Introduction: Propeller Powered Skateboard

Picture of Propeller Powered Skateboard

Skateboarding gets more exciting as I strap a model airplane engine to the end of a skateboard.

I had a great time with this project. It was rather easy to put together and a whole lot of fun to test. I look forward to playing with it more and may update the video with more antics in the future.

For more pics and videos check out

Step 1: Building the Skateboard, Mounting the Engine

Picture of Building the Skateboard, Mounting the Engine
This section describes how I constructed the skateboard and mounted the model airplane engine to the skateboard.


This page contains information on how I built the propeller powered skateboard. It took approximately four hours of building time to complete the build spread over four days as I gathered parts and finalized the design between steps. The build was straightforward and mostly consisted of strapping an overpowered model airplane engine onto a plank and attaching skateboard wheels.

Bill of Materials

WhatDetailsWhat ForWhere From


Wood1x10Skateboard and Motor MountHome Depot
Bolts#8 x 1.5Mounting Trucks to DeckHome Depot
Fan CagePrevent Major Injury

Skateboard Supplies

Skateboard TrucksCruiser with RisersSmooth RidinSkate Shop
Grip TapeSelf-AdhesiveLooks/TractionSkate Shop

R/C Gear

TransmitterHiTec Laser 6 Ch. FMTransmits SignalTower Hobbies
ReceiverReceives Signal, Powers ServosBundled w/ Transmitter
ServoEngine ThrottleBundled w/ Transmitter
Battery4-Cell 4.8V 600mAh NiCdPower Receiver/ServosTower Hobbies

Model Airplane Gear

EngineOS 1.60 FXPowerplantTower Hobbies
Gas Tank950ccHolds FuelTower Hobbies
FuelFuel For EngineLocal Hobby Store
Glow StarterStandard w/ MeterStarting EngineTower Hobbies
Starter MotorTorqMaster 180 Heavy Duty 12 VStarting EngineTower Hobbies
Propeller16x10 3-Blade PusherTransmit ForceTower Hobbies


FlintsTail DevilMaking SparksAmazon


Engine Position

I had a hard time deciding whether to put the engine on the front or back of the board. Most, if not all, model airplane engines can only rotate in one direction. If you were to point the typical airplane engine setup backwards, it would pull the board backwards not forwards. If you want the engine to pull the other direction it is not possible to simply turn the propeller around to change the direction of pull, but instead you must get a "Pusher" prop - the opposite being a "Tractor" prop. Most model airplanes have the engine on the front of the plane, which means that there is a much wider selection of tractor props. In the end I decided it was worthwhile to me to put the engine in the rear, facing toward the rear, to keep the exhaust out of the way and to get the propeller as far away as possible. And I think it looks better that way too.
I had to make sure that I could still tilt the skateboard back to hit the flints on the ground and make sparks with the fan cage attached, while at the same time I wanted the motor as close to the ground as possible. This, along with the decision to have the engine in the rear of the board, solidified the engine's position.

Construction Steps

1.) Sketch Board Design

The inspiration for the board design came from some old skool cartoons with rocketships. I thought this would be a good design for a board, and am surprised that I haven't seen any with this shape before as it works pretty well as a longboard. If you make skateboards and think we could sell a special edition board, hit me up! :-)
Then, I sketched the bolt pattern for mounting the skateboard trucks. I did this quickly by using my original skateboard deck as a template and marking each hole with a sharpie.

2.) Drill it, Cut it Out

I took a jigsaw and cut out the rocketship pattern, then drilled out the skateboard truck mounting holes.

3.) Grip Tape

I got some grip tape from a local skateboard shop, Beacon Hill Skate Shop. The grip tape I got was self-adhesive, pretty much like a big sticker, so it was rather easy to apply but took time to get the design to match on the interface between the yellow and black grip tape.

