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Rabu, 04 Mei 2016

Tuesday the 7th of September

Those garlic are coming along fine, the one that was one and a half inches is now about nine inches and the other one sent up two shoots and now its/theyre about 3 to 4 inches.

Because of the small size of this unit, it is very susceptible to major fluctuations. This was within my desired calculations as I wanted at that stage to have a small system that would be behaving like this so that I would have to be able to cope with any eventuality.

Thankfully I havent had too much go wrong and over the last couple of weeks it has settled into a really steady rhythm.

Now back to my notes.... 

Can Aquaponics Pay for Itself?
by Sami Grover, Carrboro, NC, USA on 08.24.10
 Next question - What is Aquaponics - Where are these people hiding????? Well here it is.

Now we have the Woodbine Ecology Centre with and Introduction to A/P Hmmm
Now, the next one is "An Overview of A/P" and at this point Im getting a bit sick of every cat and dog re-introducing the re-introduction for the umpteenth time of A/P.  Like how many times are we going to have another rehash of the same stuff, over and over again. As you read through all of this stuff it doesnt take an Einstein to recognize the same old ongoing saga being revamped from the original from U.V.I. NOW..... But Here It Is.
If you want to get some meat instead of all the potatoes there is something brewing that could prove more and more interesting as it rolls along. You would have already been aware of Murray Hallum from over my way and the lady who I have introduced to you on these pages a few times who goes under the handle of "Slywoman" who is in the U.S.
There is another guy over here who has a site called http://www.aquaponicshq.com/ Now both Murray and Slywoman advocate 12 inch depth growbeds and Gary advocates through his book and his site, 6 inch growbeds and they are having a degree of public disagreement over it all.
So where do I stand? 
Well Im on the side of Aquaponics. That means that I believe A/P is the most forgiving bacteriological process that man has embraced. We have at our disposal what might be the ultimate answer to feeding the starving populations of this planet and we need to focus ALL of our combined talents toward that end.
I believe that both parties are mostly correct. Depending on what is being grown, in what climatic condition and under what circumstances, there is reason to lean to either a deeper or shallower system. An example of this is shallow levels during high temperatures can cause failures. Although flow rates can even assist there. Its up to the grower to know the plants, conditions and the possible outcomes and act on their experience and understanding then work within the needs of the plants.
Back to more important issues:
Urban Farming - Reaching for the Skies See it Here
Now, here is Slywoman with a digest of several of her more important articles. Right Here
O.K. Until we return, you take good care of yourselves - See You Soon
Ozzie
P.S. You can contact me HERE
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Effective Use Of The UDOO Arduino Linux Android Mashup

So I dont know if youve heard of UDOO, but I read about it yesterday in a press release article and had to read more about it to figure out just what it is. I also want to figure out how one might use it effectively, i.e. the use cases for which it is most appropriate in terms of cost and function.
UDOO Quad

UDOO is (I think) an ARM prototyping single-board computer with an Atmel microcontroller (MCU) and other hardware and firmware components that make it an Arduino-compatible board. Not sure I said that correctly or accurately, but thats at least sort of what it is. Heres how Electronics Weekly describes it:
"...the development board is based on a dual or quad core ARM cortex-A9 CPU with a dedicated ARM processor for IO management...the board runs an ARM-optimised version of Linux Ubuntu called Linaro. This means developers can use the Arduino IDE to build and upload sketches to the Arduino-compatible embedded board, without additional or external cable connections...Other Linux distributions and tools, such as Debian Wheezy armHF, Ubuntu Studio armHF, OpenMediaVault, Volumio, Yocto, Debian, XBMC, Archlinux and ROS are also available. The platform also allows users to switch between Linux and Android 4.3 Jelly Bean in a matter of seconds simply by replacing the Micro SD card and rebooting the system."
UDOO successfully funded as a Kickstarter campaign in June 2013. It was one of those Kickstarter booming success stories, with their initial funding goal set at $27,000, which they immediately blew past, ending up with $641,614 in Kickstarter funding. On their Kickstarter page the UDOO team explain what the board is and at least part of who it is intended for, hinting at the use cases.
"UDOO is a mini PC that could run either Android or Linux, with an Arduino-compatible board embedded...UDOO merges different computing worlds in one; each world has its strengths and weaknesses, and all of them are useful today in education as well as Do-It-Yourself (DIY) and rapid prototyping endeavours. UDOO is an open hardware, low-cost computer equipped with an ARM i.MX6 Freescale processor for Android and Linux, alongside  Arduino DUE’s ARM SAM3X, both CPU integrated on the same board! UDOO’s size is 4.33 inch x 3.35 inch...Give a new vision to the educational framework: the idea is to train up a new generation of engineers, designers and software developers skilled in digital technology: physical computing, multi-media arts, interactive arts, IoT..."
I havent learned enough in the past few months about MCUs and prototyping to know exactly how Id want to use the UDOO, and I certainly dont know enough to be able to effectively use all its capabilities. But I think I do see the value of UDOO versus having three separate computing devices; a single-board computer to run Linux, a smartphone or some other computing device that runs Android, and a single-board microcontroller, e.g. Arduino.

