The Model Shipwright
How to build first-class ship models from kits or from scratch using actual ship plans, free downloadable high-resolution ship plans, starting point for scratch-built ship model building.
All the the plans offered on The Model Shipwright and The Model Shipwright blog are available on this site in high-resolution files. The images on the blog posting are linked directly to the page here with the downloadable files, or you can search from this page by ship type, ship name, or the historical period in which it was built. We put a lot of work in tracking down these plans, and in some cases digitized them ourselves and put in time cleaning up and repairing the images to make them more useful. Feel free to use them for your modeling projects, but please don’t just take them to repost on your site. We have digitally watermarked them to identify them as coming from this site.
Motor Vessels Ships for which the primary motive of propulsion is an engine
Sailing Vessels
Vessels for which the primary motive of propulsion is sails
Oar-powered Vessels
Vessels for which the primary motive of propulsion is rowing
Coast Guard Vessels
We offer plans of U.S. Coast Guard vessels ranging from early sailing cutters of the revenue service to modern motor vessels such as the buoy tender White Sumac.
Ships whose primary purpose is warfare are cross referenced on this page, whether motor, sail, or oar-powered vessels
Cargo Ships
Ships whose primary purpose is cargo transport are cross referenced on this page, whether motor, sail, or oar-powered vessels
Utility Vessels
Ships whose primary purpose is to serve the maritime industry, such as pilot vessels, tugboats, or lighters are cross referenced on this page, whether motor, sail, or oar-powered vessels
15 comments
How detailed are your plans? Can you email me one page showing it?
You can download the plans directly from the website. Go to the page of plans you want, and left-click on the plan image to open the image file. Then right-click on the image and choose “save image as” to download it to your computer. The plans can be opened with any image-editing or preview software. Save it to a removable drive and you can take the drive to a local copy shop to be printed on their large-format printer.
Do you accept donated paper plans? I may thin out my collection.
Send us a message on our contact page, we’re always looking for submissions!
WAGB -10 or WAGB-11 Looking for plans. Can anyone help? Thx
I have a set of some 200+ plans for WAGB-10, what are you looking for?
Ton I am looking for pg 1 and pg 2 of the plans for the baltimore 2 1:64 scale
I am looking for drawings of below main deck layouts of 1700-1800 “Man of War” ships. Do you have any?
Check out our page on the French Man of War Montebello It has several views of the below decks.
does anyone know where I could get plans for a VLCC oil tanker /?
I have some GA plans for some tankers, what are you looking for?
I am looking for the typical or average hull ratios: beam/lenght, beam/keel, beam/depth, beam/draught, tonnage, displacement, and burthen of the various types of Ships during the age of sail. Any recomendations?
One of the best experts on the subject was Howard Chapelle. He probably answers the question in one of his many books on sailing ships. https://en.m.wikipedia.org/wiki/Howard_I._Chapelle
[…] Ship Plans […]
Anyone know of a source for plans for the Steamer Eastland, that capsized in the Chicago River in 1915?
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BoatNews.com
Step by step for the construction of the MiniX, everything to build a radio-controlled sailboat
The MiniX is a radio-controlled sailboat for which we provide you with the plans free of charge. Built in extruded and laminated polystyrene, it offers a very pleasant marine behaviour. Here is a step-by-step for its realization.
After presenting you the concept of our MiniX ( you will find here a link to download the plans free of charge ), now let's get down to business and construction. Let's open a shipyard here!
We offer you the fruit of our reflections and a quick follow-up of the realization of our MiniX. These are our ideas and solutions, but there are undoubtedly others. Don't think that everything was solved at first glance! Here are a few hull tests before arriving at the final solution. Behind these skeletons, there are a few hours of bubbling brains.
Here, a small example of cogitation to imagine the functioning of the two servo arms. Will there be enough room to house all the mechanisms?
Cutting of the structure
- Print the plans in A4 format from the PDF file.
- Tape together the sheets to be connected (you have markings on the overlapping planes).
- Glue the sheets with a repositionable spray glue (type 3M) on the 6 mm Depron.
- Cut with the cutter on the lines.
- Print (in duplicate), glue and cut out the two combs that are used to guide the squaring of the couples during gluing.
Gluing of couples
For gluing, we use epoxy resin lightly filled with silica to thicken it.
- Stick the couples on the central ridge.
- Make sure that the assembly is square by placing the skeleton above the plane. Make sure that each pair is square and that the central edge is not warped.
Gluing of top edges
- Make a blank mount to visualize the pressures to be applied.
- The most delicate part is at the back where the Depron is on the verge of breaking. Take it easy. To limit the risk, you can heat the Depron with a hair dryer.
- A piece of string keeps the pressure on the back.
- Beware, under pressure the structure tends to rise. Watch its position carefully.
- Prevent the elastic bands from marking the planking too much by inserting protective wedges (from Depron Falls).
Gluing of the bottom planking
- Like the previous ones, the lower borders are also made of a 8 cm piece of Depron.
- To avoid marking the first planking too much with the rubber bands, it is protected by a Depron fall.
- The joint between the two planks must be ideally placed in the centre of the boat . To ensure a perfect connection between the two, you can angle the joint slightly using a sanding block and fine sandpaper.
Exterior stratification
- The shell is covered with a layer of 86 g/m² glass cloth and a surface layer of 48 g/m² glass cloth. The second layer is placed at 45° to the first to distribute the stress on the fibres.
- Ideally, the same weight of fabric and resin should be used (here 40 g). In reality, we consumed 10 g more resin for "touch-ups".
- An 86 g/m² fabric is placed on the bow and another identical one on the transom.
- To facilitate the installation of the fabrics, the shell is installed on the combs already in use.
- Beware of the bubbles that can form as well as all the dirt that inexorably forms a visible bump in the finish.
- Excess fabric is cut off with scissors once the resin is dry.
Interior Stratification
- It is necessary to hollow out the useless parts: the central bulkhead in the 2 compartments which will receive the electronics as well as the rear part to be able to install the cockpit.
- With fabric, we reinforce the centre of the boat which will support all the efforts: mast, shrouds and keel .
We use glass cloth:
- 86 g/m² for the bottom that rises to the edges.
- 86 g/m² that revolves around all vertical partitions.
- 48 g/m² to double the first lamination.
Construction of the mast
The metal anchor points are fixed to the mast with a binding made with sailing wire and then covered with resin. We used 1 mm piano wire, twisted as we wished, to make the anchoring points. The mast is a 6 mm carbon tube bought in the kite department of a sport shop.
We'll have to fix:
- The gooseneck which also serves as an anchor point for the vang.
- The jib furling system to which the two shrouds and the forestay return.
- The masthead for the main halyard . We have also planned for a possible backstay so as not to be restricted for future modifications (but after a few sailings, it seems that we will never use them...).
Chainplates and mast step
You will notice that we have positioned four shroud locks, where two would have been sufficient. The furthest ones are used to tension the forestay, but we were afraid that the shrouds would interfere with the opening of the mainsail downwind, so we placed two more further forward. In use, the backward position doesn't interfere, we always use the rear chainplates. Note that the mast's 6 mm carbon tube, which is 10 cm long and is embedded in the hull, is enough to make the mast without shrouds. But in this case the forestay is too slack, hence the presence of shrouds (not to mention the unsightliness of a mast without shrouds...).
- The mast step is a tube that we made ourselves by laminating over the mast tube. In order to be able to remove it from the mould, we covered it with cling film . There are also 8 mm carbon tubes with 6 mm inside.
- The chainpads are made by twisting 1 mm piano wire.
- Their gluing is simple if you are careful. Avoid large patties that will be impossible to sand afterwards.
- You're going to need a good eye to get the mast upright..
- The jib boom must not rise towards the sky when it is shocked, otherwise its sail will open at the top and lose all its power downwind. Unlike a mainsail , it is not possible to install a vang. We have therefore solved this problem by installing a vertical rotation axis that blocks the boom upwards.
