RC Steam Turbine Tank

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http://www.instructables.com/id/RC-Steam-Turbine-Tank/

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R/C Steam Turbine Tankby crabfu on June 12, 2007

Table of Contents

R/C Steam Turbine Tank ........................................................................................................

Intro: R/C Steam Turbine Tank ................................................................................................

Step 1: Tools ..............................................................................................................

Step 2: Main Components: The Steam Power Plant .................................................................................

Step 3: Main Components:The chassis ..........................................................................................

Step 4: Main Components: Radio Control ........................................................................................

Step 5: Removing the Nitro Engine .............................................................................................

Step 6: Attaching Shaft Adapters ...............................................................................................

Step 7: Mounting the Steam Turbine ............................................................................................

Step 8: Sprocket Shaft Bracket ................................................................................................

Step 9: Assembly of the sprockets and chains ..................................................................................... 1

Step 10: Testing with an air compressor ......................................................................................... 1

Step 11: Control Freak ...................................................................................................... 1

Step 12: Making the boiler mount .............................................................................................. 1

Step 13: Plumbing .......................................................................................................... 1

Step 14: Connections ....................................................................................................... 1

Step 15: Making the gas tank mount ............................................................................................ 1

Step 16: Securing the gas tank ................................................................................................ 1

Step 17: New/Old Treads .................................................................................................... 2

Step 18: Running the Turbine Tank ............................................................................................. 2

Step 19: The finished R/C Steam Turbine Tank! .................................................................................... 2

Related Instructables ........................................................................................................ 2

Comments ................................................................................................................ 2
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Intro: R/C Steam Turbine TankNeed an excuse to play with fire? Then consider building this turbine tank. Guarantee to drive your neighbor crazy, and attract dogs for miles around. Turn down yourspeakers a bit, and watch the vide to see what I mean :)

Seriously though, if you want something outside of the norm, something part geeky, part artsy, and full on FUN, then this might be the project for you. And yes, it realldoes run on STEAM, and yes, it is a TURBINE.

Before we get started, here comes the disclaimers.... You are reading this because you like making things, hacking things to make it better, or make something thatdoesn't exist. Therefore you are probably a pro at voiding warranties, and have a tendency to ignore warnings... but since I am giving you exact details of how to buildthis thing, humor me and please read the following carefully, so that I can sleep at night!

Steam power should not be taken lightly. This is instructable contains detailed instructions on building a R/C machine that is carrying flammable gas, and on fire, andproducing steam pressure capable of scalding, or worse. Without proper attention, you can suffer blisters on your finger - no big deal, or burn down your house - BIGdeal. Just be careful, and make sure that your r/c gear is working properly before lighting it up, and never tweak the boiler's safety valve .

Now with that out of the way, here's a project that can be very fulfilling to build, and fun to run. Your friend has a cool R/C toy car, but you've got a R/C steam turbinetank.

On with the build!

Step 1:ToolsReady to jump in? Here are the tools you need....

Safety Gear:Fire Extinquisher, Face Mask, Safety Goggles, Gloves

Hand Tools:-Hex Wrenches in Metric and Standard-Wrench & Needle Nose Pliers-Screw Drivers-Metal Sheers-Center Punch

Power Tools:-Power Drill-Drill Bits-Dremel Tool-Dremel flexible neck a plus-Dremel grinder discs-Dremel sanding wheels
http://en.wikipedia.org/wiki/Safety_valvehttp://www.instructables.com/id/RC-Steam-Turbine-Tank/


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Soldering Gear:-Soldering / Brazing Torch-Flux-Silver Solder-Sand Paper

Other:-Taflon Tape-Thead Locker-Sharpie-Air Compressor-Small Zip Ties-Velcro Tape-Table Vice

Materials (described in detail later, in the steps):-CEN universal joint-Brass Tubing-Steel rods, 4mm-Meccano sprockets - 1 large, 3 small-Meccano Chains, less than 2 feet-Aluminum sheets & rods-Shaft couplings & lock couplings-Nuts, bolts, screws, washers etc.-Sheet metal-High Heat Paint

Step 2:Main Components: The Steam Power PlantThe Steam Engine:Jensen is the last American toy/model live steam engine company, they've been around for over 70 years. Jensen has been a great supporter of my work, includingdonating engines to my Steam Armatron project, just because they wanted me to do something cool with their products :)

Recently they took a big risk by producing a steam turbine , instead of the usual steam piston engines that's usually associated with live steam . The result was theirimpressive Model 95G turbine steam plant . I was able to get my hands on these steam turbines as stand alones, wi thout having to purchase the entire plant. Jensen currently not selling the turbine by themselves - you have to purchase the entire steam plant. However, seems like there is enough of a demand for it to make it worththeir while... so if you are serious about this project, or other mobile turbine related projects, let me know! I am gathering a list together to show Jensen how much of amarket is out there for stand alone turbines :)

BoilerWith the high demand of a turbine engine, you need a very powerful steam boiler. I use mainly Cheddar brand boilers for most of my RC Steam Contraptions . Cheddaflue boiler have lots of cross tubes and produces steam very quickly. They come with safety valve, pressure gauge, sight glass, wood plank insulation, pipes and fittingUnfortunately Cheddar is no longer in business, they are now part of the Stuart Models , a super high end line of engines, and have not yet re-release the Cheddar lin

I get most of my Cheddars through ebay and trading with steam hobbyist friends. However there are other model steam boiler available, such as these , or these . Jusmake sure that you use a gas fired flue boiler , and not a toy pot boiler. Steam Turbines uses up a lot of steam very quickly, so the boiler needs to be able to produce maintain around 20psi of pressure.