4.) Engine Mount

It took a good deal of thought to get to the final design, which consists of two 1" vertical planks, screwed into the board from the bottom through the skateboard deck by a lot of screws. I added an electronics compartment between the uprights which kept the electronics out of the way and helped reinforce the engine mount. I spaced the uprights just far enough apart to allow the engine to sit perfectly in between. I decided to add grip tape to the uprights as well, for extra style points.

5.) The Rest

From there, it was mostly screwing or bolting everything onto the board, including the skateboard trucks, fan cage, engine, electronics (including throttle servo), gas tank (which I attached with a hose clamp), and tail devil sparking flints.

Step 2: Configure the RC Gear

Picture of Configure the RC Gear
This section describes how radio control gear works, and gives some examples of radio control gear that you can use.

Radio Control is the basis for a lot of fun projects. Here I briefly overview a system, show how a servo works, and give a demo.


The transmitter is often the most expensive part of an RC system. A transmitter, as with most RC gear, will survive through many projects, so it is wise to shop for a transmitter with future projects in mind.

Control Style


The pistol grip is primarily used for controlling RC cars and trucks as the wheel simulates a steering wheel, the trigger being used as the throttle.


The stick interface is the most common, and is used for practically everything including RC cars, helicopters, planes, boats, and general use. The sticks are spring loaded to return to the center position with the exception of the left stick which has no spring for the vertical direction. The ability to hold the vertical position is commonly used to hold a throttle position making the left hand at least momentarily available for switching other controls. The exception to this is in special "helicopter" radios in which all sticks return to center.

Radio Transmission Technique

There are many types of transmission techniques available on the market today. Each newer generation improves on the last, so when selecting which one you want it is really a trade-off between the new features and price. I'll start with the oldest and describe the improvements through the generations.


Amplitude Modulation (AM) systems would transmit the data as changes in amplitude on a constant transmission frequency wave. The simplicity of the electronics made this method inexpensive. Noise directly effects the output signal causing a noisy output. AM is cheap, but the costs of FM transmitters have come down so much AM is not longer in the game.


Just like car radio transitioned from AM to FM, so did hobby RC gear. FM (Frequency Modulation) changes the frequency of the waveform as opposed to the amplitude. Most random radio noise is in pops in amplitude as opposed to consistent frequencies. Since FM is insensitive to pops in amplitude while that's all AM has got, FM can handle radio noise much better than AM can.
PPM is a way to encode the data before sending it over the air, (Pulse Position Modulation). This is how the hobby radio implementation works. The transmitter sends a series of highs and lows in a specific sequence which the receiver then decodes. The output is binary, high or low. The sequence starts with a long high followed by a low, which signals the start of the sequence. The position of channel 1 on the transmitter is indicated by the length of the next high, which is again followed by a low. The length of the following high corresponds to the position of channel 2 on the transmitter. And so on, and so on, followed by a long high which is the start of a new transmission. This sequence is repeated regularly, typically at 50Hz.
The receiver's job is to split the sequence up into isolated individual pulses on different channels. Each channel receives one of the pulses. The length of each pulse ranges from about 1ms to 2ms. The receiver knows when to change outputs when it sees a low. If the low was caused by noise, the rest of the channels would receive bad data due to an off by one error. This type of error is avoided in the next technology...


Referred to as PCM (Pulse Code Modulation), this technique is still uses FM at it's core but sheds the FM name. Whereas PPM created a pulse of a certain length specified by the position of the controls, PCM creates a digital representation of the position of the controls (8-bit, or 16-bit, etc) and sends the position data as a stream of 1s and 0s. For example, as opposed to a neutral stick being represented by a 1.5ms high pulse, it may be represented in 8-bit as a high pulse followed by seven low pulses (1,0,0,0,0,0,0,0 [binary]), the pulse length being determined by a clock.
One advantage of this is the ability to do quick error checking with a CRC check. The error checking allows for noise to be detected and for bad data to be halted before going out of the receiver.
The noise screen practically eliminates interference, yet we find a new problem: when the model gets out of range, the servos hold the last good transmission, possibly until a spectacular crash. To reduce this problem, some receivers have the ability to keep "fail-safe" outputs in memory. When the receiver has not received a noise free transmission for a certain amount of time it starts outputting the "fail-safe" values. These values may, for example, turn the throttle down or put a glider into level flight which could help avoid the spectacular crash.