- The rotation axis (fixed in the hull) is cut in a 4 mm carbon tube (like the boom) while the pivot will be the same 6 mm carbon tube.
- The two parts are assembled with filled resin and reinforced with a 3mm plywood triangle (or whatever you have).
- The axis of rotation will be glued into the bow, itself well reinforced to support the effort.
- It is simpler to be in pairs when drilling to ensure proper alignment (in both planes) so that the axis is vertical.
Keel well and servo support
The keel well is made of plywood . The keel penetrates inside and is held in place with a bolt locking system. The keel well must be well adjusted to avoid play in the keel . The conical shape at the back makes it possible to lock the keel well.
All the mechanics (servos) are distributed on each side of the keel . We have fixed a horizontal support made with a Depron sandwich.
Bridge bonding and coating
The deck is glued to the top of the couples and covered with a glass cloth that goes down slightly on the planks. With a fine coating, a perfect finish is obtained.
The design of the deckhouse was the result of several modelings. But after a few tries, we made a polystyrene mould. The deckhouse is held on the deck only by angles all around the opening, which also provides a semblance of watertightness.
The angles are made of composite (resin + fabric) on a square wood covered with kitchen paper. We used about ten 48g fabrics to make a 0.5 mm thick piece.
It's not our forte, but we've still given our MiniX a little sailboat look.
Ballast moulding
The ballast is made of lead, to realize it, we made a wax mother piece (a candle that we brought to the desired shape. Then plaster casting in 2 half-moulds before casting lead definitively. In each ballast, we have "celé" screws which come to stick in the keel veil.
The keel is made of plywood . The bulb is glued at the bottom.
We groped our way through before finding the right compromise for the ballast position. Three versions of the keel: the last one (bottom) is starting to meet the specifications, and in profile, we can see that the ballast is set back from the keel axis. We came to this conclusion after testing other keels. The junction with the hull works. Well wedged in the keel well, the keel doesn't move a hair.
The rudder blade (see drawing for shape) is cut from 4 mm plywood .
It is then refined at the back and rounded at the front.
Purists will say that the two sides should not be symmetrical so that the water streams do not come off. Moreover, the trailing edge must not be pointed , but on the contrary at right angles, always for water threads. But it is difficult to do this on such a small scale.
In the end, we applied a few coats of varnish to the rudder to ensure a semblance of a watertight barrier.
The sails are built with widths glued with Blenderm (surgical tape that you can buy in pharmacies). The sail "fabric" is simply film that the florist uses to wrap his bouquets. It's incredibly strong and won't warp.
- For the sails to transmit all their power, you must look for rigid ropes (not elastic). We went to a kite shop to find 0.5 mm bitch.
- Customised" fishing clamps ensure the connection with the chainplates and allow the mast to be removed.
- Without the possibility of reducing the mainsail (we have no reefing), the only solution left is to flatten the sail as much as possible to limit its power. So we have a trim and adjustable halyard tension. The vang also allows us to open the sail downwind.
- Pieces of transparent tube (from an aquarium), are forced onto the carbon booms. They are the ones that block the manoeuvres and allow the tension adjustments.
- Tensioners are plastic parts with three holes.
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| | :: :: FP1 FREE PLANS for IOM - See details for weblinks to free plans Write Review page for details on building the mould and the hull of the NOUX 2 in the photo above. Note unless you are planning to build multiple hulls, or require a moulded fibreglass hull there is no need to build a mould, you can just make a planked hull from the drawings. Remember to allow for planking thickness when cutting frames out. and scroll down
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Frank Russell Design
R/c and model yacht design, plans, boats, sails..
I have been a designer of model and radio yachts since 1968. Boats been built from my plans now number in the hundreds both from both home and production builders. Many of my designs have won State and National Championships in Australia and overseas. New designs are added periodically and occasionally I do receive requests for specific designs. I also from time to time produce free plans.
Most of my older plans Pre 2000 will eventually be available as PDF files of the original large format drawing. The plans are located here:
A more complete list of my designs is here:
Plans are normally drawn on A4 and A3 format. Sections and appendages are normally drawn full size, 1:1. Some fin and bulb drawings are drawn to be printed in two halves and joined after printing. Arrangement drawings are 1:5 and sometimes 1:4.
Make sure when printing that the “Scaling” or “Fit to Page” option is turned off in your printer setup when you print. I also have the “Print Preview” turned on as well so I can check if the page size is correct. All drawings are in either A4 or A3 size paper.
Each drawing has a 100mm scale which will allow you to see if the drawings are the correct size.
The PDF drawings are usually emailed within a few hours of receiving your order from Paypal by email. DXF and DWG formats are available for most plans. Just ask and they also will be emailed.
Printed Paper Plans are available and are printed from the same plan as the PDF. Please ask before ordering. There is usually an additional postage charge for Printed Paper Plans.
LATEST PLANS:
The Erebus -10r shape is based on the Ellipsis IOM. The design has the same LCB and waterline as the P6.1, so Phoenix 6 sail plans can be transferred over to the new hull. The hull is more rounded and has more reserve buoyancy above the waterline which will give the hull more lift over waves. The bow profile also has been lifted slightly for the same reason. Hull balance should be excellent. The deck is flat for simplicity and the plans show the same inbuilt mast ram setup I have been using successfully on both my A Class and 6 Metre designs. Any P6 sail plans used may need to be slightly altered. The Erebus sail plans are similar to the P6.1 but have been modified to suit the new deck design.
LOA 1650mm LWL 1200mm BOA 175mm 4.0kg ballast displacement 5.8kg Draught 630mm
After payment is made. I will email you the pdf file. Plan has A3, A4 sheets and a larger sheet with sections designed for laser cutting.
A printed paper plan can be supplied, postage extra.
Ellipsis M Version 2a Marblehead 2018-2024: This design is based on the successful Ellipsis IOM concept, as is the second of two sailing prototypes for the Equation M design. Of the 3 designs produced, this is favourite and was the only hull created by cutting the Ellipsis IOM in half and adding 128mm to the middle section and then re-fairing. The hull was then rescaled to the needed size and shape.
After payment is made. I will email you the pdf file.
If you require another format: DXF, or DWG, 2D or printed paper plan, postage extra.
Equation Marblehead 2019: This design is based on the successful Ellipsis IOM concept, that of correct volume distribution rather than fashionable features with the emphasis on simplicity This design is the result of two Sailing Marblehead prototypes, The Ellipsis 1c and Ellipsis 2a.
If you require another format: DXF, or DWG, 2D or printed paper plan, postage extra.
Paperclip Mk3 IOM 2024 The hard chine version of the Ellipsis and Equinox IOM’s. It is intended to be built “Tape and Glue” from 1mm plywood sheets. The PDF and DXF drawings for theses hull and deck panels are included as are the sections if you would like to build the hull over frames. The prototype built by Tony Goldsworthy seems to perform well.
The PDF Plan is on 7 A4 and 2 A3 sheets, The laser cut sheets are on 2 large sheets PDF and DXF. The Plan is also available on DXF, or DWG
LOA: 938mm LWL: 915mm BOA: 190mm Disp: 5.1kg
PDF Plan emailed or Printed and posted on 6 A4 and A3 sheets
If you require another format: DXF, or DWG, 2D or 3D or printed paper plan, postage extra.
Ellipsis 36 2023 is a 36 inch restricted class designs based on the Ellipsis IOM design. The 36r design was a request from a UK skipper for a lighter version of the 2017 design for both Radio and vane sailing. This design shuld be more suitable for lighter wind smooth water venues than the 2017.
LOA: 938mm LWL: 915mm BOA: 189mm Disp: 4.4kg
Goth 36 2017 is an 36 inch restricted class design based on the Goth IOM design. The original request came from John Fisher in 2013 who wanted a very light 36r for vane sailing. This design is the third design in the series, which has progressively become heavier and more successful.