Burner & Fuel:Cheddar boilers come with ceramic burners, and attachment for disposable gas tanks. These gas tanks are the ones used for camping stoves , and contain 70% buta30% propane. Do not use gas other than what the manufacture of the boiler recommends.
http://en.wikipedia.org/wiki/Camping_stovehttp://en.wikipedia.org/wiki/Fire-tube_boilerhttp://www.maccsteam.com/Vertical%20boilers/3_and_half_inch.htmlhttp://www.traindept.com/boilers.htmlhttp://www.ebay.com/http://www.stuartmodels.com/http://www.crabfu.com/steamtoys/http://jensensteamengines.com/turbine.htmhttp://en.wikipedia.org/wiki/Live_steamhttp://en.wikipedia.org/wiki/Steam_enginehttp://en.wikipedia.org/wiki/Steam_turbinehttp://www.crabfu.com/steamtoys/steam_armatron/http://jensensteamengines.com/


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Image Notes1. Jensen Steam Turbine2. Cheddar Plover Boiler3. Cheddar Ceramic Burner4. Camping Stove Fuel. Propane / Butane Mix Gas5. Cheddar Gas Adapter6. Pressure Gauge7. Water Sight Glass

Image Notes1. Cheddar Plover boiler. It's a flue boiler with lots of cross tubes2. Safety valve set to release at around 40 psi

Image Notes1. Jensen Turbine

Image Notes1. Flywheel and gearing of the Jensen Turbine

Step 3:Main Components:The chassisFor the chassis, I used a Kyosho Nitro Blizzard . The reason for using this particular chassis, is because I wanted a treaded steam turbine vehicle, and this was the onchassis available with a forward and reversing clutch, used with a nitro engine . Turbines only spin in one direction, unlike steam piston engines that can reverse.

Kyosho Blizzard uses disc brakes on the differentia for skid steering . Basically it uses a servo to stop one side of the track from moving, to perform steering.

Blizzards are not cheap toys, but a high quality RC machine. I got this from ebay, in used condition, much cheaper than a brand new one. If you go with this cheaperroute, make sure that the chassis and mechanics are in working order. You will save some money if you look for one with engine problems - the nitro engine will not bused for this project.

Kyosho also make an electric version of the Blizzard, which has no clutch for forward/reverse (electric motors can spin in both directions). Make sure that use the "Nitrversion for this build. A picture of the box is provided for the Nitro version below.
http://orionrobots.co.uk/tiki-index.php?page=Skid+Steeringhttp://en.wikipedia.org/wiki/Differential_%28mechanical_device%29http://en.wikipedia.org/wiki/Disc_brakeshttp://en.wikipedia.org/wiki/Nitro_engineshttp://www.kyoshoamerica.com/specialtyvehicles/31851B.asp


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Image Notes1. Nitro Engine2. Keep the Clutch

Image Notes1. Nitro version, not the EP (electric) version

Step 4:Main Components: Radio ControlFor RC, you don't need anything fancy. Any 2 Channel surface radio will do the job, either the pistol type or stick type . You need a transmitter (TX) and a receiver (RXand a 4AA battery pack. If you purchase a package system, you'll get all of these, and probably some servos as well.

If you are not familiar with Radio Control (RC or R/C),here is a quick overview of radio systems.

Notes about Frequency:

Take special note of the frequency - use only 27 megahertz, or 75 megahertz, they are for ground use. The exception is 2.4 Ghz system, which binds a particularreceiver, to a particular transmitter, and are glitch free.

72 megahertz is for aircraft only. If someone nearby crashed their expensive r/c helicopter because you turned on your transmitter using the same frequency, you'd behope that he doesn't find you.

Crystals:Different frequencies uses special crystals , which are just little tiny things that you plug into your transmitter and receiver, that allows your receiver to listen to your thecommands of your transmitter. They must match, and must be made for the mhz that you are using.

2.4GHz Spread Spectrum:For my turbine tank I used a Spektrum DX6 . Spektrum uses 2.4GHz spread spectrum technology, that doesn't need crystals, because you "bind" you receiver to yourtransmitter, and it will not be interfered with other radio systems. Going with 6 channels is over kill for this particular project, but I already have it, because needed a rasystem that I can run all of my steambots (one of them uses all 6 channels). It is especially important at events such asRoboGames & Maker Faire , where there are aof radio interference, and chances of someone mistakenly using your channel is pretty high. I also didn't want to take the chance of interfering with someone else's robin the middle of combat, or have someone else's transmitter drive my steambots into the wall :)

You will also need 2 servos... which will be described in more detail later.

Image Notes1. Radio Receiver, at least 2 channels2. Radio Transmitter, at least 2 Channels
http://www.crabfu.com/steamtoys/maker_faire_2007/http://robogames.net/http://www.spektrumrc.com/Articles/Article.aspx?ArticleID=1535http://www2.towerhobbies.com/cgi-bin/WTI0097p.pgm?CATEGORY=LFhttp://www.easyrc.com/radiosystems/radiosystems3.htmlhttp://www2.towerhobbies.com/cgi-bin/wti0093p?&C=JAAhttp://www2.towerhobbies.com/cgi-bin/wti0093p?&C=JAC


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Step 5:Removing the Nitro EngineKyosho Nitro Blizzard comes as a kit new, so it's made to be easily put together, which means it's easy to take apart as well. I received my Blizzard used, so I had toremove the engine. Just a handful of screws and it detaches easily. If you get the kit, then you need to put the chassis together, including the differentials and clutch.

Image Notes1. mount the turbine here somehow...

Step 6:Attaching Shaft AdaptersOverview:This lengthy step describes how to attach Meccano Sprockets to the turbine engine, and the Blizzard clutch.