Now comes the latest generation of wireless transmitters, using a technology much similar to WiFi computer networks. Unfortunately, there are currently many implementations of transmitters/receivers using the 2.4GHz spectrum, making generalizing difficult. The previous technologies used a crystal to determine the transmission frequency, allowing for interference from someone using the same crystal (of which there are a limited number), and requiring additional crystals to change frequencies. This new generation of transmitters get around this problem in different ways. Some scan for clear frequencies then latch on to a clear one, others use spread spectrum frequency hopping, to continuously evade noise by continuously changing channels. Other advantages of this new generation include the reduction of size in the transmitter antenna, smaller receiver size, and better battery life. Of course, these new features will hit you in the pocketbook.


The receiver's job is to split the incoming signal into however many channels you require. Although transmitters and receivers of different transmission technologies can't talk to each other, the output of all current receivers is the same: a pulse of a certain length that corresponds to the position of one of the controls on the transmitter. It is then left up to the servo, motor controller or other accessory to decode that pulse into a position, speed, etc.
It is most common to buy a receiver in a set with a transmitter. That way you know they are compatible and get a better deal on the purchase.

Servos, Motor Controllers, and More - Oh My!


A servo is a motor that has position feedback, allowing the servo to rotate the motor to an angle, then hold that specified angle of rotation. Check out the video for more on how servos work.

Motor Controller

Motor controllers control the output (speed or torque) of a motor connected to it given various types of input. Many motor controllers accept the servo signal output from an RC receiver, allowing drop-in functionality with an RC system. With electric motor powered airplanes becoming more popular due to advancing lightweight and powerful battery technology more motor controllers are hitting the market and they are coming down in price. Since electrical power loss goes as I^2*R, twice as much current produces twice as much heat. In order to prevent part loss due to high heat, motor controllers are usually rated in terms of current (here is a link to an example motor controller, rated for 2 channels outputting 25 Amps each). Many motor controllers have onboard heat sensors and will shut down the motor controller if too high of a temperature is reached.
High electrical loads and spikes that come with motors and motor controllers may disrupt the signal going into the receiver causing potentially disastrous interference. Error checking radios (PCM or later) may help a great deal in these situations.


One cool part I have used is a relay that is triggered by the servo signal called the: Battle Switch

(Wikipedia Article For More Info )

Step 3: Test It Out!

Picture of Test It Out!
This section documents the test phase of the project, which mainly includes standing on the board and seeing how fast I can go before I lose control. :-)

I started by doing some feasibility tests with a household fan, 12V battery, and an inverter on a skateboard. The results were disappointing, but not surprising. I needed more power!

A Model Airplane Using the Same OS 1.60FX Engine

Enter: The OS 1.60FX 3.7 HP model airplane engine. The most powerful engine in the world! Ummm.. not quite - but it packs quite a punch for an engine that weighs under 1kg. Much better than the heavy, low-power house-fan and battery setup! Even better than a 5 HP lawnmower engine for the weight. Additionally the engine is very high RPM (1,800-10,000), which allows us to use the small (model airplane) propellers. The main drawback is that the engine runs on Glow Fuel, which is made of methanol, nitromethane, and an oil, needs to be purchased at a hobby store and is much more expensive than gasoline. That said, I probably only used a couple bucks of fuel during the entire time I spent using the board and tuning the engine.
The first test ended shortly in propeller failure. The cage was just too close to the propeller, and with a slight vibration the propeller was caught in the mesh of the fan cage. Totally preventable problem, but I thought the tolerances were good when it really needed some more space. The next day, after reconstructing some of the engine mount which cracked in the propeller incident, it was time for test #2.
Success! The board cruised around the parking lot like an unstoppable freight train. Now this parking lot wasn't like most parking lots you might thing of. It was the parking lot to a long-neglected factory, and itself had been long-neglected. In other words: there were tons of rocks and grooves and cracks! So, what one might think of as quite mundane empty parking lot skating was actually quite exciting plowing over these rocks which would normally grind my skateboard to a halt when freeskating - in addition to the fact that there is no brakes and that the board wanted to take off even at low throttle.


