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Free Motorboat Plans

This is a selection on some of the Free Motorboat Plans that were published in "Popular Mechanics", "Popular Science" and the "Boat Builder Handbook" yours to download for free (pdf).

If you need help with lofting out the plans click here for an article here which should help.

• Rowing Boats
• Sailing Boats

Click Here for the Free version of the Plans

The "Mustang"

Click Here for the Plans

Click Here for the Free Plans

Cabin Cruiser Free Motorboat Plans

60s sea hawk.

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motorboat ​by marco daniel and joe

Physics 1 Motor boat

10 Simple and Creative DIY Projects Using an Electric Motor

Don't leave that spare electric motor sitting around. Here's what you could be doing with it.

Whether you want to put that motor you have in your garage to good use, or you are helping your child with their science project, here are ten creative, low-cost DIY projects you can make using a motor.

1. Automatic Cat Feeder

Tired of your cat nagging you for food at odd hours? This DIY automatic feeder will be a game-changer. It dispenses food on time and in the right amounts, so your cat is healthily fed whether or not you’re around. It’s surprisingly easy and affordable to make too.

It uses Arduino as the brain, a container as the food holder, and a servo motor that rotates to control the opening and closing of the container’s lid, so food is released. To set it up, program Arduino to dispense food at your desired hours and specific amounts and then design the feeder. You’re free to design it however you want as long as you position the servo motor at a rotatable angle.

Related: Great Arduino Projects for Beginners

2. Auto Tinder

This DIY project using a motor gets all the hard work from getting a date on tinder by swiping over for you. Print the auto tinder finger (any design you find suitable), wire the parts together, test, and assemble it all.

You’ll need Arduino (UNO), a stepper motor, touchscreen stylus, and a 3D printable finger. If you can’t access a 3D printing machine, graft a silicon finger, and attach it to the motor instead.

3. RC Car with Arduino

An RC car is even more fun to own when you’re the one who made it. You will first need to dismantle an actual RC car with a battery to get an idea of how everything works and where it goes.

Once you grasp this, move onto the next step and remove all the parts, leaving only the battery and motor intact. The battery remains intact to power the original DC motor and make your work easier.

Replace the car’s original electric module with an Arduino Uno and the receiver with an HC-06 module for better remote control. Lastly, hook up a 9V battery to the unit via the VIN to power the Arduino.

Related: What You Need to Build Your Own Autonomous Robot

4. Line Follower Robot

For this creative project, you’ll need a chassis with a motor and wheels for the body, Arduino Uno to control how the robot works, switch, proximity sensors, an L293D motor shield, jumper wires, and a battery holder.

Attach the L293D motor shield to Arduino, and hook it up to the chassis. Do the same for the other parts, too, run the Arduino code, and your line follower robot will accurately detect and follow predefined lines.

5. Self-Playing Melodica

This self-playing melodica listens to downloaded melody fragments and attempts to reproduce the sound in real-time. Like most creative DIY projects using a motor, an Arduino is the brain of the project. It controls the DC motor, the electro-valve and makes it possible for the self-playing melodica to receive and process control values.

You will need Arduino Nano R3, Resistor 1Kohm, dual motor drivers (L928), pushbutton switch, 12V 5A power supply, voltage regulator, a solenoid, and a 12V DC motor with encoder to make it.

6. Mini Firefighter Robot

A mini firefighter robot doesn’t just put your old motors to good use; it’s also capable of detecting, approaching, and even putting out a fire. It runs on an Arduino but detects fire through the sensor module to detect fire.

Once detected, the motors move towards the fire through the L293D module, and the robot puts it out by spraying water from a small, pump-equipped container. Right underneath the container is a servo motor to control where water is sprayed.

You’ll need Arduino Uno, three fire sensors, SG90 Servo motor, L293D motor driver module, 5V submersible pump, tiny breadboard, 2-motored robot chassis with two wheels, a small can, and connecting wires. These are easy-to-find items and are equally as affordable.