New Equinox IOM Plan : The Equinox is a variant of the Ellipsis… IOM. The basic design was produced initially as a 3D printed project that never eventuated for various reasons. Two prototypes were built including a 3D printed boat which was built by John Taylor in the UK. The design incorporates several features of some of the newer IOM shapes including a fuller higher bow profile and wider stern. The design is well balanced and well behaved like the Ellipsis and should be as easy to plank from wood.
Hulls an components for this design are now available. See IOM COMPONENTS Page.
Please ask If you require another format: DXF, or DWG, 2D or 3D or printed paper plan, Postage extra.
Phoenix 4 2020 10r Every new design presents a designer with options to consider and directions to go. After a ten year gap from the P3, all 10r’s had adopted the deep keel, light weight approach and although it did seem to work I after the P5 I though that the Phoenix 4 design although fast went in the wrong direction. I always have thought about what I should have done. So this is P4- 2020, with 2020 hindsight is the result.
LOA 1550mm LWL 1250mm BOA 200mm BWL 180mm, 4.2kg ballast on 600mm Draught and P1 to P3, Marblehead style sail plans on a flat deck.
She even drawn in the same software as the original.
After payment is made. I will email you the pdf file. Plan has A3, A4 sheets and a larger sheet with sections deasigned for laser cutting.
Goth 36 is an 36 inch restricted class design based on the Goth IOM design. The original request came from John Fisher in 2013 who wanted a very light 36r for vane sailing. this design is the second in the series, heavier and more successful. There is also a later 2017 version which will be published soon.
LOA: 938mm LWL: 899mm BOA: 190mm Disp: 4.4kg
If you require another format: DXF, or DWG, 2D or 3D or printed paper plan, just ask.
UFO Mk2 – A development of the successful UFO with a heavier displacement and larger sail plan. Improved aft sections with the chine removed.
LOA: 1838mmLWL: 1250mm Disp: 15kg SA: 0.978763 m2
PDF Plan emailed or Printed and posted on 12 A3 sheets
Phoenix 8 – 10r: The Phoenix MK 8 is a larger more powerful boat than the last three Phoenix Mks. The P8 is a return to the simple design, No chines, no raised fore deck and Marblehead rig profiles as used from P1 to P3. This allows simpler light weight construction and fully open soft decks and shared rigs if you have a Marblehead.
LOA: 1650 mm LWL: 1240mm, BOA: 170mm, Draught: 630 – 680mm, Disp 5.7kg, SA: 1.00 m2
The Free updated IOM mast and boom schematic along with FRD IOM Setup Guide
FRD IOM Setup Guide Mast and Booms combined Feb 2020
Epsilon RG65 – 65 2019: This design is based on the successful Ellipsis IOM concept, that of correct volume distribution rather than fashionable features with the emphasis on simplicity and efficiency.
Plans are PDF format or printed paper plan only. 3D hull and 2D bow and stern sections in DXF or DWG format are available on request.
Cerberus – 6m Something more of a challenge from a designers and builder’s point of view. A class I have always admired. This is Cerberus, my first published Six Metre design. This is the result of several requests for a design in the class and also a desire on my part build a six Metre for fun sailing locally. There are a couple of boats that will be built in the UK to join the fleet there. This design is intended to excel in moderate winds and will outperform anything of similar size drought and displacement in Australian conditions. Plans are $30 pdf plans from my PLANS page with other formats available. This design may also be available for 3D printing at a later date.
LOA: 1515mm, LWL :1020mm, Displacement: 11.75kg, SA:0.682019m2
- Vanquish 65
- Mini Maniac
- RG65 Appendages
- Maniac MK II
- IOM Appendages
- Marblehead Class
- Marblehead Appendages
- RT65 Ragnarok
- RT65R Armageddon
- RC65 Adrenaline
- ST65 Sowelu
- Mini40 / F48 Class
- Nightmare X
- Nightmare MK VIII
- MultiOne Class
- FireDragon 1000
- DIY Sail Winch
- Rig Building
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RC Wing Sail Catamaran
Introduction: RC Wing Sail Catamaran
This is a Wing Sail Catamaran project that I started over 6 years ago after seeing the new AC 45s introduced to the America's Cup races. The model uses PVC sheet, Carbon Fiber tubing and 377 Dupont Mylar to "skin" the wings. The "Cookie Cutter" construction technique allows me to make quick inexspensive changes to the design without having to scrap a model and start over, everything is tweekable. Two Catamaran models are shown here, but I have created a total of four boats during design development, one of which only sailed once,and poorly. But that one sailing taught me alot, and I started another boat the next day. It's not all about finishing one boat, it's about developing a Platform that can evolve as you learn.
Attachments
Fourth Prize in the Instructables Design Competition
Recommendations
Woodworking Contest
Outdoor Life Contest
Art and Sculpture Contest
Footy Plans
Below are several sets of free Footy plans. Our latest addition is the BUG3, a highly successful design from Roger Stollery in the UK. There's also a new version of "Razor" from Bill Hagerup. He claims the "Razor3" is much better than the original "Razor", but I'm leaving the old plans on the website too. Then there's Angus Richardson's "Moonshadow", followed by Mario Stiller's "Papaya III", Bill Hagerup's "Cobra" and Brett McCormack's "Bob About". Some of these designs are relatively simple to build, others are rather complex! (For an even simpler boat, check out visit Wayne Russell's Bottle Yacht web pages (built with a plastic soda bottle!). See also the Articles page for more inspiration. The WoodenBoat store is also carrying Footy plans for two boats now, search for Brando and Presto .
For those interested in building Ranger, the best source is my article in ModelYachting magazine (Spring 2011, No. 163). The six-page article includes a lot of build pics and very nice drawings done by Jim Linville from my rough originals. The magazine has been distributed to AMYA members, and is available for others from the Ship's Store at theamya.org. Given the difficulty of international mailing, etc., I am posting my originals as requested for those who can't get the magazine. They aren't as pretty, but they are what I build from. Designed displacement is 300 grams. I hope you enjoy the boat.
Razor3 is a better-handling boat than the original (which is now rather old) and the plans are more complete. I also think the narrower beam makes it easier to build. Razor3 is the boat I sailed to second place in last month's Euro GP in the UK.
"Since Razor is a few years old, I thought it was time to post a design that reflects my current thinking. This is a set of plans and a couple pics for my Cobra (the prototype for my entry in the Liverpool Challenge in July, 2008.) It's a bit more complex than Razor, but a better performer, too. The plans are to be printed on 8-1/2 by 14 inch paper. The boat is 300 mm long when built to the plan. The other 5 mm is left for you to make a bow piece to round off the nose as in the pics. I'm posting the same plan I used to build my boat, which means the interior layout, electronics, and rig are left to your preference. Interior bulkheads are not required. Please don't email me for more detailed info...there isn't any! You can refer to the many pics on this site for reference on how others have fitted out their boats. Scott Spacie has done extensive testing of this design, and he assures me that it floats. I hope you'll have fun with it."
I call it Razor. It's intended to be easy to build, so it's a chine design, but I don't think its performance will suffer. I expect it to be a stable boat that is stiff enough to carry more sail than my Halfpint. I built the hull you see in 3 hours. I spray glued the plans to some 1/32 balsa sheet and cut out the panels with a scissors. Then I taped the hull together and superglued the seams. It got a bit tricky at the bow when I glued my fingers to the hull.....but all worked out in the end.
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A Voyage through RC Boat History
Since the earliest days of humankind, water vessels have captivated our imaginations. But in the last century, the thrill of sailing transitioned from vast open oceans to the comforts of our backyards with the evolution of Radio-Controlled (RC) boats . This shift marks an intriguing juncture in our maritime journey. Let’s embark on a voyage through the rich history of RC boats.