TheKitMurkit. (author)2016-06-24

Crazy, like it!

Yonatan24 (author)2016-01-13

Hi, I've added your project to the "A Collection of Homemade Electric Motorized Skateboards (That You Must Make!)" Collection

This is the link If you are interested:

Yonatan24 (author)2016-01-13

Hi, I've added your project to the "A Collection of Homemade Electric Motorized Skateboards (That You Must Make!)" Collection

This is the link If you are interested:

Yonatan24 (author)2016-01-13

Hi, I've added your project to the "A Collection of Homemade Electric Motorized Skateboards (That You Must Make!)" Collection

This is the link If you are interested:

bhavya only (author)2015-09-30

Hey buddy i am new in instructable
Plzzzzzzzzzzzzzzzzzzz help to upload my project
I tried to upload it put it is saying uploading error

handymandavebritain (author)2014-07-06

I mounted a 40cc Supertigre plane engine on the front of a friends bike, never finalised it as needed a better permanent welded engine mounting, it wasn't solid enough, once moving with some toe help it motored along with the 3hp+ screaming 2 stroke motor.

wblakesx (author)2014-06-15

For fan no transmission gears so int combustion ok. For wheel drive electric has flat torque curve so maybe no gears ok.

wblakesx (author)2014-06-15

For fan no transmission gears so int combustion ok. For wheel drive electric has flat torque curve so maybe no gears ok.

J-Five (author)2012-07-23

To much time on their hands, but it is different for thing

jimmytvf (author)2012-05-27

what about a chainsaw? you control the throttle with the servo as well, attach the chain to a sprocket and there you go! you get more power, is kinda lightweight and the gas is also cheaper lol

bmueller3 (author)jimmytvf2012-06-19

With modifications to the internals of the chainsaw chain and sprocket it would go faster than that airplane motor with anywhere between 0.5 to 2 HP.

ElvenChild (author)2012-04-08

On the "Who are the MythBusters" segment on the latest episode "Square Wheels" you see Tory riding something that looks suspiciously similar, at least in concept.

Sorry the photo is blurry, I have no excuse for taking a blurry screenshot.

freeza36 (author)ElvenChild2012-04-30

That is actually on an episode. the "can you blow your own sail" one

bavetta (author)ElvenChild2012-04-08

Ha, nice! Thanks for the screen-grab

Clayton H. (author)2009-02-06

How about strapin one of these baby's on

sanagol (author)Clayton H.2011-03-03

wy not do a drive by with this baby.if you want to buil this go to

Bongmaster (author)Clayton H.2010-01-03

woh the raw power :3

crazybuilders (author)Clayton H.2009-02-16

awesome looking motor

much cheaper too

bryanbrews (author)Clayton H.2009-02-12

awesome skateboard!! but yeah, why not use an electric airplane motor instead of an electric fan motor or gas engine? The batteries would add extra weight, but the silence would be great!

crazybuilders (author)bryanbrews2009-02-12

I think it would actually be more expensive and heavier when you add up the motor, speed controller and batteries. You're right though, it'd be a lot quieter!

bryanbrews (author)crazybuilders2009-02-12

What was your total cost for everything involved in creating this masterpiece?

Kaos7125 (author)2009-03-07

You should totally do this on a bike! I'd go for it in a heartbeat if it was on a bike

yardkarter (author)Kaos71252010-10-28

I already did!

Madrias357 (author)Kaos71252009-04-09

Working on that! Got me a plan for it.

sebberdreng (author)Madrias3572009-04-20

Can i get the link to the plan?