7. Pranked! Moving Tissue Box

Whether you want to get back at someone who pranked you or want to scare your friend, this moving tissue box will sure get them. All you need is an RC car (you can make yours as described earlier), a regularly-sized tissue paper box, and a pair of scissors. Prepare the box by taking out all tissues and cutting its bottom.

Slip the remote-control car into the box, and if possible, tape it for stability. Add about a third of the tissues you removed earlier, set it on the table, and move the box whenever someone touches it to scare them.

8. POV Clock

Replace your old wall clock by using a motor to make a cool POV clock for your space. It shows time on a consistently updated moving display. As with most creative DIY projects using a motor on our list, it’s easy to make, and you’ll also need an Arduino (Nano R3).

Other components you’ll need include PCB, generic LEDs, 220-ohm resistors, 9V battery, DC motor, and a switching regulator. To make it, first, assemble the LEDs on the PCB (you can use various LED colors for a better effect), and then solder on the resistors next.

The resistor helps protect the LEDs from high voltage. Next, connect your switching regulator to convert the current, and hook the 9V battery up to complete the setup. Finally, connect Arduino to your PC and run the code to get the clock working

9. Secret Door Opener

If you’re always misplacing your keys, this secret door opener is a perfect way to put your old motor to good use and get rid of keys entirely. You’ll need Arduino UNO, stepper motor and stepper driver, buzzer, capacitive sensor, 12V adapter, jumpers, and mounting tape.

With everything ready, use a multimeter to find a conductive surface for the system. Good places to test include the doorknob, keyhole, and peephole. Wire all parts together using jumper wires.

Find a spot near an electric outlet for the 12V adapter, mount your system, plug it in, and voila! Your secret door opener will be ready.

Check out this step by step guide on completing this project .

10. Facial Recognition Ferris Wheel

This project calls for some elbow grease, but the results are worth every second you spent making it. As the name implies, it’s a Ferris wheel with facial recognition capabilities . So you’ll need; a Lego Ferris Wheel Kit, Arduino, L293D driver module, high torque DC motor, breadboard, Raspberry Pi Zero, and a Raspberry Pi Camera Module.

First, set up the code to make the motor turn and build the L293D to drive it. Next, hook up the motor to the Ferris wheel to make it turn.

This last step is a bit technical, and you’ll have to dismantle the lower part of the wheel to create space for some of the components. When complete, the facial recognition Ferris wheel turns when you smile and stops when you aren’t.

Here is the step by step guide to completing this project .

Put Your Old Motors to Good Use

The ten creative DIY projects using a motor above are simple, inexpensive, and fun to make. Put your old motors to good use today by trying out the projects above.

13 Motorboat Plans

These motorboat plans are not for the novice woodworker. Building a motorboat or powerboat requires a good knowledge and a lot of experience in woodworking techniques. For those that are competent woodworkers, the successful completion of the construction of a powerboat or motorboat can be a great ego trip!

Always read the motorboat plans carefully and make sure that there is enough information provided for you to be able to complete the project - before you invest in materials. Some of the plans are excellent, giving a great deal of instruction in text, pictures and drawings while other plans are only drawings and still others are only sketches.

As well, some of the motorboat plans, require a woodworking shop that is outfitted with a good selection of stationary power tools such as a drill press, jointer and thickness planer.

These motorboat plans are for the expert woodworker.

Additional boat plans can be found under the specific type of boat:

Canoe plans

Dinghy plans, houseboat plans, hydroplane plans, kayak plans, paddle & oar plans, sailboat plans.

20' motorboat plans .

Eager Eve motorboat plans .

Sea Hawk motorboat plans .

Nancy Jane motorboat plans .

22 ft. cruiser motorboat plans .

Sea Babe motorboat plans .

11 ft. 2 in. motorboat plans .

Dolphin motorboat plans .

Sunfish motorboat plans .

Ha'Penny motorboat plans .

Sportsman motorboat plans .