The value I see in UDOO is that young people who are introduced the wide world of computing with a device that encompasses a personal computer OS, a mobile computing device OS, and an embedded computing MCU development board are apt to look at that wide world differently than someone who uses or develops only or primarily one of those three computing approaches. Someone whose equipment switches quite easily from the desktop / laptop world to the mobile / smartphone world to the embedded / IoT world is likely to see more ways to approach computing solutions. If all you have is a hammer, everything looks like a nail. Young people who learn computing have more of a Leatherman than a hammer. The Leatherman isnt the tool for every need, but it can sure do a wide variety of tasks.

New types of computing devices are being created every day, and only time will tell if the UDOO board will create a large and vibrant community in the same way that Arduino and Raspberry Pi have. If UDOO doesnt create enough buzz and provide enough value, it may not be a long term success. If it doesnt successfully deliver a good experience for all three of those computing paradigms, though, Im pretty sure other incarnations of PC, mobile and embedded will come along, either inspired by UDOO or at least developed for the same reason that UDOO was launched. If I had a young son or daughter right now, Id buy them an UDOO for Christmas and help them learn how to use each of the three computing approaches.

There are three versions of the UDOO board, and I would buy a young person the top-of-the-line one. Its not all that much more expensive, and the greater capabilities make it well worth the extra cost. The Open Electronics article about UDOO breaks down the three versions of UDOO this way:
Thingiverse UDOO case
"The UDOO board is available in three versions, the UDOO Dual Basic, the UDOO Dual and UDOO Quad...The three versions, give the possibility to choose a suitable board the project in development, based on the best combination of power and ease, functionality and price. All three cards can accommodate both the operating system GNU / Linux, Ubunto Linaro, Debian, and Android version 4.4.4 Jelly Bean...The Quad sports a SATA connector for connecting an external hard drive. In this way we can transform UDOO into a real PC, complete with a desktop interface, video, mouse and keyboard. The other two boards do not have SATA connector. The other notable difference between one card and the other is the processor: in the Quad you’ve a Freescale Cortex A9 CPU with four i.MX6 while the other mount a Freescale Cortex A9 CPU with two i.MX6DualLite. Finally, the difference between the Dual and Dual Basic board lies in the presence of the WiFi module (not available in the Basic)."
Yesterday was the first I remember reading about the UDOO (even though it was launched a year ago). Im going to do some more background reading about it, including research about what type of community is growing around UDOO. Also on the check-it-out list are the tutorials and projects pages on UDOOs website. It might even be that Ill end up buying an UDOO Quad (you can order from their website), and if I do, you can bet there will be a few posts written about it on this blog!

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Atmel Microcontroller Powers Kickstarter Sci Fi Hoverbike

According to a recent post titled "Hoverbikes may soon become a reality," the futuristic hoverbike featured in an in-progress Kickstarter campaign is controlled by an Atmel ATmega32U4 microcontroller (MCU).
Cyborg Buster on scale model hovercraft