- The Dawn of Radio Control: Before RC boats could set sail, radio control technology needed to be invented and refined. The early 20th century saw the emergence of basic remote-controlled devices. As technology advanced post World War II, the application of radio control in hobbyist models began to gain traction.
- The 1950s – Birth of a Hobby: By the 1950s, the basic principles of radio control were established, allowing enthusiasts to construct their transmitters, receivers, and servos. During this era, the first hobby-grade RC boats started to appear. These early models, often handcrafted from wood or metal, were powered by rudimentary electric or gas engines.
- The 1970s – Commercial Rise: With technological advancements and increasing interest, the 1970s marked a boom in the commercial availability of RC boats. Companies started producing ready-to-run models, kits, and accessories, making it easier for hobbyists to dive into RC boating.
- The 1980s and 90s The Golden Age: With the miniaturization of electronics and improvements in battery technology, the late 20th century was truly the golden age of RC boating. Boats became faster, more durable and even began to mimic real-life counterparts with astonishing accuracy. Racing competitions became popular, further fuelling the growth and innovation in the industry.
- 21st Century – Technological Renaissance: The turn of the century saw increased RC boat diversity. There was an RC model for every maritime enthusiast, from jet boats to sailboats, submarines to hovercrafts. Digital technology allowed for more precise controls, brushless motors offered greater power, and lithium batteries extended run times. Moreover, the advent of 3D printing has given hobbyists the freedom to craft custom parts, further pushing the boundaries of design and functionality.
- Today – A Community Afloat: RC boating is more than just a hobby—it’s a thriving community. Online forums, social media groups, and real-world meet-ups provide enthusiasts platforms to share designs and trade tips and celebrate the joy of sailing on a miniature scale.
In conclusion, the journey of RC boats mirrors the journey of human innovation. From humble beginnings to today’s sophisticated models, RC boats are a testament to our enduring fascination with water and our relentless pursuit of technological progress. As we look to the future, one can only imagine where the tides of innovation will take this beloved hobby next.
Crafting Your RC Boat: Beyond the Purchase
There’s an unmistakable charm in holding a sleek, miniature boat, knowing that you’ve created it. While the market is brimming with ready-to-sail RC boats , crafting your own has a deeper allure. Building an RC boat isn’t just about assembling parts; it’s about imprinting yourself in the creation. Let’s craft an RC boat, moving beyond just purchasing one off the shelf.
- The Thrill of Personal Touch: When you craft your RC boat, every curve, every paint stroke, and every tiny detail becomes an extension of your personality. It’s not merely an object; it’s a testament to your vision, patience, and craftsmanship. Manufacturers’ designs or color schemes do not limit you. Your boat, your rules.
- The Learning Curve: Beyond the allure of customization lies the rewarding challenge of the build. Understanding buoyancy dynamics, propulsion systems’ intricacies, or weight distribution nuances offers a hands-on educational experience. Every challenge faced and overcome adds to your repertoire of skills and knowledge.
- Economics of DIY: While investing in tools and materials might seem costly upfront compared to a ready-to-run model, DIY can be more economical in the long run. With the know-how, repairs, upgrades, or even fleet building becomes significantly cheaper.
- Unraveling Creativity: Crafting your boat gives you the canvas to experiment. Want a hybrid of a speedboat and a yacht? Or perhaps a unique paint job that’s never been seen before? When you’re the builder, the only limit is your imagination.
- Sustainability and Upcycling: DIY allows for sustainable choices. Old materials can find new life in your creations. That discarded piece of wood? It could be your boat’s deck. An old plastic container? It’s your boat’s hull waiting to be shaped.
- Emotional Bonding: The bond you share with something you’ve created from scratch is unparalleled. Every trial and error, every success and setback in the building process, weaves a unique story. The result is not just a boat; it’s a chronicle of your journey.
- Community Engagement: Building your RC boat opens doors to a vibrant community of like-minded enthusiasts. Sharing build logs, seeking advice, and showcasing your creation fosters connections, camaraderie, and collective growth.
While buying an RC boat offers instant gratification, building one provides a deeper, more enriching experience. It’s an endeavor that transcends the act of mere assembly. Crafting your RC boat is about embracing challenges, exploring creativity, and ultimately, basking in the unparalleled satisfaction of watching your vision come to life on the water. So, are you ready to set sail on this crafting adventure?
The Role of a Detailed Plan
A dream without a plan is just a wish. Understand the importance of a meticulous RC boat plan that serves as a roadmap, guiding hobbyists through every twist and turn of the boat-building journey, ensuring a masterpiece upon completion.
Understanding the Basics of RC Boats
Every journey begins with understanding the basics, and the world of RC boats is no different. Before delving into the complexities of RC boat plans , it’s essential to grasp what makes these miniature marvels tick.
The Essence of an RC Boat
Radio Controlled boats are more than just toys; they are a culmination of engineering, design, and passion. These miniature boats operated remotely offer hobbyists a chance to sail, race, and even perform stunts on water surfaces without actually being on the boat.
Core Components: From Hull to Rudder
The beauty of an RC boat lies in its components, each playing a pivotal role:
- Hull: The boat’s body design can vary based on the boat type, affecting its speed, stability, and overall performance.
- Motor: The heart of the RC boat. Depending on the model, it could be electric, nitro-powered, or gas-powered.
- Rudder: This steering device helps in navigating the boat. Positioned at the boat’s stern, it directs the water flow, guiding the boat’s direction.
- Propeller: Transforms the motor’s power into thrust, propelling the boat forward.
- Radio Transmitter and Receiver: The primary tools for communication. The transmitter sends signals, which the receiver on the boat catches, leading to action.
- Battery: Powers the motor and other electronic components. It determines the boat’s runtime.
Charting Different Waters: Types of RC Boat Plans
Just as in the real world, RC boats come in a variety of designs, each tailored for specific activities:
- Sailboats: Powered primarily by sails, they require a deep understanding of wind patterns.
- Racing Boats: Built for speed. They boast streamlined designs and powerful motors.
- Scale Boats: Miniature replicas of real-world boats, focusing on intricate details and aesthetics.
- Submarines: Yes, there are RC submarines too! Designed to dive and resurface, offering a unique experience.
- Tug Boats: Strong and sturdy, often used for pulling or pushing other boats.
By understanding these basics, you’re not just one step closer to building your own RC boat but also appreciating the intricate marvels of these miniature vessels.
Why Choose DIY RC Boat Plans?
While there’s no shortage of ready-to-sail RC boats on the market, the allure of crafting one from scratch is an unmatched experience. Let’s examine why boat plans are an irresistible choice for enthusiasts.
Crafting with Passion and Precision
Building an RC boat from a plan is not just assembling parts; it’s an artistic endeavor. It’s about:
- Involvement: Every cut, every screw, every adjustment—you’re involved in each step, understanding the nuances and intricacies of your boat.
- Learning Curve: With each challenge you face and overcome, you learn. Be it understanding materials, aerodynamics, or electronics, the learning never stops.
- Satisfaction: The sense of accomplishment when your handcrafted boat first hits the water is unparalleled. It’s a testament to your dedication and hard work.
The Uniqueness of Customization
When you choose a DIY approach:
- Personal Touch: Your boat will never be just another model. From color choices to design tweaks, it’ll reflect your personality.
- Modifications: Want a faster motor? A sleeker design? With DIY, you’re the master of modifications, not restricted by pre-made designs.
- Innovations: As you grow as a hobbyist, you can incorporate new technologies or features, making your boat a continuous creation project.
Saving Bucks: DIY vs. Pre-made Models
Beyond the passion and customization, there’s a practical advantage:
- Cost-Effective: Building from scratch can be more wallet-friendly. You decide where to splurge and where to save.