11 ft. 8 in. motorboat plans .

These dory boat plans are provided in exceptional detail, including step-by-step digital pictures and instructions for every detail.

This is the perfect boat project for even a novice woodworker., impress your friends and family by building this exquisite dory boat.

15 ft. 6 in. motorboat plans .

Sponge Motorboat

Introduction: Sponge Motorboat

Add some BLUB BLUB BLUB to the tub. Whether you're looking for an absorbing classroom project, or just a way to transport my little ponies around the bath, the SS Spongey is a great answer to both. I love this basic electronics project, because it also looks at propulsion and buoyancy, all while splashing around.

Let's make a boat!

• What: Sponge Motorboat
• Where: anywhere on about 71% of the Earth's surface
• Concepts: electronics, propulsion, buoyancy
• Time: ~ 30 minutes or more
• Cost: ~ $1.25 per boat
• DC Motor (1.5-3V)
• Battery (AA or AAA)
• Corks (or other floatation devices)
• Rubber band
• Electronic wire (with alligator clips work great)
• Firm plastic (bottles works great)
• Hot glue gun and glue
• Wire stripper (preferred, but optional)
• Tub with water

Step 1: Build a Propellor

Jump right in with the part that's going to give it UMPH.

Cut off a slice of cork, and push it on your motor spindle. Check to see that it can spin freely.

Next, cut off some firm plastic, and twist the ends to make a propellor. This part takes some experimentation, so it's fun to keep some extra plastic so you can make different propellor blades. Attach it on with a thumb tack pushed through the middle of the plastic and on to the cork.

Step 2: Power Up

Snip your wire into two short pieces. If you have wire with alligator clips on either end, great! You can either use both clips, or if plan on making multiple, you can use just one clip per boat like I did here.

Strip the wire ends, and rubber band one end of each wire to either end of a battery. If you're having connection issues later, you can add a wad of aluminum foil to an end, or use copper tape for the connection instead or as well.

Step 3: Start Your Engines

Test your VROOM by clipping to one tab or your motor, and holding the wire to the other one. Is the propellor going the right way? Feel with your hand to see if it's pushing air. It will push water in the same direction, too. If you want to reverse the direction, simply switch which tab you attach the clip and the exposed wire, too.

When you have it how you like it, take the alligator clip off, and wrap the exposed wire around its motor tab. For extra security, you can add a drop of hot glue to keep it in place.

Now your alligator clip will act like your switch!

Step 4: Attach to Ship Deck

Make sure everything is seaworthy by securing it with hot glue. Glue your motor off the stern of the ship, and make sure it is secure. Add a little hot glue and press your battery somewhere near the bow to balance weight, making sure the wires can all reach the motor.

Step 5: Add Flotation Devices

Sponges may float, but you're carrying some hefty cargo. Hot glue some corks or other floaty elements (popsicle sticks, styrofoam) to keep everything high and dry-ish. You're ready to get chug chugging along!

Step 6: Take It for a Spin!

Whether you've got an ocean, lake, puddle, tub, tupperware, or massive amount of drool collected, it's time to test it out on the water. Place your motorboat in the water, attach the alligator clip, and watch it go!

You can play with the propellor design to make it take different paths. You can change the weight, flotation, orientation, and placement, to get all sorts of funny boat paths. See what you can make!

Have fun, splash around, and as always, keep exploring.

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Teachers get full project guide , including California Physics Standards , materials list , how to setup and officiate the tournament , and get downloadable handouts.

Students check out the photo gallery , read the rules , and follow the step-by-step guide to design and build your mini electric motor boat for drag racing.

Copyright 1997-2012. All rights reserved.  Send feedback and questions to:  [email protected] .

Speed control of DC motor with arduino

What is your motor power source? A 9V smoke alarm battery will not run a motor. You need a battery or power source that will provide the motor rated voltage and motor stall current. Stall current should be listed on the motor data sheet or data plate.

The motor drivers must also be able to handle stall current as well.