Madrias357 (author)sebberdreng2009-05-12

Can you download a notebook? I'm sorry, my plans are to stay in notebooks. Anyway, I have limited supplies and was thinking of using the box-fan-on-power inverter to turn the wheel instead of trying to push 240 pounds of me and the bike around. Worst thing that could happen? I smoke up an old box-fan motor and have a smoker-unit for a mile or so. Or I get shocked. That's what electrical tape is for.

bylerfamily (author)Madrias3572009-08-27

Ah,that remind me of someone I know who fastened a chainsaw motor to his bike...

Madrias357 (author)bylerfamily2009-09-17

Except I don't like gas. It's loud, smelly, and it explodes.

but thats what makes gas so cool!!!

Raydoom (author)2010-05-22

will try attemp this exept ill use a 32cc leafblower engine on my longboard

gonzowizard (author)2010-02-20

If you want to get more boost from propeller, you should construct an airfoil around the blades. It will focus more power from the propellers that without it would be wasted. Try a round airduct tube that has just enough room inside it to allow the blades to spin freely.

Yerboogieman (author)2010-01-29

This is sure to get the ladies. BTW, you should try a Model airplane Rotary engine. Handles more neglection, smoother ride, and better ride.

Zaphod Beeblebrox (author)2009-11-26

were do u get the money for all this stuff?

ravingking2008 (author)2009-11-05

great idea !! didnt think it would work that good, it looks a bit wobbly at the beginning though. a GYROSCOPE would be a good idea on this I RECKON

a918bmxr (author)2009-10-11

this is cool ...but...
you could also just take a brake lever from a bike and run a cable to the throttle
and make life easier instead of spending all of that money on servos and controllers an whatnot...
just sayin

drhoff (author)2009-09-30

this is the best rc stuff explanation i have ever seen! thanks for doing this!

woutie (author)2009-09-30

where did you get that propeller??

DJ_JS9 (author)2009-02-16

well if you need 10,000 rpm couldent you use a wd raptor hdd motor and a 12v battery??

crazybuilders (author)DJ_JS92009-02-16

Interesting idea, but I don't think that motor would have the torque required to turn the propeller over that fast. Motor power is a combination of speed and torque (Power = rotational velocity * Torque). Good idea though!

Good idea but hdd motors only take 5v and if you were to use it with a fan blade it would probably work those things just don't have torque to be wheels or something encounters lots of resistance. i might try it

AspireBlack (author)2009-08-13

Well done. I'm a PhD Physics student, and this has been the most interesting and well put together instructable I have ever seen. Very knowledgeable, my friend. Superb work!

Jackp5 (author)2009-07-29

build a car type one that uses like x3 of the materials but i dont think ur that loaded

harvey639 (author)2009-07-28

i would build one but i can't skateboard

mohnish (author)2009-07-11

u like pac man b coz i can see the poster on which pacman is writtn

jonathonbryce (author)2009-05-19

I WANT ONE!!!!!! Time to build it, it seems that it would be a cheaper way to work to.

lil jon168 (author)2009-04-27

u need to put a weedeater engine on there

caseygibs (author)2009-04-25

hey, i like rc things because of the possibilities but dont know crap about them lol your videos taught me a great amount about servos and i actaully understood them thank you! so fricken sweet

schweinhund227 (author)2009-04-25

Pretty Kewl Idea !!!! but I would Switch the Remote for a Spring loaded Hand Throttle !!! if you fall ! the Board won't go Berserk on ya! If only I had one of those.... when I was a Kid !!! LOL Great Thinking !!! I am sure you Turned a lot of Heads Careening down the Streets.... LOL Way to go !!!

Plasmana (author)2009-02-05

That is so cool!! BTW, why is the video so jiggly?

About This Instructable



Bio: Hey, my name is Ryan Bavetta and I live in Boston, MA. I work on a website: Follow me on twitter ...
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