Details:I use a lot of older Meccano , or Erector Set parts for my steam machines, in particularlots of Meccano sprockets . Sprockets and chains are a bit easier to test gear ratios than gears, because you can quickly swap out different size ones, and change thechain length to test the best gear ratio for your particular contraption. Sprockets and chains are also more forgiving, so if you are like me and can't drill a straight hole tsave your life, then building a gearbox where gears have to line up perfectly, is way beyond my abilities. The downside of sprocket/chain system is that they can deraieasily if not set up correctly (which will be explained in later steps).

So for the turbine to drive the treads, I knew that I wanted to meccano sprockets and chains, but the problem is that meccano sprockets fits shafts that are roughly 4min diameter, and the tubine and clutch shafts are slightly larger.

So without having any machining skills, I had to rely on parts that I can hack and use. I found these really useful shaft adapters from my local hobby store about a yeaago, and have been using lots of them for my builds. They are made by CEN, and the stock number is WS009 . On one end is a smaller diameter hole than the other ewith set screws of lock the shafts in place. These CEN universal joints come in 2 sizes, these are the larger ones and fits perfectly with this setup.

With the CEN adaptor on one end, and a 4mm shaft from the hobby store, I was able to attach the sprocket to the turbine, and another set for the clutch. Thread lockewas used to secure the hex set screw . Anything that suffers a lot of vibration is probably a good idea to use a thread locker. I used Tamiya brand thread lock becausehad it laying around, but any brand of removable thread lock will work.
http://www2.towerhobbies.com/cgi-bin/wti0001p?&I=LXGR91&P=7http://en.wikipedia.org/wiki/Set_screwhttp://www2.towerhobbies.com/cgi-bin/wti0095p?FVPROFIL=++&FVSEARCH=THREAD+LOCK&FVPROFIL=++&search=Gohttp://www.cenracingdirect.com/index.asp?PageAction=VIEWPROD&ProdID=1004http://meccanoman.co.uk/catalog/index.php?cPath=1_41http://en.wikipedia.org/wiki/Erector_Sethttp://en.wikipedia.org/wiki/Meccano


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Image Notes1. CEN universal adapter2. Meccano Sprocket3. 4mm shaft

Image Notes1. add just a drop of thread lock to the set screw

Image Notes1. CEN Universal Adapter2. CEN Universal Adapter3. Meccano Sprocket4. Meccano Sprocket

Image Notes1. tighten all set screws


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Step 7:Mounting the Steam TurbineFiguring out how to attach the turbine was fairly straight forward. I was not certain how much gearing I'd need, so I made some space allowances for additional gearindown if needed. First test was a simple mounting the turbine on a piece of scrap wood, and mounting that on the chassis. I tried 1:1 ration from the turbine to the clutcand tested it with an air compressor (will explain testing with an air compressor in later steps). I t needed to be geared down as suspected.

After determining that the is a good placement of the turbine, I proceeded to mount it to the chassis for good.

You need to extend the chassis slightly to make space for the turbine and sprockets. I used [K&S Aluminum sheets for the base, but you can use any sheet metal thatthick enough to be sturdy, but not too heavy. Cut the aluminum to size with a Dremel tool , and drill mounting holes on the mount and the chassis, using some of theoriginal holes. Thread lock to secure the base.

Image Notes1. temporary wood base mount test2. Testing 1:1 gear ratio from turbine to clutch

Image Notes1. Extra aluminum plate to extend the chassis to support the turbine base.2. Drilled through the aluminum plate and chassis to secure the turbine in place.Used thread locker to insure that the plate will not loosen over time, due to thevibration.
http://dremel.com/http://www2.towerhobbies.com/cgi-bin/wti0001p?&I=LXR912&P=7


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Image Notes1. Jensen Steam Turbine Engine2. Clutch3. Clutch Servo4. Steering Servo

Step 8:Sprocket Shaft Bracket

Overview:This step describes how to make the U shaped bracket to support the 2 Sprockets needed to gear down the turbine engine to the clutch

Details:Making the bracket to support the sprocket shafts was fairly easy. You just need some sort of a bracket where the sprocket shaft can spin easily without much friction.

I used aluminum because it's light, and easy to bend. You can find all sorts of sizes and shapes at your local hardware store. Using a Dremel tool with grinder wheel, ycan cut the soft aluminum easily. After cutting the desired length, you can clamp it to a table vice and bend it by hand. Drilling is also easily done with a power drill. I fothese flanged shaft collars laying around, sorry but I have no idea where or which R/C vehicle it came from. You just need something that is slightly larger than the shathat provides smooth rotation. Drill a hole about the size of the collar, and push, or gently hammer the collar in. Test the alignment by sliding a 4mm shaft in, to insure it is lined up and turns smoothly.

Drill the bracket's base and corresponding holes on the chassis. Mount the bracket onto the chassis with a couple of nuts and bolts.
http://dremel.com/


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Image Notes1. Shaft Collar

Image Notes1. Aluminum Shaft Bracket

Step 9:Assembly of the sprockets and chainsOverview:This step shows the process of putting together the sprockets and chains gear reduction system

Details:Slide the 4mm shaft through on side, and slide in the big and small Meccano sprockets, then push the shaft out the other side of the bracket. Line up the sprockets to corresponding sprockets that it will be attached to via the chain, but don't tighten the set screws yet.

With a pair of needle nose pliers, you can easily open and close the Meccano chains. Make the desired length of chain needed for both sets. Sprocket chain must not too tight, otherwise it will cause too much friction and reduce the performance, or stall the engine completely. It should not be too loose either, or it will derail. You couadd idler wheels to insure the r ight amount of tension (like on a bicycle), but I was too lazy to make something that fancy.