I am using an AC/DC adapter which outputs 24V.

This library for your motor driver has examples, including PWM (speed).

BTS7960 Datasheet https://www.mouser.com/datasheet/2/196/Infineon-BTN7960-DS-v01_01-en-785559.pdf

The link for the "motor" goes to a 24v brushless water pump with an "RCA" (tip and ring) power connection. Probably no PWM.

What's the motor voltage rating?

The webpage says 24V 2A.

Thank you for the library. This is quite similar to the one that i have. This brushless pump's speed can't be varied?

It's 24V 2A.

I do not know. Can it? I see an RCA form power plug, that is all. What do you see? Maybe PWM will work at lowering the "on" time... or not.

I will look into that and get back to you, but as i mentioned above the motor doesn't even start when i connect it following the diagram. When I reverse the b connection to motor and m to power source, only then the motor starts working.

Post a datasheet for the motor. Learn to not trust "Instructables" or any youtube video with obnoxious audio.

BRUSHLESS, PWM control will not necessarily speed control it, it is not designed for variable speed.

@bin1234 what is the application, do you need a variable speed pump?

Yes , it will run if you connect it backwards but it is wrong. DO NOT connect it the wrong way, you may damage the motor driver!

The error is in your code.

I also tried this but datasheet for this motor was not available. There is not any manufacturing information, no guide or details on the delivery package also.

I am trying to increase/decrease the speed of the pump based on the pressure reading from a pressure sensor in a pipe. Can you provide me some alternatives? I want a pump that can be speed controlled with a hydraulic head of 5m or more.

Connections are all as per the above diagram. only difference is I changed the L_EN, R_EN, L_PWM, R_PWM connection according to the code, and the code is:

Does TurnLeft apply the correct voltage polarity to the motor. If not you may have damaged the motor. Can you check with a voltmeter/DMM without the motor connected? Don't connect/disconnect the motor while power is connected to the driver. Disconnect or turn off the power.

the motor outlet (m+, m-) doesn't show any voltmeter readings.

Disconnect the motor. Connect your voltmeter Positive lead(+) to M+ and the Negative lead to M-

Run this code Does the voltmeter show positive +24V or negative -24V?

it still shows no reading.

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We’re building an exciting new boat…

Coming soon, there will be a whole new website devoted to the history of the Thornycroft Coastal Motor Boats, and in particular, details and news of the building of a replica 40-footer in Boathouse 4 in the Historic Dockyard, in Portsmouth, England.

If you would like to learn more about the new Coastal Motor Boat, then you can get in touch by calling +44 (0) 2392 893328 or via email to [email protected] .

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Moscow major projects

Since launching modern Russia’s largest construction program in 2011, Moscow has more than doubled its territory. To catalyze the full potential of this rapidly-growing metropolitan area of 19.5 million people, the City of Moscow’s government pays significant attention to infrastructure as one of the key pillars of urban development—with a current focus on projects that create livable and comfortable urban spaces for both citizens and tourists.

Following its first five years of projects, Moscow was given special recognition for “demonstrating outstanding strategic commitment and ambition” by the International Association of Public Transport (UITP). That period saw 50 million square meters of real estate developed, 370 social infrastructure objects built, and the metro expanded by 30 percent—including 101 kilometers of metro lines and 55 new stations. Innovative finance solutions, necessitated by the city government’s debt-free approach to development, enabled all this whilst maintaining a budget surplus and remaining a net donor region within Russia.

On 30-31 May 2018, the City of Moscow and Mosinzhproekt—a large Russian engineering, construction and project management company—hosted an Innovation Site Visit to showcase Moscow’s major projects to the Global Infrastructure Initiative (GII) community. Through roundtable discussions and site visits with project executives, participants explored where innovation and technology have enabled the step-changes that have allowed Moscow to deliver major projects on a short timeline—and how to apply these lessons to other cities and major projects.