The Atmel post explains that the Kickstarter campaign supporters dont get a full-size human-carrying hovercraft, but rather a 1/3 size model of the airborne motorcycle current design.
"Hoverbikes may not be ready for your daily commute just yet, but thanks UK-based Malloy Aeronautics, we’re now a step closer. Debuting just days ago on Kickstarter, the firm is producing a one-third sized version of its design to help fund the full-sized prototype. “This drone was originally built as a proof of concept for our latest full-sized Hoverbike prototype...After testing the one-third Hoverbike, we realized that it had lots of features that made it a fantastic drone, not only this — selling this scale Hoverbike to the public would allow us to raise funds to continue the development of the manned version.”...the 1.15-meter-long mini replica can carry payloads of around 1.5kg and weighs in at 2.2kg unladen. The 3DR Pixhawk flight controller allows for it to be controlled remotely, as well as follow predetermined flight paths — or the pilot themselves — automatically. The mini-hoverbike also comes equipped with a third-scaled, 3D-printed humanoid ‘pilot’ complete with a space on its head specifically-designed for a GoPro camera."
Hovercraft folds up
There are several aspects of this MCU project and Kickstarter campaign worth remarking on, some of which come from my recent immersion in the world of MCUs and others from my years of covering aviation innovations for the Experimental Aircraft Association in Oshkosh, Wisconsin. The aspects of interest are:
  1. The MCU controlling the scale model is a relatively low-powered 8-bit AVR unit, the ATmega32U4. It would be interesting to know what their criteria was for choosing that specific MCU.
  2. Its kind of cool that the hoverbike project has spun off the Macro Micro Arduino-compatible board that can be bought for $50 from the Malloy Aeronautics hovercraft website. Thats an opportunity made possible by the open source concept of the Arduino ecosystem.
  3. The hovercraft folds up for transportation.
  4. I like the Cyborg Buster rider designed for and shown in pictures of the Kickstarter hovercraft. It will be 3D printed by people who want the lifelike figure, and it has a cavity in its head for a Go-Pro video camera. Creating an appealing cyborg which really has nothing to do with whether this
    Cyborg Buster
    is an airworthy hovercraft is an excellent marketing strategy.
  5. The quadcopter design of the hovercraft is unusual in that the two front props appear to partially overlap, as do the two in the rear. Im not an aeronautical engineer or pilot, but it would be interesting to know how that impacts the aerodynamics of the craft.
  6. The Kickstarter campaign page combines two stories -- one about the full-size hovercraft and one about the scale model quadcopter. Mixing the two stories like that may leave the reader somewhat unclear as to exactly what they are funding when they contribute to the campaign.
  7. The radical departure from traditional aircraft paradigms mean that the hoverbike Kickstarter supporters should not expect a commercial model of the full-size flight-ready hoverbike for quite a few years. Check the history of the Terrafugia Transition and the Martin Jetpack -- youll see what I mean.
With respect to the Atmel MCU and the scale model hoverbike quadcopter, the Kickstarter website says:
"If you have never flown a multicopter before, we highly recommend purchasing a small drone to practice with first (the Hubsan X4 is great to start with).  We designed this 1/3rd scale Hoverbike to be safe and robust, however without rc experience you will be sure to fly your brand new Hoverbike into the ground on the first day and there are practical limits to how strong we can make this!...Our MAcro Micro is an Arduino Micro compatible microcontroller that is easy to program, with 3A inputs and outputs, up to 30V in, analog out, and has hundreds of uses in robotics and home projects, including stepper motor driver, LED strip light controller, servo actuator, fan speed controller, brew kit controller, electric car window conversions...We designed this tiny board to drive the multicolor LEDs on the Hoverbike, and to allow owners of our 1/3rd Hoverbikee to do more with their drone than just look passively from the sky, by switching and actuating levers, release pins, spot lights via their radio or program."
UMaine Hover
Atmel MCUs have been used in the drone ArduPilots for quite a few years, but this hoverbike Kickstarter campaign shows the expanding non-engineering use of MCUs. In this case, the MCU is really being used as a marketing tool to raise R&D money, rather than just being the brains of the quadcopter autopilot.

On a related note for those readers interested in this type of personal aircraft, here are links to two other hoverbike projects. The first is for the UMaine Hover, a senior design project for a group of University of Maine students. Heres a link to the UMaine Hover website. The second project was the Aerofex hover
Aerofex hover bike
bike from a couple years ago. The LA Times article has a video of thats worth watching of a test run on the airborne personal sportcraft. Looks like it would have fun to pilot. Aerofex apparently made it clear that they werent planning to sell the aircraft as a human-piloted craft, but were rather using it as a drone development tool.

If the Humboldt Microcontrollers Group wanted to get involved with quadcopters, Id be all for that. My recommendation, though, would be to get some flying experience with a well
Parrot AR.Drone 2.0
tested one like the Parrot AR.Drone. Ive flown that a little, and it was both fun and relatively easy to keep in the air. One of the participants in a recent meeting of the MCU group had interesting stories to tell about his adventures with drones and MCUs. If you have built or flown an MCU-controlled quadcopter, consider coming to an upcoming meeting of the MCU group. The next meeting is on August 7th. Hope to see you there!

