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Two Story Storage Shed Plans Wood Shed Plans 8x10x12x14x16x18x20x22x24

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two story storage shed plans

Two Story Storage Shed Plans Wood Shed Plans 8x10x12x14x16x18x20x22x24

Urban Survival Tools Part Two Testing the S W SW671 Extraction Evasion Tool

At first glance, the Smith and Wesson SW671 Extraction and Evasion Tool looks like a formidable tool capable of inflicting some serious damage. The test will be to see if it performs as good as it looks in an urban survival scenario.

Basic Features

The Smith and Wesson SW671 Extraction and Evasion Tool with its 3/8” thick full tang handle and Kraton grips has an overall length of 15.9 inches. It is made of 1070 high carbon steel and with a weight of 2 lbs. 11 ounces makes this a very formidable extraction and evasion tool.

It also comes with a protective nylon sheath that includes a belt loop (as if someone would actually carry this monster on their belt). The sheath has an inner nylon protector to prevent accidentally poking a hole in the sheath.

The 3/8 inch tang also allows the butt end to function similar to a hammer.

Basic Functions

The SW671 has a handle length that permits a good “two-handed” grip when in use. This allows you to exercise a lot more control, especially in close quarters. Control is an important factor when choosing a good hand tool and the SW671 gives you exactly that.

It has a good balance to it and packs enough weight to enable you to apply plenty of force with your swing. This tool is going to create some awesome damage to whatever gets in its way. After using it, don’t expect the protective blade coating to survive without some scuff marks.

Main Function

The SW671 with its combination spike tip and blade allows you to destroy a variety of different materials. The ability to hack your way through different types of material will aid in your escape or entry as determined by the situation at hand. This is the main function of any evasion & extraction tool.

The SW671 had no problem with cinder blocks and did a good job of breaking rock masonry with just a few blows. It would probably be more prudent to use it to chip away the mortar between the bricks or masonry because it will probably require less effort on your part. Once the mortar has been removed, the masonry should come apart easily.

The spike tip with its beveled edges easily punctures thinner sheet metal (such as tin roofing, etc.). It doesnt do much good on thicker plate metal of a 1/4 inch thickness or more as it merely scratches the surface. You could hack your way through a metal roof or a metal clad door fairly easily.

It chops wood quite easily and works like most any type of axe in this regard. Its size falls between a small camp axe and a regular axe. The weight also falls in between these two types of axes. It weighs slightly more than a typical camp axe but less than a full size axe.

The blade edge held up well when chopping wood and the only damage done to the SW671 was the finish. Several scuff marks and scratches were readily apparent with even moderate use but this doesnt affect its overall performance.

When tested on various materials that are normally used in home construction, the SW671 handled the destruction of all the basic home construction materials with ease. This makes it an ideal tool for extraction and evasion. You’ll need to keep a pair of safety goggles handy and a decent pair of gloves when using the SW671.

Got urban survival tools?

Staying above the water line!

Riverwalker

Urban Survival Tools Part Two Testing the S W SW671 Extraction Evasion Tool

Two Story Garages Wood Shed Plans 8x10x12x14x16x18x20x22x24

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two story garages

Two Story Garages Wood Shed Plans 8x10x12x14x16x18x20x22x24

Desert Survival Skills Practice Part Two Water Wildlife and Plants

Wildlife and plants can be a good indication that water may be present in a desert environment. Water in a desert environment can be an extremely difficult item to locate. Many forms of wildlife would simply cease to exist if they were not skilled in finding sources of water. In addition to the presence of wildlife, plants can also be an indicator of recent rains or the presence of water nearby.

Many plants in the desert will bloom profusely after a rain. This can be indication of recent rains or a source of water that is nearby. The desert willow is a prime example of this type of plant.

Many animals will also leave signs which indicate their presence. Tracks in a dry stream bed will often give away their presence in the area. Even though you may not see them, you will know theyve been in the area.

The dry stream bed eventually entered a closed canyon after about a quarter of a mile.

At the entrance there was also a creepy crawler in the form of an orange and black millipede. The orange and black coloration is a good indication that it may have had a nasty sting or might be toxic and it was left to proceed to whatever destination it had in mind.

Inside the closed canyon there were numerous pools of water that had collected in the depressions in the rock.

There was also another creepy crawler found in one of the pools. This was a small checkered garter snake. They are also quite harmless, unlike some of the other snakes that reside in the desert.

The dry stream bed which entered the closed canyon continued on for approximately a mile before reaching a fairly steep drop off of 25 to 30 feet which would have required some additional gear to proceed any further. This is commonly referred to as a pour-off.

The drop off fed into the waters of the Rio Grande. Although the river couldnt be seen from the vantage of our starting point, by following the dry stream bed we were eventually led to the river.

Plants and wildlife are always good indicators of your natural environment. When combined with local information and knowledge of the area in which you are traveling, you will be better equipped to handle the challenges of a natural environment.

Nature will always give you the signs you need to survive but you will need to be able to recognize them.

Got desert skills?

Staying above the dry stream bed!

Riverwalker

Desert Survival Skills Practice Part Two Water Wildlife and Plants

DIY Solar Project Portable Water Pump Part Two Assembly and Accessories

In Part One the basic planning for making a portable water pump was covered. The actual project assembly closely followed my initial plan and only a few changes were made from the original design plan. Most of the changes in the original plan were made in order to enhance the functional operation of the portable water pump or to simplify its use.