- Maintenance: Understanding your boat inside-out means you’re better equipped to handle repairs, potentially saving on maintenance costs.
- Upgrade Path: Instead of buying a new model for an upgrade, you can make incremental changes to your boat, spreading out costs and getting what you want.
In closing, choosing a DIY RC boat plan isn’t just about building a boat; it’s about creating an experience, memories, and skills that last a lifetime.
Essential Tools and Materials for Your RC Boat Blueprint
Crafting an RC boat from a blueprint isn’t just an exercise in creativity; it requires a precise set of tools and the right materials. Let’s break down what you’ll need to make your dream RC boat a reality.
Assembling Your Toolkit: Must-haves for Hobbyists
Before you embark on your boat-building journey, ensure you have these tools at your disposal:
- Cutting Tools: Precision knives, saws, and scissors are essential for detailed cuts.
- Measuring Tools: Rulers, calipers, and protractors to ensure exact dimensions.
- Soldering Kit : For connecting electronic components securely.
- Sandpaper : Different grits for smoothing surfaces.
- Clamps and Vices : To hold components securely during assembly or drying.
- Glues and Adhesives : Wood glue, epoxy, and super glue cater to bonding needs.
- Screwdrivers and Pliers : For those tiny screws and intricate fittings.
- Paint Brushes and Sprayers : For that impeccable finish.
Wood vs. Plastic: What Suits Your Vision?
The primary material you choose will define your boat’s aesthetics, performance, and durability:
- Pros: Offers a classic, authentic look. It’s also easy to shape and modify.
- Cons: Requires more maintenance to prevent water damage.
- Popular Choices: Balsa, plywood, and mahogany are among the favorites.
- Pros: Durable and resistant to water damage. Lightweight and versatile.
- Cons: It might lack the “authentic” feel of wood.
- Types: ABS plastic and polystyrene are commonly used.
Powering Your Craft: Motors and Electronics
The heart and brain of your RC boat:
- Motors: Choose based on desired speed and performance.
- Electric: Quiet and efficient, great for general use.
- Nitro: High-speed performance but requires fuel.
- Gas: Suitable for larger models, offers extended run time.
- Batteries: Capacity and type determine run time. LiPo batteries are famous for their power-to-weight ratio.
- Radio System: Consists of a transmitter (the remote) and a receiver (on the boat). Ensure they’re compatible.
- Servos: These convert radio signals into motion, controlling rudders and sails.
Safety First: Gearing Up Right
Safety is paramount, both during the building process and while sailing:
- Goggles: Protect your eyes from flying debris.
- Gloves: Safeguard against cuts and chemical exposures.
- Ventilation: When using adhesives or paint, ensure good airflow.
- Fire Safety: Especially important when soldering or working with electronics.
- First Aid Kit: For any minor injuries during the crafting process.
- Water Safety: Always retrieve your boat safely. Consider a retrieval boat or a fishing line.
Remember, while the right tools and materials are pivotal, your passion and commitment are crucial in building an RC boat.
Dive into Popular RC Boat Plans for Hobbyists
Whether you’re just starting or have spent years mastering the art, an RC boat plan is tailored for you. Let’s explore options based on skill level, ensuring every hobbyist finds their perfect match.
Plans Tailored to Your Expertise
It’s essential to choose a plan that aligns with your expertise. Doing so not only ensures a smoother building process but also helps in mastering skills progressively.
Setting Sail: Beginner-Friendly Designs
Just dipping your toes in the RC boat world ? Here are designs tailored for newcomers:
- Simple Tugboats: Their sturdy design makes them forgiving for novices. They focus more on buoyancy and balance rather than speed.
- Basic Sailboats: Have a sail, a rudder, and a hull. These help beginners understand wind dynamics without the complexities of motors.
- Monohull Speedboats: While speed might be in the name, beginner versions are more about straight-line stability than breaking records.
Tip: Look for plans that prioritize minimal parts and straightforward assembly instructions.
Navigating Deeper Waters: Intermediate Plans
Once you’ve got the basics down, it’s time to challenge yourself a bit:
- Dual-Hull Catamarans: With two hulls, these boats offer better stability at higher speeds—a balance between complexity and performance.
- Scale Models: Replicas of real-world boats. While they might be simple in mechanics, the attention to detail can be a fun challenge.
- Nitro-powered Speedboats: Introducing a nitro engine adds complexity in both assembly and maintenance, perfect for hobbyists looking to level up.
Tip: At this stage, focus on plans that offer customization options, allowing you to tweak based on personal preferences.
The Captain’s Challenge: Advanced Blueprints
For those who’ve conquered the seas and are looking for their next big challenge:
- Detailed Warships: Not only do these require intricate detailing, but they also incorporate advanced features like firing cannons or rotating turrets.
- Submarines: The challenge here is not just in the build but also in mastering buoyancy and underwater navigation.
- Hydroplane Racers: These boats sit atop the water, making their dynamics and balance a real test for builders.
Tip: Advanced plans often assume a certain level of expertise. Ensure you’re comfortable with terminology and techniques before diving in.
Choosing the right plan is crucial, but remember, the journey of building an RC boat is as rewarding as the destination. So, pick a blueprint that excites you and set sail on your boat-building adventure!
Step-by-Step Guide to Building Your Dream RC Boat
Building your RC boat is a journey; like all great journeys, it requires a roadmap. Here’s your step-by-step guide to ensure smooth sailing from start to finish.
Deciphering Your RC Boat Plan
Every great build starts with understanding the blueprint.
- Study the Plan: Before anything else, familiarize yourself with the overall design, components, and terminology.
- List Materials and Tools: List all materials you’ll need based on the plan. Ensure you also have the right tools.
- Understand the Sequence: Some plans have a specific sequence for better efficiency. It’s always good to follow the recommended order.
Crafting the Perfect Hull
It’s crucial to get this part right.
- Select Your Material: Be it wood or plastic, ensure it aligns with your vision and the boat’s purpose.
- Cutting and Shaping: Using the dimensions from your plan, begin cutting out the hull shape. Sand down edges for a smooth finish.
- Assembling the Hull: If your boat has multiple hull pieces, now’s the time to assemble. Use clamps to hold parts together while the adhesive dries.
- Reinforcing: Depending on the design, you might need to support the hull with internal ribs or bulkheads for added strength.
Power Dynamics: Motor and Electronics Installation
Your boat’s heart and brain come to life in this step.
- Selecting a Motor : Choose based on your boat’s size and desired speed. Electric motors are standard, but nitro and gas are options for speed enthusiasts.
- Mounting the Motor : Securely attach the motor to the hull, ensuring it aligns perfectly with the propeller’s location.
- Installing the Electronics : Place the receiver, ensuring it’s well-protected from water. Connect it to the motor and, if applicable, to the rudder servo.
- Testing : Before sealing everything up, run a quick test. Ensure the motor runs smoothly and that the rudder responds to the transmitter.
The Final Touch: Paint and Finish
It is where your boat truly comes to life aesthetically.
- Priming: Before painting, apply a primer. It ensures better paint adherence and offers additional protection to the hull.
- Painting: Choose paints suitable for your material. Consider using bright colors for visibility. Multiple thin coats often work best.
- Decorative Details: If you’re creating a scale model or want added flair, now’s the time to add decals or any other decorative details.
- Sealing: Once everything’s dry, apply a sealant to protect against water and UV damage. It enhances durability and ensures longevity.
With these steps, your dream RC boat should be ready to make waves. Remember, patience and precision are essential.
The success of your RC boat build lies not only in the core steps of the process but also in the finer details and approaches you adopt. Here are some tips to ensure your blueprint turns into a successful RC boat.
Tips to Ensure Your RC Boat Blueprint’s Success
While passion drives the creation of your RC boat, a few guiding principles can make the difference between a good boat and a great one.