After a desired length of chain is chosen, loop around the sprockets and close the link with your needle nose pliers. give it a quick test by hand spinning it by hand. Itshould feel smooth. If it is too tight you will have a hard time spinning it. If it is too loose, the chain will derail if you spin it pretty fast. Add or take out one link at a time,until both sets spin easily.

Double check that both sets of sprockets and chains are lined up, and on the same plane. Secure the sprockets with the set screw - thread lock is strongly recommendas these parts will be spinning very fast and can come loose.

The ends of the shafts need to be held in place by lock collars. You can find lots of them at your local R/C hobby stores, you can find in just about any size . Make surthat you have a washer in between, and might be a good idea to add a drop of ball bearing oi , or other light oil to it, as well as the chains and sprockets.

Image Notes1. lock collars2. washers3. Meccano chain4. meccano sprocket - large5. 4mm shaft6. aluminum bracket7. flanged shaft collar8. Meccano Sprocket - small

Image Notes1. Make sure that the sprockets are lined up2. Yup, these too
http://www2.towerhobbies.com/cgi-bin/wti0001p?&I=LXKC43&P=7http://www2.towerhobbies.com/cgi-bin/wti0095p?FVPROFIL=++&FVSEARCH=COLLARS+&FVPROFIL=++&search=Go


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Image Notes1. Meccano ladder chains can be easily lengthened or shortened

Image Notes1. After the desired length chosen, simply clamp the end link back together

Image Notes1. Tighten the sprocket set screw, use thread locker.2. Meccano Sprocket - Small3. Meccano Sprocket - Small4. Meccano Sprocket - Small

Image Notes1. Washer, then lock collar. Lock the hex set screw

Step 10:Testing with an air compressorNow with the gearing finished, it's time to test this puppy out!

Testing steam engines with an air compressorHere is an useful piece of equipment to test out steam engines. Since steam engines are external combustion engines , you can use an air compressor to test run thewithout having to hook up the boiler. This saves a lot of time. You don't have to mount the boiler, rig it all up, waiting for the water to boil, just to debug mechanical issu

The turbine runs at around 20 -30psi, and this little air brush compressor can simulate the steam. If you use a larger compressor, set it to 20psi for the test. Press the compressor nozzle into the steam pipe, and blast it with air. Test run the turbine on air, check to make sure that the sprockets and chains are functioning properly, as was the clutch and steering brakes - you can move the the linkages by hand, before setting up servos.
http://en.wikipedia.org/wiki/External_combustion_engine


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Step 11:Control FreakNow that you've proven that it runs on air, and can be controlled by hand, it's time to set up the Radio Control . First make sure that the servos are installed correctly afunctioning properly. I found the clutch to be a bit sticky, so I used a Futaba high torque servo . The steering servo works just f ine using a standard Futaba servo .

Make sure that the linkages for the clutch and brakes are adjusted to the correct length. The brake pads should not be touching the disc when the servo is in the centeposition. The Clutch servo should also be centered. You can adjust the length of the servo linkages, and/or the servo horns, to insure that everything lines up.

Image Notes1. clutch2. clutch linkage3. steering servo4. This is the chassis from the top5. servo horn

Image Notes1. Differential2. Right disc brake3. Left disc brake4. bottom of the clutch5. Steering servo linkage6. This is the chassis from the underneath
http://www2.towerhobbies.com/cgi-bin/wti0001p?&I=LXVW07&P=MLhttp://www2.towerhobbies.com/cgi-bin/wti0001p?&I=LXDTB3&P=MLhttp://en.wikipedia.org/wiki/Radio_control


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Image Notes1. This is the chassis from the underneath2. Servo for Skid Steering3. Linkage to Left Brake4. Linkage to Right Brake5. bottom of the clutch servo

Image Notes1. Brake Pads2. Brake Disc3. Linkage from Servo4. Differential5. This is the chassis from the underneath

Step 12:Making the boiler mountFor the boiler bracket, I used these K&S Aluminum sheets again. To bend them, use a table vice, and a bit of force will bend these to shape. They are plenty strong fothe purposes here, but not so hard that you can't bend them by hand. Try making nice 90 degree bends, and cut to size with Dremel grinder discs.

Once bent to what you need, drill mounting holes for the boiler and attach it securely. Do not use thread locker for this.... these screws will get super hot!. Once secureattach it to the chassis temporary - you will need to take out the bolts again to mount the gas tank later.

Image Notes1. Bend it with a vice, and cut the extras off
http://www2.towerhobbies.com/cgi-bin/wti0001p?&I=LXR912&P=7


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Image Notes1. Bend to 90 degrees and both ends to make a bracket

Image Notes1. Measure and drill holes for the boiler

Image Notes1. Test the fit

Image Notes1. secure the boiler


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Step 13:PlumbingOverview: This step explains how to solder and connect the pipes from the boiler to the turbine.

The Jensen turbine's nozzle is quite large of a diameter, much bigger than the Cheddar pipes. So in order for the pipes to fit, I had to use a coupling that fits between ttwo. Luckily, K&S makes a tubing variety pack . Sorting through it, I was able to find a piece of tubing that was just the perfect size, snug fit on both side. Silver solderend of the Cheddar boiler pipe, to the coupling pipe, and to the turbine nozzle.

Note about soldering steam pipesThese model boilers get super hot (duh) so you need to use silver solder, otherwise when steaming up, the solder will melt. Believe me, it WILL melt your normalplumbing pipe solder. Use a torch like one pictured in the tools step, and not one of the small ones. You need to heat a big area evenly, so the small torches won't wor

Tricks for bending pipes:Copper and brass tubing will buckle when you bend them, like straws. However, here are a couple of tricks:

1) Heat the tubing with a torch, don't melt it, but get it red. Cool it, and it then becomes very flexible and easy to bend.2) If it is still too hard to bend to shape, you can use sand or salt. Tape up one end of the tube with a piece of tape, fill it with sand or salt, tape up the other end. This whelp prevent the tubing from buckling since the sand/salt inside occupies the space. You still need to pre heat the pipe, doing this t rick to normal pipes will still causebuckling... this is just an extra precaution. I was able to make the bends for this tank without using this trick.

