us

Knowledge to survive any medical crisis situation

Liberal’s hidden agenda: more than just your guns

Build yourself the only unlimited water source you’ll ever need

4 Important Forgotten Skills used by our Ancestors that can help you in any crisis

Secure your privacy in just 10 simple steps

0 Comments

A Prepper Must-Have – Baking Soda I have it on good authority that some people actually bake with baking soda. That’s not why it’s stocked like a mighty brick in

We have covered many topics in the past such as fluid-based balance, electrolyte balance, and dehydration, along with several articles pertaining to first aid from heat-related emergencies.  We’re going to refresh (as it is the season) the importance of hydration and several things you can do in an emergency situation.  What constitutes an emergency?  Anything that threatens either life or limb, or threatens to incapacitate you in a permanent manner is an emergency that needs to be dealt with.

How Dehydration Occurs

Your body is about 75 to 80% water, which in itself is an oversimplification.  The reason for this being there is intracellular fluid (fluid within the cells), intercellular fluid (the fluid between the cells), and other factors affecting fluid dynamics.  This last term refers to the amount of fluid going in and out of the cells, and directly relating to both input (what you drink and take in with your meals) and output (in the form of urination and diaphoresis, also known as sweating).  An additional form of output is termed extra-sensory perspiration, and this is what is exuded from your body in the form of vapor from the lungs breathed out, as well as fluid loss from the eyes (yes, both the tear ducts and the eyeballs themselves).

When you couple these losses with strenuous or stressful activity, it amounts to fluid loss that can impair your health.  As mentioned in other articles, keep this rule in mind: thirst is a late sign of dehydration.  In order to be hydrated properly during the course of a day, you should consume at least half a gallon to a gallon of water daily.  This amount is in the normal daytime routine.  Heavy physical work or exercise adds to this amount needed.

 

Other Self-sufficiency and Preparedness solutions recommended for you:

The Lost Ways (The vital self-sufficiency lessons our great grand-fathers left us)
Survival MD (Knowledge to survive any medical crisis situation)
Backyard Liberty (Liberal’s hidden agenda: more than just your guns…)
Alive After the Fall (Build yourself the only unlimited water source you’ll ever need)
The Lost ways II (4 Important Forgotten Skills used by our Ancestors that can help you in any crisis)
The Patriot Privacy Kit (Secure your privacy in just 10 simple steps)

Daily knowledge in your inbox. Please read our privacy policy here


Featured Articles

What if I told you there's a single substance sitting in most kitchens that could replace over two dozen commercial products when the grid goes down? I recently discovered something our

Read more Read more

Even the most committed preppers might consider building a nuclear bunker excessive during peaceful times. Yet history has shown repeatedly that geopolitical circumstances can change with alarming speed. When tensions

Read more Read more

A lot of preppers are worried that, in the event, we’re ever attacked with EMP weapons, most of our vehicles will instantly turn to junk. This isn’t a far-out belief,

Read more Read more

“It’s never lupus,” as the iconic Dr. House put it. Don’t know too much about that, but I have a saying of my own – “it’s never just a pill

Read more Read more

There are numerous concepts used in the Prepping community and the concept of a Get Home Bag is one of the easiest to understand because the rationale is very obvious

Read more Read more

A frequent topic in Preparedness and Survival circles is the subject of Bugging Out and more specifically the question of whether you plan to Bug Out or will you Hunker

Read more Read more

I have been asked before by friends how I got started with prepping. It seems the concept can be pretty daunting at first for some people. I can understand how

Read more Read more

I believe that each of us has an inner voice. Call it what you will; instinct, hunch, feeling, foresight, or intuition they are all the same. It is a compelling

Read more Read more

Last week on National Geographic’s American Blackout we got to see a lot of common problems presented as the result of a power grid collapse that lasted 10 days. One

Read more Read more

This is the second in a series for the beginning prepper on how to get started Prepping. If you want to read part 1, you can view that article here.

Read more Read more

“By failing to prepare, you are preparing to fail”, were the wise words once uttered by one of our Founding Fathers, Benjamin Franklin, and they are the words that have

Read more Read more