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Ben and Jerrys are going GMO FREE! ➲ lets send them a BIG thank you!! ➲ YOU GUYS AND YOUR WHOLE COMPANY ROCK!

GMO FREE ICE CREAM 
Open letter to Ben and Jerrys





THANK YOU! Ben and Jerrys for everything you have done ( and will do ). This means a lot to everyone, its been a hard battle, and were nowhere near done, BUT THANKFULLY, Were just starting to see companies waking up to the fact that GMOs are causing health problems like a plague.
Your companies actions speaks volumes to our defense, and We cant thank you enough for it.
I find it exciting to know I will be able to try your ice cream one day!
Keep on fighting the good fight and well stand by you 100%.

Now, if you could possibly also consider tossing out the artificial flavours, colours and modifications youd be a hero!.
( yes, were talking about the alkalized cacao, hydrogenated soy bean oil, and corn syrup )

If you would like to send them a digital thank you card, you can do so through this link.

http://action.sumofus.org/a/ben-jerrys-gmo-free/3/2/?akid=1889.1528400.k50pOK&rd=1&sub=fwd&t=2


THANK YOU A MILLION TIMES OVER!


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WEDNESDAY POST

Good morning - running late again - sorry.
So I had better get straight to it:

Is backyard fish farming in our food future?

Reported by Luke Brocki
Have a look at the Video Report
 
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from-meatpacking-to-vertical-farming-in-back of the yards
One of Chicagos most interesting real estate deals of the past year wasnt a downtown development site, and it had nothing to do with the residential market — it was a former meatpacking facility in Back-of-the-Yards. A developer named John Edel (whose other recent development is this commercial building in Bridgeport) acquired a four-story building in July with plans to convert it into a vertical farm using aquaponics (hydroponics + fish) grow beds indoors and a greenhouse on
 
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COMMERCIAL AQUAPONICS TRAINING 
 I meet new people almost every day who are interested in pursuing commercial aquaponics and ask me for direction. They usually have no background in farming, hydroponics or aquaculture but are looking to take their lives on a new path. They want to be a part of the unique potential for global change that commercial aquaponics offers.
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Aquaponics Backyard
I want t? introduce ???t a ??tt?? known secret t? a healthier ??? money-saving gardening method. T?? aquaponics backyard farming system ?r??t?? rich nutrient vegetables ??? fresh fish t? add t? ???r dinner plate giving ??? ?r??t mouth-watering meals.
A lot ?f people ?r? starting t? ??? aquaponics b?????? t??? see t?? advantages t? having fresh
 
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 From England and from a normal tomato growers view:
Make Mine a Large One!

For some gardeners there is only one size of tomato – a large one!
There is nothing quite like biting into a large tomato, with the juice oozing out like a melon. One thin slice can cover a whole sandwich and when they are fully ripe, the taste can be exceptional.

Large varieties for taste and a successful crop.
Brandywine & Cheese
I would recommend Brandywine, an old heirloom which comes in a number of different strains and colours. The pink...
 
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 Now from Singapore:
And the agriculture is much: usually what is the best limbah for insignificant commentary boat? The week-long line of diversification on this past is entire generally because of the handy permission of member and high top systems. Both these highways are young in meaning a gepflügt for the twist of the work. Baculovirus penaei may be big in real deltas but is just to be determined or applied.
 
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Aquaponics
Project Type
Urban, Rural, Residential, Commercial, Community, School Projects, Philanthropic/aid, Demonstration, Educational, Permaculture Local Group/Transition Town/Permablitz

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AquacultureHub
An Aquaculture Community Site

Benny Ron

Aquaponics Bus Tour September 15-17, 2009

David Stark filtering tanks
See all the Photos
 
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 ReturnTo Haslam
AFTER more than two decades, Christie Peucker returns to the town where she was raised. I fell out of a tree once. I was about six. It left me with a scar on my forearm. At night when I wash my face, water trickles down my arm and pools in the indent left by the scar.
It makes me smile every time because it reminds me of my childhood...
 
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Breakthroughs in Aquaponics
Well be introducing new and innovative ideas in the field of aquaponics as we find them. Aquaponics is a new science, combining the best of hydroponics and aquaculture, giving new meaning to the term "growing green"! There are tremendous expectations for
 
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 Next, here is a plethera of Aquaponic topics for you
 
                                                         ...oooOooo... 
 
