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The Ultimate Sleeping Pod

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Sleeping Pod Features_1

While most YouTubers do a simple unboxing video of mattresses in exchange for a Casper sponsorship, the Hacksmith team had a better idea. They decided to go all out and take as much sleep-assist technology — and build the ultimate sleeping chamber — designed after a futuristic apocalypse style cryo-stasis pod of course!

Sleeping Pod Features_3

Their main reasoning for building the pod? James’ obsession with time management.

In university he briefly experimented with polyphasic sleep, and successfully adopted a 4 hour sleep pattern spaced throughout the day known as the Everyman Sleep Cycle (3 hour core nap at night, plus three 20 minute naps throughout the day). This allowed him to focus on personal projects, catch up on his favorite tv shows and even play video games – all while studying engineering with over 40 hours of class per week.

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It lasted a few months before the inconvenience of napping every 4 hours or so got to him. Now that he’s his own boss running a YouTube channel, he’s trying it again – but this time, with the convenience of an ultimate sleeping pod.

Sleeping Pod Features_2

Some of the sleeping pod’s features include:

  • Mattress sensor for recording sleep patterns
  • A Casper memory foam mattress
  • Climate control
  • Built-in pillow speakers
  • Automatic LED lighting
  • Oxygen enrichment
  • Sound-dampening foam insulation
  • Slide-rail system for compact installation
  • Weighted blanket
  • Wireless control tablet
  • External status light

The Centralized Automatic Sleeping Pod with Enhanced Revitalization (C.A.S.P.E.R.):

After the pod opens via a slide-rail system, the user can climb onto the bed and get comfortable. After lying down, the pod closes and the ultimate sleeping experience can begin. The temperature can be set to a comfortable level and the lights will fade in preparation for rest.

While the pod is soundproof and very quiet, wireless speakers built into the pillow play binaural beats which relaxes the user’s mind and encourages sleep. A weighted blanket provides gentle pressure to the body which can help produce serotonin, which naturally converts to melatonin – encouraging sleep. The addition of a biometric sensor onto the mattress ensures heart rate, breathing patterns, and motion during sleep is captured and evaluated giving the user further insight into their sleeping pattern.

By setting a smart alarm time-range, sensors in the pod can help determine when the user is in a light sleep phase, and wake accordingly to a simulated sunrise via the automated LED lighting — ensuring minimal grogginess when waking up. An oxygen enrichment system also releases a safe amount of oxygen during the wake up cycle which helps users wake up as refreshed as possible. Once awake, pressing a button opens the pod and the bed slides out.

Sleep analysis is then provided via your mobile device, or, from the pod’s built in tablet computer. Could this sleeping pod revolutionize how we sleep? Stay tuned on the Hacksmith channel to see what happens!

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What would you do with an extra 4 hours per day?

 

EDIT: For those curious, the sleeping pod cost approximately $3,000 in materials ($1,000 in steel alone), not including the mattress or the labor to build it (a few people, 3+ weeks to build).

It’s best to use this project as inspiration as a concept, as opposed to trying to replicate it exactly. A much cheaper version could be made utilizing the same sleep tech and a regular bed (think old fashioned bed canopy style).

The post The Ultimate Sleeping Pod appeared first on Hacksmith Industries.


We Made the Umbrella Gun from Kingsman!

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Kingsman_Umbrella

When 20th Century Fox asked us if we could recreate the umbrella from Kingsman, we said of course!

Broken down, it’s actually quite a simple build. 16g CO2 cartridges are used to shoot the projectile, and a small 1000TVL analog camera mounted to the tip of the umbrella transmits the video signal back to a pico projector, which projects the image onto the umbrella.

In case your curious about the parts we used to build this project, we’ve listed them below:

Plus you’ll need a 3D printer to print the following parts, from our GrabCAD profile!

The post We Made the Umbrella Gun from Kingsman! appeared first on Hacksmith Industries.

Red Hot Rebar Firing Crossbow

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I’ve wanted to do this project ever since I first saw it in Half Life 2, and subsequently, Garry’s mod. It’s the Resistance Crossbow. It’s likely one of our most accurate Make it Real projects yet, both in aesthetics, and functionality. It really works.

The Resistance Crossbow is a long-range sniper weapon featured in Half-Life 2 and Episodes. It is ruthlessly effective against distant, unsuspecting opponents, but is difficult to utilize in melee combat or against fast moving opponents due to its very slow reload and the low velocity of the projectile. The primary trigger fires a bolt; the secondary trigger zooms in on targets, the only weapon in the unedited Half-Life 2 with such a function.

We built it out of mostly scrap steel, using a leaf spring from a trailer as the limbs of the bow. Two contacts short a piece of rebar, which acts as a giant resistor (and ammunition). Upwards of 1000A @ 7.4V (that’s 7.4kW of electricity) flow through the rebar, heating it up within seconds. It has an estimated draw weight of around 180lbs, which is very high for a crossbow. But due to the weight of the bolts, they do not fly very far. Using a regular crossbow bolt it is terrifying.

The post Red Hot Rebar Firing Crossbow appeared first on Hacksmith Industries.

Catching Real Lightning with Thor’s Hammer!

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Catching lightning with Thor's Hammer

“I have got to be the first person to have ever called real lightning to Thor’s Hammer!”