After the pipe is completed, apply a small amount of taflon tape and connect it to the boiler. The jet nozzle fits into the turbine, and you want to get it as close to theturbine blades as possible without touching. Secure the nozzle by the set screw.

Once completed, give it another test run with the air compressor. Now you can just stick the compressor nozzle into the boiler's filler hole, and run i t on air. The boiler'spressure gauge at this point will show you the pressure as well. Check for leaks in the fittings of the pipe.

Tricks for checking leaks:Apply a tiny bit of dish washing soap mixed with water. Apply a few drops over the suspect areas where leaks can occur - around fitting ends etc. If there is a leak, youwill see small bubbles forming / foaming. It is best to test this out before actually steaming! At this point you want to double check to make sure that all of the mechanicworks well under air power.

Image Notes1. Silver Solder the Cheddar boiler steam pipe to the Jensen turbine nozzle.Pipe adapter needed to accommodate for the difference in diameter2. Preheat boiler pipe, to allow bending without buckling.3. Jensen turbine nozzle

Image Notes1. use taflon tape if there are minor leaks
http://en.wikipedia.org/wiki/Silver_solderinghttp://www2.towerhobbies.com/cgi-bin/WTI0001P?&I=LXYE90


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Image Notes1. Do not over apply

Image Notes1. Secure the steam pipe to the boiler

Image Notes1. secure the turbine nozzle2. Insert the turbine nozzle, make sure that it is not in too deep, and touch theblades.

Image Notes1. Small air compressor, such as this one used for air brushing will work ok. Abigger air compressor lets you dial in more accurately and can maintain constansupply of air.

Step 14:ConnectionsSo now it's time to connect it all together.

First, connect the servos to the receiver. Connect the clutch servo to CH1, and the steering servo to CH2. This will give you basic throttle and steering ability on thetransmitter. Plug the Battery to the On/Off switch. Then from the other end of the switch, plug the connector to the the receiver slot marked "BAT". If you purchase a nradio, there will be instructions on how to do this. However, once you have it in your hands, you'll soon realize that things really only plug in one way.

Push the battery pack to the space under the boiler, and use Velcro tape to secure it. Turn on the transmitter first, than the receiver, and test and make sure that bothservos are working properly. At this point set you transmitter's trim and end point adjustments if needed - review your manual for your radio gear for how to do this step

This basically just sets where the center position is for the servos, and how far they can rotate. Make sure that the servos pushes/pulls the clutch, and steering brakesenough to work, but not too far to over torque it, or it may strip the gears inside of the servo.

Next, connect the burner to the boiler, it should be a snug fit. Run the gas pipe to where the front of the chassis, where the gas tank will sit. Bend the pipe gently until icontours the shape around the boiler. Connect the gas pipe to the gas tank to check the gas pipe for a proper fit . Be careful not to loose the sealing O-ring.

Adjust the gas tank nozzle. You should have a bit of a gap, because this is where air gets mixed with the gas for the fire. Follow the boiler/burner's instructions for thisstep, but it's basically a trail and error process, once you start steaming up and figure out how to get the hottest burning fire inside of the boiler.


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Image Notes1. The receiver2. Connect the servos to the appropriate channels, as well as connect theon/off switch for the battery.

Image Notes1. Radio Receiver, with the servos and on/off switch connected

Image Notes1. Push the Battery Pack back under the boiler, secure it with Velcro tape.2. On / Off switch for the receiver, these usually comes with the receiver3. connect the battery to the on/off switch

Image Notes1. attach the ceramic burner to the boiler

Image Notes Image Notes


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1. Attach the gas pipe to the gas tank. Be careful not to loose the tiny O-ringwhen you change fuel tanks.

1. adjust the gas nozzel. This determines how much air is mixed with the gasgoing into the boiler. You can experiment with the spacing for the best heatgeneration.

Image Notes1. This is the ground.... made you look! made you look!

Step 15:Making the gas tank mountThe Turbine Tank now just need the gas tank to be mounted, so that it doesn't slide around and dislodge the burner from the boiler, and set the tank on fire :)

For this mount, I used sheet metal from the hardware store. This sheet metal is perforated, I have no idea what this was intended for. Cutting sheet metal is pretty eas

with a pair of sheet metal shears. Put on some gloves for this step, edges of the sheet metal can be razor sharp after cutting. You can use a piece of paper as a templto make what you want first. But for this mount, it's pretty easy to just cut the sheet metal to shape without a template.

After bending it to shape by hand, paint it with BBQ spray paint. This piece does get pretty hot, since it will be connected to the boiler mount.

I also wanted a skull on the front of the turbine tank. But since I don't have.... say a laser cutter... I had to use a slightly lower tech approach. I cut a thin piece ofaluminum with scissors, and couldn't get the fine detail that I wanted, but it turned out ok. I painted it with some spare paint laying around the garage, and then drilled holes to mount it to the perforated sheet metal. I attached it with brads - found at a art/crafts store in the scrapbook section. Of course this is just cosmetic, you can adwhatever you like to the tank at this point, or do a complete body work for it. Just make sure that you don't put plastic around high heat areas, or cover up the air suppfor the burner etc.

To attach the gas mount, sandwich it between the boiler mount and the sides of the chassis, and reattach with a nuts and bolts.


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Image Notes1. sheet metal sheers2. Be careful cutting sheet metal, edges can be razor sharp. Wear gloves.