Ok that;s a wrap... Have fun with that last one
See you soon
O Z Z I E
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Linduino USB Isolated Arduino Working With DACs and ADCs

Linear Technology products, including ADC & DAC
So a lot of microcontroller (MCU) topics I write about in this blog are mini-research projects for me, because Im new to MCUs and to electronics in general. Through my research I get to learn more about MCUs and how theyre used, and, with a little luck, you get to be informed or amused, or both, by the posts here. But todays topic, Linduino, DACs and ADCs, is even further than normal from my experience and knowledge base, so this post will just give you an overview of the Linduino board from Linear Technology.

"Linduino is a USB-isolated Arduino," an August 11 post on EDN.com, caught my interest because of the *duino name and because the post mentioned applications involving temperature sensors (Humboldt MCU Garden project), audio systems (Humboldt Laser Harp and other music-light instruments) and car systems (Ed Smith is a great resource for vehicle-related MCU projects, possibly something with on-board diagnostics, or OBD). Familiarity with the Linduino board isnt required to do any of the aforementioned Humboldt MCU projects, but at some future point a Linduino could provide major benefits for us. If nothing else, it would be worthwhile to connect with some of the *duino people at Linear Technology, the manufacturer of the Linduino, to expand and strengthen the statewide and worldwide network of the Humboldt MCU community. Plus, their headquarters are in Milpitas, California, so maybe theyll get the urge to drive north behind the redwood curtain and participate in a Humboldt Microcontrollers Group meeting or a Humboldt Makers meeting!
Linduino board

Onward to tech specifics about Linduino. The EDN blog post mentioned above says:
"My pals over at Linear Technology have developed the Linduino board to drive their ADCs (analog to digital converters) and DACs (digital to analog converters) as well as temp sensors and other devices...in addition to the normal shield headers on an Arduino, there is a header that Linear Tech has used for years to drive their demo boards. This computer interface function used to be done with their DC590 interface board. Indeed, the firmware that comes shipped with the Linduino emulates that board, so you can run the original Linear Tech interface program on your PC...The Linduino board will accept all the shield mezzanine boards for Arduino, but has this extra header to control Linear Tech demo boards...Linear Tech also used one of their USB isolators on the Linduino board. This means that the board and what you plug into it are galvanically isolated from the computer you have the USB plugged into. This means you can measure things off a car or an audio system without worrying about ground loops polluting the measurement...Since Linear Tech is also a power supply chip company, they beefed up the power supply on the board, using a switching regulator to replace the linear regulator on the Arduino. This means you can get 750mA out of the power system. Since a USB can’t supply this much power, that means you have to feed the board with an external wall wart. Now you have the power to drive actuators or other heavy loads..."
Were in the early stages of refining the Humboldt Laser Harp, and depending how deep we get into developing the Humboldt family of laser harps and other light-music MCU instruments, there may come a time when well need, or at least want, a board that can be used on "an audio system without worrying about ground loops polluting the measurement." Thats one of the reasons I am interested in the Linduino board.

The main Linduino webpage has lots of info and links about the board, including several internal blog posts and an overview video about Linduino. Since getting two viewpoints about what the board is and does might help you better understand its value, heres the Linear Technology webpage description of what Linduino is:
DC2026A-KIT
"Linduino is Linear Technology’s Arduino compatible system for developing and distributing firmware libraries and example code for Linear Technology’s integrated circuits. The code is designed to be highly portable to other microcontroller platforms, and is written in C using as few processor specific functions as possible. The code libraries can be downloaded by clicking the Downloads tab above and used as-is in your project or individual code snippets may be viewed in the Code section of a supported part. The Linduino One board (Demonstration Circuit DC2026A) allows you to test out the code directly, using the standard demo board for the particular IC. The Linduino One board is compatible with the Arduino Uno, using the Atmel ATMEGA328 processor. This board features a 14-pin “QuikEval” connector that can be plugged into nearly 100 daughter boards for various Linear Technology parts, including Analog to Digital converters, Digital to Analog Converters, high-voltage power monitors, temperature measurement devices, RF synthesizers, battery stack monitors, and more."
Humboldt Laser Harp and Ed Smith
Linduino is not inexpensive, so participants of the Humboldt Microcontrollers Group wont be buying them on a whim like a $3 Arduino Micro clone from China. But if someone has a genuine need for the board, especially a business-related, revenue-generating need, it would be good to know its available. You can order the board from this Linear Technology page, and there are two options. One option is the DC2026A-KIT for $125, and the other is just the DC2026A board for $75. Digi-Key, Newark and Arrow are also distributors for Linear Technology.