In our latest attempt to Make it Real we traveled down to Dallas, Texas to visit Applied Tesla Technology — the manufacturers of some of the world’s LARGEST tesla coils. We brought with us a replica Mjolnir (also known as Thor’s Hammer) as well as a Captain America shield to attempt to recreate a few scenes from the Marvel Movies, such as Avengers, and Thor.

The Tesla Coil produces an astonishing 20′ long electrical arc — enough to kill a person almost instantaneously. Watch the video below to see how we did it!

Make It Real Web Series: Hacksmith Entertainment LTD. produces a web series called Make it Real. The goal of the show is to recreate fictional technology from movies, comics, and even video games. But instead of using CGI, the team makes real working prototypes using their engineering backgrounds. Other projects include Batman’s Grappling Hook Gun, Wolverine Claws, Zarya’s Particle Cannon & Reinhardt’s Rocket Hammer from the game Overwatch, Flying Like Iron Man, the Red Hot Rebar Crossbow from Half Life 2, Spiderman Wall Climbing gloves, the Umbrella Gun from Kingsman, Starlord’s Jetpack from Guardians of the Galaxy, a Plasma Rifle from Mass Effect and Captain America’s Shield among many others.

The series can be watched on YouTube without a YouTube Red subscription (currently in Season 5, 2017): https://www.youtube.com/playlist?list=PLbncXbXlaNQenti4JF4-WgCOU2JsMVkrj

The post Catching Real Lightning with Thor’s Hammer! appeared first on Hacksmith Industries.

Building a Real Lightsaber (2500° of Destruction)

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Features

“You can feel the heat radiating from across the room; It is scary how hot this thing is!”

Earlier this year, we embarked on an ambitious project: making a functional lightsaber; capable of epic destruction. Well, we have done it! We made a 2500 degree F glowing yellow hot protosaber that even produces the classic swoosh and hum sound effects.

Why build a glowing yellow-hot lightsaber? For destruction of course! Most materials, including many metals, will melt at 2500 F degrees or less, making this truly functional protosaber capable of cutting through almost anything!

It was definitely a challenge deciding which type of metal to use. We wanted something that could handle the immense heat without melting or oxidizing! Initially, we used tungsten for the blade of the saber. Although tungsten has the highest melting point of any metal, over 6192 degrees F, it rapidly oxidizes at higher temperatures. We discovered this when the first saber spewed smoke and spit tiny chunks of metal after being heated. Finally, we settled on Kanthal heating wire which is stable up to 2500 degrees F.

 

How Does it Work?

Lightsaber sound effects

There is a sound effects module hidden in the handle of the saber. This module is an off the shelf component from SaberExperts that turns motion into realistic lightsaber sound effects. It uses an IMU (accelerometer) to detect movement and then translates that movement into an appropriate sound.

 

Handle

The handle is actually a repurposed antique flash handle; the same kind used in the original Star Wars movies. By gutting the flash handle, adding some switches and a mounting point for the saber, you’ve got a perfect lightsaber handle.

 

Glowing hot saber

Anyone can build an aesthetically pleasing lightsaber but the Hacksmith will never settle for anything less than functional and destructive. We took a stainless steel threaded rod and covered it with high temperature fiberglass insulation to electrically and thermally protect it. Then wrapped it with 37’ of Kanthal heating wire. By passing an electrical current through the Kanthal wire, it heats up to 1400 degrees C and glows yellow hot!

 

Power Supply

To power it, we are using 12 x 24V 4Ah Lithium polymer batteries connected in series (288V). The heating coil only draws about 20A so switching can be done with a single MOSFET. Check out the design in the schematic below!

 

 

The post Building a Real Lightsaber (2500° of Destruction) appeared first on Hacksmith Industries.

Captain America’s Wakandan Shield is INDESTRUCTIBLE

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Just under two years ago the Hacksmith released what would become the most watched video on the channel, Captain America’s electromagnetic shield.

Now sitting at over ten million views and the arrival of the much anticipated Infinity War, it was time for Hacksmith to return  and one up the channel’s most viewed project.   A lot has changed at Hacksmith since the original Captain America video (if you follow the channel closely you know all about it), new toys and resources means that just like the MCU everything this time round needed to be bigger and better. The project started over a month ago involving dozens of hours of CAD design, machining, testing, filming etc… and the result was… incredible (watch the video yourself to find out!).

Testing both the offensive and defensive capabilities of the shield, this is perhaps one of the most in depth test videos we have produced here at Hacksmith. From the traditional cinder block to roaring flames — Cap’s new shield is put to the ultimate test and if you are one of the hundreds of millions of people who have seen Infinity War and didn’t get your fill of Cap kicking names and taking ass then this is the video for you!

Now with more screen-time than Chris Evans!

Got more questions? Never fear, we made a QA video as well!

The number one question we get asked is how much did it cost to make! Well… It certainly wasn’t cheap. The parts alone (not including the metal or laser cutting was over $650 USD!

 

Laser cutting steel was another $250, powder coating, a couple hundred, add on the 100+ man hours… and well you’ve got yourself a shield that cost over $2000 to make!

The post Captain America’s Wakandan Shield is INDESTRUCTIBLE appeared first on Hacksmith Industries.

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