Image Notes1. Painted with special ultra heat resistant, super extreme deluxe compound, alsoknown as BBQ spray paint.

Step 16:Securing the gas tankTo pad the gas tank and securely hold it in place, I used this..... actually I don't know what this rubbery thing it is used for, except that it was found in the plumbing secof the hardware store. It's some sort of a cap for large PVC pipe? I cut off parts of it and pushed it in to place. The gas tank fits nicely with this setup.

Next, attach the gas tank to the burner pipe for good, and double check that it is securely held in place.


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Step 17:New/Old TreadsNotes about Kyosho Blizzard treads

The newer version of the Blizzard has tread "paddles" on every OTHER section of the tread. The older version has these paddles on every section.

Why should you care, you ask? Well look at this video fitted with the newer treads, as compared to the older treads on the intro step.

New Style Treads

Bouncy bouncy! I even cut the tread paddles down to try to get rid of it, but it's still quite bouncy. The reason is that the peddles are basically little steps that the tank hto climb over. While this works great for snow, on flat hard ground, it's not the best system.

Old Style Treads

The older style treads, with paddles on every section, works much nicer on flat surfaces, since it's riding on those paddles the entire time. I looked into Kyosho's spareparts site, and they do not sell or produce the older style treads anymore :( So while shopping for your Nitro Blizard chassis, look for the older style treads - if you arelooking to run mostly on flat and hard ground.

Picture of the tread comparison below
http://www.instructables.com/id/RC-Steam-Turbine-Tank/step17/NewOld-Treads/http://www.instructables.com/id/RC-Steam-Turbine-Tank/step17/NewOld-Treads/


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Image Notes1. Bouncy Treads, even cut down the paddles (for the current KyoshoBlizzards).2. Less bouncy Treads (for older Kyosho Blizzards).

Image Notes1. New style treads has a paddle on every other section. Even with it cut down, itstill does not run as well as the Older style treads (on hard ground)2. Older style treads had paddles on every section, which made the turbine tankmuch less bouncy.

Step 18:Running the Turbine Tank

You're done!

Here is a quick break down of how to run the turbine tank. It's quite simple as compared to steam piston engines.... there is no oil needed, so no mess dealing with oilysteam exhaust, steam oilers, condensers and such. The steam comes through the turbine clean, and the exhaust is just water.

1) Add water to the boiler. Use a small funnel (usually supplied wi th these boilers) and add distilled water . The reason for using distilled water over tap or spring waterthat it won't cloud up the sight glass, or leave minerals that may clog up your boiler and pipes. You can purchase distilled water in most super markets that carries spriwater, and cost the same as regular spring water. Add the water slowly and fill it until it reaches to the top of the sight glass. Don't over fill the boiler, you need somespace for the steam to build up :)

2) Using a lighter, place the flame right on the opening of the stack. Slowly turn on the gas, less than a 1/4 turn, and you will see the fire from the lighter get "sucked" ithe stack. You can now adjust the gas valve to desired heat. You will hear the sound like a small roar when it is lit. If it goes out, i t sounds like a leak - something l ike aleaking basketball or tire. The fire will not be visible, but you can feel the heat with your hands several inches over the top of the stack. Once it's fired, you have to waitthe water to boil, which should take around 5-10 minutes. Make sure that the steam valve is closed while it is building up pressure.

3) While waiting for the water to boil, turn on the radio transmitter first, than your receiver. Check to make sure that servos are working.

4) Once the pressure gauge reaches about 20-30 psi, it's time to run the tank! Open the valve to let the steam power the turbine, you will hear a sweet spin up sound, the turbine powers up. The pitch changes as the turbine's RPM changes. Let it spin up and control the clutch to go forward. Check to make sure that you can go forwaback, and turns in both directions. IF there are any issues, turn off the gas first, let the steam vent totally out, and the boiler and pipes cool down, before attempting tocheck out the issue. I recommend wearing gloves when turning on/off the steam valve, as over time it will become hot enough to cause blisters to your fingers.

5) Once again, do not temper with the safety valve! Also make sure that you don't run the boiler dry! At full burner, this particular boiler will use up all of the water withiabout 10 minutes. Watch the sight glass and turn off the gas, before the water line drops below visibility on the sight glass. If you burn it dry, you risk destroying the bo

5) Have fun and be safe... it's really fun to drive around, and a great climber, but don't tip it! Remember you have pressurized steam, not to mention a contained fire,strong enough to boil water very quickly.

6) Be prepared for an excuse, when your neighbors asks you if you've been practicing dentistry from your garage.
http://en.wikipedia.org/wiki/Distilled_water


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Step 19:The finished R/C Steam Turbine Tank!For more info about the turbine tank, check out the page here , although this instructables provides way more detail than the original page :)

Als check out more of my steam contraptions, at www.crabfu.com

-Crabfu

-update-------Video from RoboGames, with this puppy running towards the end of the clip:
http://www.instructables.com/id/RC-Steam-Turbine-Tank/step19/The-finished-RC-Steam-Turbine-Tank/http://www.crabfu.com/http://www.crabfu.com/steamtoys/rc_steam_turbine_tank/


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Comments

50 comments Add Comment view all 134 commen

lloydrmc says: Feb 22, 2011. 3:57 PM REPVERY cool. The Macsteam link has changed to: http://www.maccsteam.com/Vertical_boilers/3_and_half_inch.html (there used to be a space where there inow an underscore)

I could pick nits (e.g. a "vice" is a bad habit, and a "vise" is a clamping device), and I won't because I think you did an amazing job on a very cool project.