So now you have a general idea of what the Linduino board is and can do, and youve got links above that lead to more info about this member of the continually-expanding *duino family. Ill have to check in with Ed Smith to find out exactly what value this tool might have for us while working on the Humboldt Laser Harp, the Humboldt MCU Garden or any other MCU projects our MCU group or maker group gets involved with.

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Al Capone hideout in Canada Eastern Ontario ➡quadeville ☑


Al Capone Canada hideout
When asked by police what his business in Canada was,
Capone replied "I dont even know what street Canada is on"

Gota love that sarcastic, "you wont fool me copper" kinda humor.


This unique piece of history was almost lost to the trees when I arrived as it seems no one is taking care of it, or interested in preserving part of Canadas controversial past. When you first walk up the evidence of vandalism is everywhere. The place has been treated like a dump and is embarrassing to know my fellow Canadians are mostly to blame. Why someone needs to deface history to prove they were there when all there doing is adding to the breakdown and ruin of said object is beyond me/idiotic. The very thing they felt so interested in, they then chose to add to its destruction. Makes absolutely no sense to me. All this tagging/marking/vandalism does is make the actual land owner
( yes, this is private property ) want to enforce his rights so no one can come here. So, all that people are really doing by tagging is wrecking it for the rest of us, and possibly your future children.
Dont be a jerk, let others enjoy the fun too.
As the saying goes, "take a picture, itll last longer".

Rant done.
Al Capone hide out in quadeville Ontario, Canada

From what I understand, it was just boarded up a year or two ago, but I managed to find a broken window and had to take some pics before this place was either destroyed or turned into someones home; the risk was worth the reward from my perspective.
If you go, be careful, the floor was caving in all over and the fact that its all boarded up now means there is no light, making the holes even more dangerous ( bring a flash light, my Iphones light didnt work all that well from my experience ). There is also NO cell service, so if something happens to you, your on your own. If you can, dont go alone.

 One of 4 bedrooms.
Al Capone original fireplace in Canada hideout

I decided to add some noise in the photo to give it that old time scary movie vibe something like a blair witch project effect. I had shot this on my Iphone so noise/graininess wasnt a problem, *chuckles to himself*  but with the right tweaking on PS it gives the feel like its right off a horror  movie role.


Looks to be the original fireplace. How this place didnt go up in flames already I dont know; It just goes from fireplace to wood floor, maybe Im just to used to things being to code. lol.
 2nd bedrrom
Kitchen area. The one thing I noticed was there are lots of doors at this place compared to usual houses.
 Bathroom.
Al Capone secret floor door to escape tunnels
 Hidden door to basement in kitchen, supposedly leading to underground escape tunnels. 
 Kitchen area
Al Capone getaway house in Canada
3rd bedroom
 Front entrance with boarded up window and door.
Capone hideout house in Canada
Front entrance
 4th bedroom. Ive heard people try and say this was a torture room but I have my doubts. There are wires hooked up to the wall and a mount but the cables could only hold something mildly heavy, Definitely not a human. The first thing that came to mind was old photos Ive seen of when counterfeiters dried there money on similar wire racks. I could just be jumping to that idea because of the criminal nature of Capone tho. It does also look like how they deal with old negative photos, but I have a hard time believing Capone was into photography that much.
Capone mystery device, counterfeiting?
Another shot of the mount used on the other side. It looks to be original judging by the age of the ropes. Could be wrong tho.




Back of Capone hideout house

 A shot from behind the house.

Al Capone driveway
Capons driveway. If you didnt know it was there, youd probably drive right by. The house is not visible from the road. No signage or numbers.
Al Capone house

Famous Al Capone tree in Eastern Canada
 The famously odd shaped tree at Capons house.
Al Capones famous tree in Ontario, Canada
Very weird looking, anyone got any ideas as to why this happened? My first thought was that its been used a target practice.

If the owner by fluke of a chance sees this, I would gladly come clean up from time to time for the sake of preserving history and alleviate this herculean task off your shoulders. A bit of a thank you for letting me take these pics.
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