Precision and Patience: Keys to Perfection
The meticulousness you put into your project defines its outcome:
- Double Check Measurements: Always measure twice and cut once. This age-old adage holds especially true for intricate builds like RC boats.
- Avoid Rushing: While eagerness to see the finished product is natural, rushing can lead to mistakes. Take your time, especially during crucial steps like gluing or electronics installation.
- Invest in Quality Tools: Quality tools lead to quality work. Ensure your tools are sharp, clean, and well-maintained.
- Seek Feedback: If you’re part of an RC hobbyist community, don’t hesitate to share your progress and ask for feedback. Fresh eyes can spot potential issues.
Testing the Waters: Functional and Buoyant Checks
Before you officially launch, a few tests can prevent potential mishaps:
- Dry Run: Test all electronics outside of the water first. Ensure motors run and that the rudder responds to commands.
- Buoyancy Test: Place the boat in shallow water to check its buoyancy. Ensure there are no leaks and it sits on the water as intended.
- Control Range Test: With your boat in water, test the range of your transmitter. Ensure you maintain control even at farther distances.
- Safety Check: Especially for speedboats, ensure all components are firmly attached, and there’s no risk of parts coming loose during operation.
Long Journeys: Maintenance for Longevity
Your boat’s lifespan depends on the care it receives:
- Regular Cleaning: After each use, clean your boat. Remove any debris, especially from the propeller and rudder.
- Dry Thoroughly: Ensure your boat is dry before storage to prevent mold or structural damage.
- Battery Care: If using rechargeable batteries, store them partially charged. Avoid over-discharging, and check for damage regularly.
- Inspect and Repair: Inspect your boat for damage, especially after accidents. Address any issues promptly.
- Update Components: As technology advances, consider updating parts of your boat, like the motor or radio system, for enhanced performance.
By following these tips and keeping a meticulous approach, your RC boat blueprint will come to life and sail smoothly for years. Enjoy the journey and the destination!
RC boat building can be as much about navigating through challenges as it is about the joy of the finished product. Let’s delve into some common issues hobbyists face and how to address them:
Navigating Challenges in RC Boat Building
Every project has its fair share of hurdles. Recognizing potential pitfalls and knowing how to overcome them can make your boat-building journey smoother.
Common Hiccups and Their Solutions
- Warped Materials: Especially with wood, warping can occur by storing materials flat and in a controlled environment. Gentle bending or weighting can help straighten things if you encounter minor distortion.
- Drying Delays: Sometimes, adhesives or paints take longer to dry. Always check manufacturer recommendations and be patient. If in a humid environment, consider using a dehumidifier.
- Electronics Failure: Always test electronics before integrating. Ensure there’s no water infiltration and connections are secure.
Mistakes in Plan Interpretation and Corrections
- Misreading Dimensions: Double-check all measurements against the plan before making cuts. If a piece is cut wrong, it’s often best to replace it rather than try to adapt it.
- Incorrect Sequence : If you realize you’ve missed a step or done things out of order, evaluate if it’s possible to revert. Sometimes, working backward can resolve the error without starting over.
- Overlooking Details: Always cross off steps as you go. If a detail needs to be included, see if it can be added later without disrupting the already-completed work.
Overcoming Assembly Bottlenecks
- Alignment Issues : If elements don’t align, check for warping or mistakes in cuts.
- Component Integration: Commercial components (like motors) may sometimes need a better fit. Consider slight modifications, but ensure you don’t compromise the component’s function.
- Difficulty in Securing Parts: Use clamps or weights to hold pieces in place as glues dry. Always ensure the workspace is level.
Troubleshooting 101: Addressing RC Boat Glitches
- Boat Doesn’t Respond: First, check the transmitter’s battery. Then, ensure the boat’s battery is charged, and connections are secure.
- Motor Runs but Boat Doesn’t Move: Check the connection between the motor and propeller. Ensure there’s no debris caught in the propeller.
- Boat Lists or Sinks: Check for water in the hull. If there’s a leak, dry the boat and identify the source. Seal any gaps or holes.
- Loss of Signal at Short Distance: Ensure the receiver’s antenna isn’t damaged or submerged. Sometimes, interference from other electronics can be the culprit.
Remember, every challenge offers a learning opportunity. By methodically troubleshooting issues and seeking advice when needed, you’ll have a functional RC boat and gain a wealth of experience to apply in future projects.
Building an RC boat is much more than just following instructions—it’s an artistic endeavor that marries precision, patience, and passion. Like every journey, it’s marked by challenges and joys. So, as we dock at the conclusion harbor, let’s reflect on what we’ve explored.
The Harbor of Satisfaction: Reflecting on Your Build
Completing an RC boat is an achievement that mirrors the countless hours spent refining, understanding, and creating. Your finished boat is a testament to your craftsmanship and your learning journey. Mistakes made along the way have transformed into invaluable lessons, and triumphs have become cherished memories.
Every time your boat slices through the water, it’s not just propelling forward; it’s carrying the weight of your dedication, echoing your problem-solving grit, and reflecting the beauty of your vision. It’s a piece of art, a science project, and a toy; all melded into one.
The Ever-evolving World of RC Boat Plans
The world of RC boats is ever-dynamic. With advancing technology and evolving design philosophies, new plans and models continually emerge, offering hobbyists endless avenues to explore. It ensures that the world of RC boat building remains fresh, exciting, and continuously challenging.
Whether you’re a beginner setting sail on your first project or a seasoned hobbyist who’s navigated many waters, there’s always a new horizon waiting. And with every new plan comes a fresh wave of learning, creativity, and satisfaction.
In essence, RC boat building is a confluence of art, science, and emotion. It’s not just about the destination but also the journey. As you stand at the shore, watching your creation glide seamlessly, remember it’s not just the boat that’s set sail but also a piece of your heart. Here’s to many more builds, many more sails, and many more stories! Safe and happy sailing!
Join Our Fleet of Passionate Boat Builders!
Your boat-building journey doesn’t have to end here. The most beautiful part of this hobby is the community we build around it. So, why sail solo when we can navigate the waters together?
- Share Your Blueprints : Have an RC boat plan that you’re proud of? A unique design or an innovative approach? Please share it with us! We’d love to see the diverse range of creative genius our readers bring.
- Chronicle Your Experiences: Whether it’s a challenging hiccup you overcame or a triumphant first sail, your stories can inspire, educate, and entertain fellow hobbyists.
- Personal Hacks and Tips: Discovered a shortcut? Found a unique material or method? Please share your hacks, and let’s all benefit from collective wisdom.
Engage, Discuss, Connect
The true essence of any hobby lies in its community. Let’s spark discussions, ask questions, seek advice, and celebrate achievements. Whether you’re an RC boat rookie or a seasoned sailor, your insights and inquiries add value.
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Model Boat Plans
Good model boat plans can be hard to find. i have listed maritime books, vendors, websites and model boat magazines that include line plans, drawings and blueprints for model boat and ship building..
Model boat plans are harder to come by than you would think. In all my years of model boat building I've never stopped looking for sources of decent plans. I’ve been happily surprised a number of times and disappointed at least just as often.
In an effort to help other hobbyists I've decided to list sources that I think could be useful. How useful will depend on your interest as most sources are pretty specific to an era or narrow subject - sometimes just a single ship. I've tried to add comments to help your determine if a book or plan is worth your time and money.
The Model Boat Plans Store
First, some shameless self-promotion. I'm now offering plans for sale in the store section (use link above). The plans are either CAD generated in PDF format or scanned and carefully edited to enhance the print quality. In either case they are offered at very competitive prices. The best part is that you download them directly onto your computer and print them at home or at your local copy store. Easy as pie as they say. Here is more information on printing PDF plans .
Free Model Boat Plans
This page is a list of websites that offer free model boat and ship plans. I’ve made no effort in distinguishing quality of the plans or difficulty in building a model from them. Some of these plans show model construction, which should make it easier for a beginner to complete.