Sky Woulf says: Feb 22, 2011. 9:36 AM REPI wonder if you could pull off the sprokets (drive) and subistute some left over parts from your gear reduction setup to run dual chain treads on each edge othe road wheels?

flamekiller says: Jan 29, 2011. 2:52 AM REPThis is pure awesomeness in, well, a boiler I guess. I actually came to Instructables today to look at steam engine stuff, and here this was, on the front pag

ilpug says: Jan 14, 2011. 9:07 AM REPof all the relitively useless awesome things one could build, this about takes the cake. good job. its AMAZING.

[corosive] says: Dec 13, 2010. 5:16 PM REPdo you have to use the Jensen steam turbine? i don't really want to spend $636 or whatever they wanted for it, just to take off the turbine and waste the resof it.
http://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/%5Bcorosive%5D/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/%5Bcorosive%5D/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/ilpug/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/ilpug/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/flamekiller/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/flamekiller/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/Sky+Woulf/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/Sky+Woulf/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/lloydrmc/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/lloydrmc/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/http://www.instructables.com/id/RC-Steam-Turbine-Tank/http://www.instructables.com/id/RC-Steam-Turbine-Tank/http://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#commentshttp://www.instructables.com/member/sbtroy/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Build-a-15%2c000-rpm-Tesla-Turbine-using-hard-drive-/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Build-a-15%2c000-rpm-Tesla-Turbine-using-hard-drive-/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Build-a-15%2c000-rpm-Tesla-Turbine-using-hard-drive-/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Build-a-15%2c000-rpm-Tesla-Turbine-using-hard-drive-/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Build-a-15%2c000-rpm-Tesla-Turbine-using-hard-drive-/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Build-a-15%2c000-rpm-Tesla-Turbine-using-hard-drive-/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/member/mrfixits/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Tesla-CD-Turbine-With-Scary-Steampunk-Laser-Pumpki/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Tesla-CD-Turbine-With-Scary-Steampunk-Laser-Pumpki/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Tesla-CD-Turbine-With-Scary-Steampunk-Laser-Pumpki/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Tesla-CD-Turbine-With-Scary-Steampunk-Laser-Pumpki/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Tesla-CD-Turbine-With-Scary-Steampunk-Laser-Pumpki/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Tesla-CD-Turbine-With-Scary-Steampunk-Laser-Pumpki/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Tesla-CD-Turbine-With-Scary-Steampunk-Laser-Pumpki/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Tesla-CD-Turbine-With-Scary-Steampunk-Laser-Pumpki/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/member/mrfixits/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Eco-friendly-Tesla-CD-Turbine-Turbo-Boost-Blender/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Eco-friendly-Tesla-CD-Turbine-Turbo-Boost-Blender/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Eco-friendly-Tesla-CD-Turbine-Turbo-Boost-Blender/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Eco-friendly-Tesla-CD-Turbine-Turbo-Boost-Blender/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Eco-friendly-Tesla-CD-Turbine-Turbo-Boost-Blender/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/member/ewilhelm/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Laser-Cutter-Contest-Update%3a-Fewer-Rules%2c-More-Tim/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Laser-Cutter-Contest-Update%3a-Fewer-Rules%2c-More-Tim/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Laser-Cutter-Contest-Update%3a-Fewer-Rules%2c-More-Tim/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/member/mrfixits/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Turkey-Time-Tesla-CD-Turbine/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Turkey-Time-Tesla-CD-Turbine/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Turkey-Time-Tesla-CD-Turbine/?utm_source=pdf&utm_campaign=relatedhttp://www.instructables.com/id/Turkey-Time-Tesla-CD-Turbine/?utm_source=pdf&u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[corosive] says: Dec 13, 2010. 5:10 PM REPi will pwn my friends with this if i can build one. how much does it cost to build?

gafernandesil says: Dec 13, 2010. 3:10 PM REPCan I use epoxy instead silver solder?

mr. clean says: Oct 23, 2010. 8:34 PM REPThats awesome i cant believe that u got to be on modern marvels too!

KNEXFRANTIC says: Oct 7, 2010. 12:27 PM REPawsome and somehow sick lol

Sander62 says: Oct 2, 2010. 3:14 PM REPThis is really nice.And it isn't just functioning, it looks awesome too.Definitely a great instructable.

So what's the next step, steam airplane?Would be awesome if you could make that happen!

StanUK says: Sep 13, 2010. 11:23 AM REPAdded to my favourites!

Knot71 says: Sep 12, 2010. 12:33 PM REPOutstanding! I picked up some RC Tank parts from Remote Island. I then came on here to see if there was an instructable on making an RC electric tank..This is definately more than I bargained for... But probably out of my comfort zone... How long did it take to build? My boy would love it (so would I )...

The Cloak says: Sep 9, 2010. 2:59 PM REPWhere did you buy the steam turbine you are using?

OXI2vasyl says: Aug 13, 2010. 11:49 AM REPawesome :D

americaneagle says: Aug 5, 2010. 7:03 PM REPYOU ARE AMAZING!How did you come up with this? What is the total cost and time spent making it? 5 STARS!

churchman says: Jul 23, 2010. 8:03 AM REPMAN I ACSEDENTALY HADE MY SPEAKERS ON FULL AND I HAD EARPHONES ON EAR ARE BLEEDING! SKARED ME HALF TO DEATH

TheParadox says: Jul 2, 2010. 2:09 PM REPPut a suppressor on it! MY EARS!!! :( So cool though!!!

jules15 says: Apr 4, 2010. 9:30 PM REP

owww.. ears bleeding.....

floryzzz says: Mar 27, 2010. 7:26 AM REPSweet

XOIIO says: Mar 17, 2010. 10:37 PM REPAmazing! That rc vehicle looks sooo cool. How much were they new?