Building a DIY Portable Water Pump - Assembly and Accessories

1. Portable Power Options - Using Solar Panels

One of the best ways to keep any system portable is to have a convenient power source. While the choice to use battery power was inevitable, using solar panels to keep that battery power maintained would keep the system portable and there would be no need for a grid connection.

Once a decision was made to use a couple of small solar panels to charge the portable water pump’s batteries, it became a simple task to install the panels. I didn’t want a system where you had to worry about hooking up a remote solar panel with wires running to it. A self-contained system was going to be easier to use and make things less complicated.

It turned out that two small 12 volt solar panels could be easily attached to the handle of the rolling tool box and still leave plenty of room to grip the handle. The handle was also able to be completely folded in the down position without any additional interference.

Another advantage of this set-up was that a tab stop on the handle allowed the mounted solar panels to be angled in a manner that increased the exposure of the solar panels to the sun.

Installation of the small solar panels was a simple matter of drilling four holes in the handle and bolting the solar panels to the tool box handle.

2. Mounting the Water Pump

The water pump was then mounted to the bottom of the included toolbox storage tray. It would have been nice if the tray had offered a flatter surface on the top side. This would have made it easier to mount the pump to the tray. As a result, the pump was mounted to the underside of the tray which had a relatively flat mounting surface. I also didn’t want to leave the tray out as this would leave less storage options and also allow a set of pliers or a screwdriver to be kept handy.

Keeping the pump mounted above the floor of the upper toolbox also allowed room for storage of the suction and discharge hoses. There is enough room for 30 feet of discharge hose and 10 feet of suction hose to be stored in the bottom of the toolbox. It was a simple task to flip the tray over in order to use the pump and deploy the suction and discharge hoses.

There were two minor problems encountered with the hoses. The first was a small weight needed to be added to the suction hose because the weight of the debris strainer was insufficient to keep the end of the suction hose submerged. The other problem was kinking hoses caused by the pump design. This was solved by adding an elbow to the suction and discharge outlets of the pump.

Testing the pump found it to have a minimal current draw of slightly more than 2.5 amps and a surge draw of about 4 amps until the pump was primed. This is low enough that it shouldn’t place a significantly large burden on the batteries.

3. Installing the Batteries

The lower bin of the rolling toolbox offered space that could be utilized to hold a battery (or batteries) depending upon their size. Other versions of this toolbox offered a removable upper toolbox and a lower bin that was capable of holding a larger battery. The lower bin on this model of toolbox did not offer sufficient room to hold a larger deep-cycle battery (Group 24 or 27?). This also would have increased the weight factor significantly and ultimately affected its portability.

Four 6 volt / 13 amp hour AGM batteries were mounted in the bottom bin. They were wired in series and parallel and would supply ample power to the pump. A small piece of 2X4 lumber was used on each end of the bin to secure the batteries in place. The AGM batteries were also able to be mounted in any configuration since they are sealed units. The cost of batteries could have been cut in half by using only two to power the pump but I felt the additional reserve power offered by using four batteries was worth the additional cost.

There was also sufficient storage space left in the bin to hold a few additional items. These items included a grid charger, an external power supply hook-up and a bag of spare hose parts.

4. Installing the Solar Charge Controller

In order to avoid the possibility of cooking the batteries, a solar charge controller was mounted in the lower bin of the toolbox. The charge controller was mounted using Velcro patches to avoid having to work in a confined space and dealing with the real possibility of accidentally shorting the wrong wire, This made it easy to detach the controller from the inside of the bin and pull the unit into the open to add or remove wiring as necessary.

5. Accessories

Four switches were installed on the lower sides of the toolbox to control various functions. These were a power switch that cut the main power to the charge controller and pump, a charge switch that disabled the charging function of the solar panels, a switch for an optional light was added in case it got dark before the water pumping chores were completed and a voltage switch was also included to indicate battery status without a continuous display from the voltage meter creating an additional strain on the batteries.

There could have been additional cost savings by using simple toggle switches which are considerably cheaper than the chrome plate switches actually used in the project.

The addition of a small work light added increased functionality should working conditions not have ideal lighting circumstances. This light was wired directly to the batteries and was operated with the simple flip of the switch. This allows any pumping chores to be completed even if you don’t finish before it gets dark.

An external 12 volt 120 watt plug was added to give the added option of using a larger external battery as a power source for extended operational capabilities of the pump. It can also be used to power other 12 volt accessories as needed. This was wired directly to the batteries and was protected with a 10 amp fuse.

It is important to note that it would perhaps have been better to mount the batteries in the top and the pump in the bottom. Unfortunately, this would have made the toolbox even more top-heavy that it was originally. The weight of even two small batteries would exceed the weight of the pump and make the toolbox even more unstable. Placing the batteries in the bottom section made the toolbox quite stable.

While this project cost approximately $200 to make and was completed with all new parts, it doesn’t need an extension cord to make it work. It can also go where and when it’s needed very easily. There are also areas where the costs can be decreased (batteries, switches or other accessories) and place this type of portable pump on a similar cost basis with a grid-dependent water pump.

There is one additional note about the portability of this unit. The total weight as assembled was slightly more than 25 pounds and this made it quite easy to lift over obstacles or be easily pulled over rough terrain on its wheels.

Got portable pumping power?

Staying above the water pumping line!

Riverwalker

DIY Solar Project Portable Water Pump Part Two Assembly and Accessories