To qualify to this list the ship plan must have all information necessary to finish at least a hull, as best I can tell.
Please Remember: Beggars can’t be choosers, so be grateful these webmasters have made these plans available for free. On the other hand, some sites use "free" to draw in traffic, which is pretty cheesy in my opinion. The listed sources are free and, from what I can tell, offer a good product.
Maritime Books
All the maritime books listed has been selected with model boat builders in mind. Many has useful ship plans and other illustrations and photographs that make up great references.
Books with plans can be used directly or to draw up your own plans. Be warned though, books in general are relatively small and can pose problems when enlarging or scanning. Inclusion on this list has more to do with the fact that hull lines are present – not the quality of the print.
Speaking of quality of print – many books have been reprinted in several editions sometimes over centuries, as with the Architectura Navalis Mercatoria .
It is not uncommon that later editions have deteriorated print quality and in some cases the size of the book itself has gotten smaller. So as a general rule, if there is an opportunity, I’d advise you get the older edition even if the condition of the book may be less appealing.
Model Ship Books
These are books geared to builders, usually with "how-to" instructions and often plans. The model boat plans that come this way are either printed in the book itself or as a separate attachment. Having the plan separate is best in my opinion. Unfortunately, they are often printed on poor quality paper and are often folded.
Sometimes you can save big money by buying these books second-hand. Be warned though, in the case of plans being provided as a separate attachment, as they may go missing.
Model Ship Plans
All model boat plans were not created equal. The print may be fuzzy or too light to be legible, incomplete, lines not being true.
Sometimes you think you are getting a plan for a historic ship that, as it turned out, never existed!
In a nutshell, it is all too easy to be disappointed after spending $50 to $100 on a ship plan. Find out how you can minimize the risk of getting disappointed.
Model Boat Magazines
Some magazines include free plans in some editions. This is hit and miss. Don’t subscribe to a magazine hoping you’ll get a free plan you can build from. If you do, it may take years before one you like will show up. Magazines can be good for inspiration, reviews and to gain from other people’s experience. The magazines I've included come with model boat plans on occasion.
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Build your own radio controlled yacht
Are you ready to embark on the exciting journey of building your very own model rc yacht.
Our comprehensive eBook has clear building instructions and step-by-step photography for the Racing Sparrow 750mm RC Yacht.
What we cover in our boat building eBook
Download a sample of our eBook
Even those with limited building experience can join in on the fun with minimal materials and a simple toolset. Our eBook by New Zealander Bryn Heveldt covers strip planking, fibreglass strengthening, mould and casting techniques, electrics installation, spray painting and masking, sail making and tuning.
To get started on your Racing Sparrow model RC yacht project, purchase our eBook and download the PDF now.
Racing Sparrow blog
We share tips and stories from the model boat building community. See all Blog Posts.
A 3D Printed Racing Sparrow!
The Design Rationale for the RacingSparrow 750
Radio Controlled Yacht Electrics - For Beginners
Model Yacht Design: Pushing the Limits with Racing Sparrow
Free model boat plans.
We provide a number of different boat plans that you can build using techniques covered in our full eBook.
You can download plans for boats of different sizes and specifications.
What our customers say about Racing Sparrow
Being a complete novice, I purchased your book a couple of years ago and built two racing sparrows. Building on this experience I then went on to build, from scratch, an IOM (Triple Crown design). I've since joined a local club and sail virtually every weekend. I would just like to thank you for your endeavours which have allowed me to enter a world I never thought was in my reach.
John Sterland, Australia
Coming upon your book, "Build your own Radio Controlled Yacht" in the Napier Public Library, I am hugely impressed. The combination of your superb photos and illustrations with your easy writing style make it a standout publication and I hope it does well for you.
Richard Spence, New Zealand
Thanks for an excellent design in your RG65. I trialled her again today in a solid 20 knots gusting higher. Even so in a steep chop and fingers off the rudder she drove upwind remarkably well, balanced perfectly. Very impressed that a model boat can handle that with a large rig. I found the book excellent. Ive built several big boats, plus a few skiffs and without that resource building such a good boat would have been impossible.
Mike Bennett
Boats built by the Racing Sparrow community
We continue to be amazed at the beautiful model RC boats created by Racing Sparrow enthusiasts . Send your images to info@racingsparrow.co.nz.
Take a look at the full boat gallery page. So many fine model yachts!
Jerry Cashman's RS750 , Canberra, Australia
Nov 26, 2022
Hello! Here a couple of pix of my Sparrow. She’s been finished for a year or so now but the lockdowns has kept her out of the water largely.
She’s a beaut. Sails beautifully on just the lightest air. Thanks for the design!
Glue me down!
Aug 1, 2021
Graham Royle RS750 , Cheshire, UK
Apr 12, 2022
Alan Brown , Perth, West Australia
Jul 23, 2020
More about Racing Sparrow
When I was nine years old my father, Ross Heveldt taught me to sail down at Bucklands Beach in Auckland. My wee optimist dinghy was called 'The Racing Sparrow', the nickname my uncle Bruce Curry gave to me when I was a small boy. Apparently I had an abundance of energy.
I studied at Whanganui School of Design and have been a designer / developer since 1998. I live in New Zealand.
Best wishes and happy sailing, Bryn Heveldt.
To contact me please email: info@racingsparrow.co.nz
FreeShipPlans.com
Free Scale Model Ship Plans, Blueprints, Drawings, Tutorials and much more...
Category: Model Ship Plans
Free Model Ship Plans, Blueprints, Drawings and anything related with model ship plans.
Passenger Ship Plans
May 1, 2021
by Captain · Published May 1, 2021
For scale model ship makers, choosing a ship plan to build is a hard task. For most model makers, the joy is not just in building, but also bringing heritage back alive, or having...
Cargo Ship Plans / Passenger Ship Plans
August 6, 2020
by Captain · Published August 6, 2020
Looking for free scale model ship plans? Can’t decide between a steam ship model project and wooden hull schooner? Well, Wapama is here to help you to combine both. Wapama was built in 1915...
Cargo Ship Plans / other ship plans
July 13, 2020
by Captain · Published July 13, 2020
Kartal / Kabataş / Hürriyet
Our scale model ship plan archive is getting larger with new and unique ships. This time, three sister ships. Scale model ship plans of car ferry Kartal, Kabataş and Hürriyet. These ships are everyday...
Model Ship Plans / Passenger Ship Plans
May 8, 2020
by Captain · Published May 8, 2020 · Last modified July 3, 2020
Margitsziget steam ferry
After a very long break, the corona virus pandemic gave me an opportunity to add a new model ship plan to the website. I wish there could be a better reason for this free...
Battle Ship Plans / Small Size Boats
January 15, 2019
by Captain · Published January 15, 2019
Soviet armed motor boat PG 117
After a long break, here we are with new model boat plans set. Soviet armed speed boat PG-117 was based on nkl 27 pleasure boat. It was used as a fast assault boat to...
Tugboat Plans
May 31, 2018
by Captain · Published May 31, 2018
Goliath Steam Tug
When i talk to model ship builders about their favourite type of type of boats, tugboats are always in top three. Thankfully we have lots of them listed here. And with Goliath, a new...
Motor Boat / Yacht Plans / other ship plans / Tugboat Plans
March 14, 2017
by Captain · Published March 14, 2017
Few weeks ago i received a fantastic e-mail from Matthias Kreimeyer. He designed few model ship plans and he is willing to share them with our members. He was kind enough to convert the files...
Fishing Boat Plans / Motor Boat / Yacht Plans
September 4, 2016
by Captain · Published September 4, 2016
Shrimp Boat Plans
We have lots of fishing boat plans on this category of the website, lets also add model shrimp boat plans and increase the choices. It is a simple Russian shrimp trawler and the plans...