The following insights emerged during GII’s Innovation Site Visit in Moscow:

• Establish a structure for citizen involvement. Major urban infrastructure projects are an extremely visible expenditure of taxpayer funds while also often being large disruptors of daily life. A foundation of citizen support is essential for success and requires a thoughtful engagement program. In Moscow, citizens are encouraged to participate in the planning process by steering major initiatives through the “Active Citizen” application—a portal for online referendums on topics appropriate for democratic decision-making. To date, almost 2 million citizens have cast more than 90 million votes on over 3,000 issues through the platform. The purpose of this structure is to increase the opportunity for citizen engagement and involvement with their city’s major investments.
• Manage the disruption ‘cost’. Major urban projects cannot be delivered without disrupting daily life. While citizens can be enrolled to accept the disruption as a necessary investment for a better outcome, equal attention needs to be given to managing the disruption ‘cost’ as to managing real expenditures. For example, MyStreets, a project to upgrade and enhance Moscow’s urban environment through reconstruction of streets and building façades, was disruptive to many citizens and commuters. However, through staging and swift execution, the disruption was minimized and the intended lifestyle improvements were quickly delivered to Muscovites and tourists who traverse newly styled pedestrian streets every day.
• Invest in technology to optimize sequencing. Moscow’s cohesive vision for urban transformation has allowed early investments in technology to assist future delivery. One of the first projects completed was the centrally-controlled traffic management system which can monitor traffic conditions and urban movement through more than 2,000 traffic cameras and 160,000 CCTV cameras installed across the city. Data collected on current conditions, and knowledge of planned activities, allows real-time rerouting of traffic through the city’s dynamic signage. It also allowed identification and analysis of permanent traffic flow changes that could further ease disruptions like those created by the major construction projects.

Moscow traffic speed increased over 13% in 201.

• Maximize utility of brownfield sites. A key reason the Moscow Central Circle (MCC), a new light-rail system integrated into the Moscow Metro, was completed in a record four-year period was the repurposing of existing brownfield networks which allowed the installation of modern technology on existing rail transport routes. The MCC’s 31 new stations will revitalize formerly abandoned industrial areas when its next stage of development builds an expected 300,000+ square meters of hotels, 250,000+ square meters of retail, and 200,000+ square meters of offices. This will give districts with historically poor infrastructure access a chance to develop at the same pace as the rest of the city.
• Leverage PPPs to enhance basic services. To manage public cost and investment while delivering world-class infrastructure, municipalities need access to additional financing tools. Based on a structure that took an act of federal legislation, the MCC is an example of enhancing publicly developed foundations with private services. The tracks and land are owned by the Moscow Metro, with the rolling stock subcontracted to Russian Railways under a life cycle contract with a guaranteed buyback. The innovation is that Moscow Metro is licensing the development rights of its individual stations to private investors. Though all stations will exist under the same covenants, individual investors will assume their station’s construction cost and operational risk and rewards.
• Create citizen-centric spaces. In addition to serving as open spaces, today’s city residents expect their parks to provide for entertainment and consumer services too. Many modern parks offer architectural features, charismatic vistas, and social, educational, and artistic spaces for all ages. When Zaryadye Park, an area of prime real estate next to the Kremlin was converted to parkland, an international contest resulted in 10 hectares being densely designed for this multi-function purpose. The outcome was two concert venues, restaurants, a parking garage, an entertainment complex, and a biological education center, all neatly camouflaged into a natural landscape that represents Russia’s ecological diversity.
• Innovate where needed but not excessively. Moscow’s planners and builders did not shy away from technological innovation. The MCC used weldless joint rails to create a smoother and quieter system that is easier on riders and less disruptive to residents living near the railway tracks. The retrofit designs for Luzhniki Stadium were fully modeled in building information management (BIM)—a step which identified more than 100,000 conflict points before they could escalate into project delays. However, the project teams were also careful not to force innovation where it could create unnecessary risk and complications. Instead, they delivered the massive project portfolio by tactically melding innovations with highly-proficient execution of well-known and proven methods.

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