Also, definitly do something with the engine!
http://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/XOIIO/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/XOIIO/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/floryzzz/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/floryzzz/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/jules15/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/jules15/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/TheParadox/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/TheParadox/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/churchman/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/churchman/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/americaneagle/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/americaneagle/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/OXI2vasyl/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/OXI2vasyl/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/The+Cloak/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/The+Cloak/?utm_source=pdf&utm_campaign=commentshttp://www.remote-island.co.uk/Categories/buy_radio_controlled_tanks_uk.htmlhttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/Knot71/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/Knot71/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/StanUK/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/StanUK/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/Sander62/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/Sander62/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/KNEXFRANTIC/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/KNEXFRANTIC/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/mr.+clean/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/mr.+clean/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/gafernandesil/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/gafernandesil/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/id/RC-Steam-Turbine-Tank/?utm_source=pdf&utm_campaign=comments#DISCUSShttp://www.instructables.com/member/%5Bcorosive%5D/?utm_source=pdf&utm_campaign=commentshttp://www.instructables.com/member/%5Bcorosive%5D/?utm_source=pdf&utm_campaign=comments


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MisterHankie says: Apr 17, 2008. 5:37 AM REPWell it's not really a tank unless you put a cannon on it is it? But it's still awesome.

Cyberscann54 says: May 23, 2008. 2:49 PM REPF.Y.I. The military's original tank was used to carry water to the troops. No weapons or armor just a tank full of water. eventually its was given a trackinstead of tires to handle tougher terrain not long after they decided to mount a cannon on it and then it became a weapon . So for all instances it has atank full of water and carries it around it deserves to be called a tank

davecollinsnz says: Sep 16, 2008. 3:04 AM REPActually they were code-named 'tanks' so that if the enemy intercepted a message, they wouldn't think they were weapons, just tanks that carry

water. After that, the name 'tanks' just stuck. Anyway, it has a f lame, gas and hot pressured steam-I would consider that a weapon. Crabfu, this isawesome.

kissiltur says: Mar 16, 2010. 11:11 AM REPExactly - "water tanks for Mesopotamia" Ithink was the full code name.

temp says: Mar 20, 2009. 1:43 PM REPActually the very first tank built was so secret that the builders THOUGHT they were making a water transport vehicle. They called it a tankbecause that's what they thought it was. You should watch the ilitary channel more often.

joshualater says: Apr 25, 2009. 4:47 AM REPyup its the military channel british had no idea what they were really making

M.C. Langer says: Mar 9, 2010. 12:25 PM REPBEAUTIFUL!!!!!!!

thepelton says: Mar 9, 2010. 11:50 AM REPThis looks like fun!

ampeyro says: Mar 4, 2010. 4:35 PM REPwhat are you doing here?, you could be working in the nasa, the military or anywhere

flanimalsays: Jan 13, 2010. 5:38 PM REP

about how much did it cost to make it

123069 says:that is so flippingcoooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo

erikals says: Oct 31, 2009. 4:04 PM REPin your vid it sounds like the noise of a cyclonic vacuum cleaner. really cooland great 'ible, by the way.

jam BD says: Aug 5, 2009. 3:13 PM REPWOW sooooo coooli've tried and failed to make a steam turbine for soooo many times =(

where did you get the engine?

DELETED_craz meanman says: Jun 23, 2008. 9:14 A(removed by author or community request)

fordman15243 says: Jul 28, 2009. 4:03 PM REPA steamcannon ;D
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27/27

ferrari484 says: Jun 16, 2009. 3:55 AM REPthat's so cool

Mr.NHRA says: Jun 14, 2009. 6:17 PM REPcount me in on the list for the turbine

frikkie says: Jan 7, 2009. 2:00 AM REPOH MY!!!Dude! I want your brain,your children can get your tools and house but I want your brain one day.. LOL just joking

Capt. Fat says: Feb 7, 2009. 5:41 AM REPI want half of the brain!!!! Mine gave out.....

Dystonia says: Jul 9, 2007. 6:21 PM REPhow much does it cost and how many hours did it take and where did u get all the parts putting it together i think i can do that IT IS WONDERFUL TOY -- TBAD IT ONLY LAST FOR 15 MIN. BUT U HAVE TO EXPECT THAT

amando96 says: Feb 3, 2009. 2:37 PM REPthe petrol version wouldnt last long either...

m8gz47 says: Nov 30, 2008. 7:34 AM REPvery good

junits15 says: Oct 22, 2008. 10:29 AM REPso in simpilest terms i am taking a gasoliene powered RC car and replacing the engine with the steam engine and adding rc control. right?

Wade Tarzia says: Oct 20, 2008. 12:15 PM REPSteam + turbine = Too cool! What isn't to love about a turbine? Or steam? (I wish Honda should start making turbines; they would be reliable, efficient, andspread turbine-ness around the world -- but this steam thing is a good start!).

sypher says: Sep 10, 2008. 12:46 AM REPmake one with a 2 stage boiler, so you can go longer than 10 minutes. then you can go as long as the camp fuel container lasts. put an alternator on it too,make it all steam powered. anyway, that is F&$#ING awesome!

markiscool says: Aug 10, 2008. 7:27 PM REPdear crabfu, can you get me a steam turbine for the tank. can you please send a message to me for the info.

livesteamfan says: Jun 23, 2008. 8:57 AM REPCan the design be modified to use a steam piston and horisontal boiler? I have an old stationary steam engine and it gets a little boring because all it doesspinn a wheel.

alex-sharetskiy says: Apr 17, 2008. 7:09 AM REPso what did you end up doing with the nitro engine?

rccote says: Apr 16, 2008. 7:30 PM REPOh man this brings back so many memories. My nitro blizzard was so baddass.

Mr. Rig It says: Apr 16, 2008. 9:28 PM REPThe KING of COOL!

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