July 21, 2016
by Captain · Published July 21, 2016
When somebody talks about early 1900’s steam tugboats of America, a classic silhouette comes in your mind. Hercules is a good example of those tugboats and she is still alive! Hercules was built in...
March 21, 2016
by Captain · Published March 21, 2016
Model tugboats are one of the most popular type of model ships in model building hobby. I am sure Anteo will be a good piece for the model ship builders. I could not find...
Movies about ships
Movies About Ships
July 31, 2020
Black Sails
May 10, 2020
USS INDIANAPOLIS men of courage
October 25, 2016
The Finest Hours
February 4, 2016
Books About Ships
SHIP | 5000 Years of Maritime Adventure
May 26, 2020
The End of Bon Voyage by Jared Muralt
January 25, 2016
Articles / Books About Ships / News
A fantastic book from James Hitchcock: Selected Plates from Souvenirs de Marine
August 21, 2013
FreeShipPlansCom
freeshipplanscom
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COMMENTS
Look under Racing Sparrow 750 plans on this page. An STL file for 3D printing is in the pipelines. Email me if you want a copy. While we think 3D printing is great, we believe old-skool strip planking balsa is a wonderfully simple way to make a very lightweight boat with excellent longitudinal strength and beauty.
An easy-to-build, eye-catching, high-performance sailboat. Who hasn't dreamed of a little wooden sailboat with a beautiful canvas cover? The idea for this project is a child's dream. Sailing on a regular basis in "scale 1", we had the idea of having fun by sailing two boats to race in our "spare time".
Thousands of Plans and Drawings Free for Download and Organized by Ship Types. Ship Models Photo Collection. ... RC-Sail Model plans 71 plans to build. Free Ship Model Plans ... shipmodell.com - home page. Free Ship Model Plans & Drawings. Navy plans - FRANCE - 140 plans . Atlas du Genie Maritime - 1,000 drawings . Souvenirs de marine - 90 ...
Boats and Sailboats Models Plans Various Boats and Sailboats Plans blue prints PDF DXF CDR DWG JPG etc IOM Class Rules Hull design Models Photos US1M US One Meter class and much more. Interesting model boats website in German: -----://parkseeskipper.de There are 572 Model Airplane Plans on 58 pages. Currently displaying plan 1 to 10
SHIPMODELL: handcrafted boat and ship models. Ship model plans , history and photo galleries. Ship models of famous ships. Advices how to build. Modelers from Hungary. IOM Class. IOM Arrow - preview IOM Arrow - plans. IOM EMO - preview ... RC-Sail Ship Model. IOM Class. RG-65 Class.
Download and Share free model airplane and boat plans. Featuring thousands of radio control, control line, free flight, 3views and general aviation blueprints, Aerofred is a community of modellers, builders, makers and enthusiasts sharing and restoring old model airplane and boat plans.
RC Boat Hull - part one - starting hull construction. RC Boat Hull - part two - adding deck, keel and lower bulkheads. Planking - sanding and planking the RC boat hull. RC Boat Motor Mount - some tips about motor installation. Finishing up the hull - adding rub and spray rail, hatch coaming etc. More to follow. Simple RC model boat rudder. PT 109
Coast Guard Vessels. We offer plans of U.S. Coast Guard vessels ranging from early sailing cutters of the revenue service to modern motor vessels such as the buoy tender White Sumac. French ship-of-the-line Montebello. War Ships. Ships whose primary purpose is warfare are cross referenced on this page, whether motor, sail, or oar-powered vessels.
The MiniX is a radio-controlled sailboat for which we provide you with the plans free of charge. Built in extruded and laminated polystyrene, it offers a very pleasant marine behaviour. Here is a step-by-step for its realization. ... Free model boat plans: the MiniX, an easy-to-build radio-controlled sailboat. 2. Step by step for the ...
RadioSailingShop FP1 FREE PLANS for IOM - See details for weblinks to free plans [FP1] - See our Building an IOM page for details on building the mould and the hull of the NOUX 2 in the photo above. Note unless you are planning to build multiple hulls, or require a moulded fibreglass hull there is no need to build a mould, you can just make a planked hull from the drawings.
Free Model Boat Plans from Czech Mo-Na-Ko.net. The Czech MoNaKo is also a hobby and model builder's magazine. They offer three pages of plans - only two of which are currently accessible. The quality of the plans offered varies, so study them carefully and do your own due diligence. The subjects range from battleships, destroyers, cruisers ...
The plans are located here: A more complete list of my designs is here: Plans are normally drawn on A4 and A3 format. Sections and appendages are normally drawn full size, 1:1. Some fin and bulb drawings are drawn to be printed in two halves and joined after printing. Arrangement drawings are 1:5 and sometimes 1:4.
The Nightmare is designed to be able to sail on one float, it is a stable design which is not pitch poling easily. Look the pictures and the video clips of our boats. Free plans for the MK VII and the MK VIII can be downloaded here. Boat Data: - hull lenght 1200mm without front fender - beam 1210mm - epoxy-fiber glass floats , weight about 475g ...
RC Wing Sail Catamaran: This is a Wing Sail Catamaran project that I started over 6 years ago after seeing the new AC 45s introduced to the America's Cup races. The model uses PVC sheet, Carbon Fiber tubing and 377 Dupont Mylar to "skin" the wings. The "Cookie Cutter" cons…
The plans are to be printed on 8-1/2 by 14 inch paper. The boat is 300 mm long when built to the plan. The other 5 mm is left for you to make a bow piece to round off the nose as in the pics. I'm posting the same plan I used to build my boat, which means the interior layout, electronics, and rig are left to your preference.
Depending on the model, it could be electric, nitro-powered, or gas-powered. Rudder: This steering device helps in navigating the boat. Positioned at the boat's stern, it directs the water flow, guiding the boat's direction. Propeller: Transforms the motor's power into thrust, propelling the boat forward.
Boats and Sailboats Models Plans. Mara Plan 6783 Type Model RC Scale Sport Motor Sail Boat. Length 27in. Beam 7.5in. Control 2 channels. Designer Walt Musciano. Magazine Model Builder June 1978 More info here...
Here is more information on printing PDF plans. Free Model Boat Plans. This page is a list of websites that offer free model boat and ship plans. I've made no effort in distinguishing quality of the plans or difficulty in building a model from them. Some of these plans show model construction, which should make it easier for a beginner to ...
September 4, 2016. by Captain· Published September 4, 2016. Shrimp Boat Plans. We have lots of fishing boat plans on this category of the website, lets also add model shrimp boat plans and increase the choices. It is a simple Russian shrimp trawler and the plans...
Drifter 12L Free Plans. To download these plans, click HERE The Drifter 12 L is a higher performance version of the Drifter 12, with longer amas, and a taller mast. It can be paddled or sailed with as simple rig using a windsurfing mast. The sail rolls up, and is reefable...
Our eBook by New Zealander Bryn Heveldt covers strip planking, fibreglass strengthening, mould and casting techniques, electrics installation, spray painting and masking, sail making and tuning. To get started on your Racing Sparrow model RC yacht project, purchase our eBook and download the PDF now. Purchase PDF eBook $14.99. *USD.
Free Model Ship Plans, Blueprints, Drawings and anything related with model ship plans. Passenger Ship Plans. May 1, 2021 ... After a long break, here we are with new model boat plans set. Soviet armed speed boat PG-117 was based on nkl 27 pleasure boat. It was used as a fast assault boat to... Tugboat Plans.
Download free boat model plans and drawings! Cruiser Aurora. Scale 1:200. 4 lists of drawings. Historical description. Download free ship model drawings and plans for all kind of modelers.
Save your time spent for download! All those who contribute above 50 € amount to support this site, will receive as gift a full Sail Ship Model Plans collection. (in total size of 14,5GB on USB3.1 pendrive) See demo here... SHIPMODELL: Ship model plans download of all kinds.