rm sailing yachts

At RM Yachts of La Rochelle

• April 16th, 2017
• On Location

It has been the naval architect Marc Lombard himself who awoke my interest in RM Yachts: When I got the chance to meet him during the Boot boatshow in Dusseldorf this year to talk about the very process of designing a sailing yacht and his personal approach (read the article here ). He directed me to the stand of Fora Marine – RM Yachts where we sat down to discuss the topic. It was here when I first heard about the fact that a yacht builder is making big and yet fast sailing cruisers from plywood.

Last week I happened to be in La Rochelle at the Atlantic Ocean Coast and it suddenly struck me as I was driving through a large commercial area when I saw the big RM-Yachts logo and I suddenly remembered. I took the chance and called the company and I was very excited to have Justine at the other end of the line – the very lady who was so kind to arrange the meeting with Marc during the boatshow in the first place: “Sure, of course you can come and have a visit at our yard. We would be delighted!”, she said and offered me her company to show me around. That was my lucky day.

Plywood as an ideal material for building boats

Why is it such a news that there is a company making sailing yachts from plywood? Boats and ships have been made from timber for many hundred years before: Mankind´s first boats have been hollow dug out canoes, Egyptians have set out on the Mediterranean in rafts made of reed, Polynesians have conquered much of the Pacific Ocean in cleverly rigged, very fast tiny outrigger boats and finally had the Europeans roamed the Oceans in huge sturdy yet fast and reliable timber made sailing vessels. But I admit: In a world made of plastic it sounds a bit awkward to have a yacht made from plywood considered to be “modern” or state-of-the-art.

When we entered the large production facility, not after the owner of the company greeted me and was wishing me a nice stay, I was surprised to hear from Justine than RM Yachts is selling some 40 units annually. That is much, much more than very renown Scandinavian boat yards such as admired Luffe for example. “We want to make some 48 boats this year”, she says, “The maximum limit for these facilities as you may see would be some 80 boats anually.” You know what struck me most as I stand in the hall? The smell. No biting GRP polystyrene-odors but the fine smell of wood. Very nice.

“This is how it all starts”, she says pointing to a storing area: Large piles of plywood of all sizes and thicknesses are stored here, some piles made of pre-cut parts for the boats. “The parts are laser cut”, Justine explains. I can see what will be future portholes, stringers, parts which will form a bulkhead of a yacht. Where do these raw plywood sheets come from? “They are made especially for us nearby. Also the laser cutting service is performed by a local company in the area around us. We try to have most of the boat done by ourselves of course. If this can´t be done, we are always seeking the help of local companies first.”, Justine explains.

Making a plywood sailing yacht is – not unlike the building of a GRP boat – a lot of hand labor. When I was visiting the yard it was bristling with people. What I liked a lot was the fact that I equally saw young people working here as well as elder craftsmen which is a sign of a good healthy workforce and the ensuring of knowledge transition between the generations. There appeared to be no pressure here – people did their work thoroughly, I often saw them putting away the tools to intensively check on the outcome. All of the male workers of course found their time to greet Justine with French bisous as well.

Making the structural skeleton of the sailing yacht

“We have no molds to make a yacht´s hull”, Justine explains as we stand in front of a huge construction made of thick plywood: “That´s the negative model of the hull and the equivalent to the GRP-mold if you want. The craftsmen will put the pre-cut parts in a certain manner to a certain place and thus form the skeleton of the hull.” I get closer to watch: First they will put in the bulkheads. Then stringers and ribs will be complemented. The longitudinal parts such as stringers will be put in place as well. “It´s a giant puzzle!”, I said and she nods, smiling.

The parts are then glued together by means of Epoxy. “We are using a lot of Epoxy in our yachts of course.”, Justine says pointing to the thick joints of the plywood plates: “Epoxy is the best glue in this matter as it will be virtually sucked into the plywood material. It will form a very, very strong bond with the wooden parts no other glue will achieve.” They use different forms of Epoxy here, I will learn later. Looking at the joints I notice the sheer thickness of them: Not as thick a thumb, but as thick as two thumbs!

It´s funny to see that there are no nails, no screws no bolts and nuts whatsoever needed to form the structural skeleton of this yacht. Looking at the huge strains which will go into a yacht´s hull when sailing, when the shrouds are under immense loads, when waves pound the hull, it´s just amazing to see that there is not a single bolt needed to support the wooden mainframe of an RM Yacht.

I crawl deeper into the huge 3D-puzzle to look thoroughly. All joints are glued from either sides to the adjoining parts, the quality of the joints is as high as expected – no seams visible. Even the Epoxy glued areas – though made by hand – seem to have been done by a robot as perfect and even as they appear. Thanks to a precise laser-cutting technology this boat will be as symmetrically perfect as one could think of.

I wonder how long it would take to fabricate a plywood yacht hull. Justine is asking a worker how looks at the construction and estimates: The large boats, 10 to 12 meters, will take a good week to be made, the smaller, 8 to 9 meter yachts are faster: “The hull of an RM 890 will take three to four days in this production step.”, Justine translates. Wow, that´s fast for sure, faster than molding (and drying) a GRP-hull.

Achieving structural strength of a plywood yacht hull

Plywood – this word may for some people sound odd in connection with making a proper oceangoing yacht. You could use plywood for furniture or panels, but could you use it to make a ship that is sailing on the Oceans and withstand the sheer forces of nature? These boats all have Cat A CE-rating and are thus made for sailing in all conditions in all areas of our planet. The boats needs to be strong. How do they achieve it?

Before I enter the large workshop-hall I take a look at a steel frame unit ready for assembly outside. That´s a thick piece of stainless steel, not dissimilar to those massive main frames for example X-Yachts is utilizing in their respective yachts. “This cage is also done by a partner company in this area.”, Justine explains: “Every RM yacht has one of these built in.” The steel has a thickness of some 10 millimeters.

The frame will be partially jacket with plywood which is glued to the steel and be put into the caliber right from the beginning. This it will be obstructed into the hull to form solid bonds. “The steel main frame serves many purposes”, Justine tells me: “It will first of all take on the keel. We offer three kinds of keels with our yachts: The solid T-keel, a twin-keel with which the yacht can fall dry and the lifting keel. Especially for the very long lifting keels you need to have a very strong frame to take on the loads.”

I take a look under one of the hulls and can clearly see how the steel cage is built in. Most of the steel-parts have been covered with plywood, others had been bolted to thick plywood stringers of the hull. The cage is securely attached to the wooden structure: “The second purpose of the steel cage is to take on the loads from the shrouds which will be diverted directly to the steel.”, Justine tells me.

All in all the hull makes a deep impression on me. On the one hand I am fascinated by the plywood construction, the thick joints and the perfect seamless assembly, the effort that goes into each and every part of the structure. When I touch the structure or knock on it, it feels solid and the “Clang” of my knocking reassures me of the solidity of the hull. On the other hand … it´s still plywood, isn´t it?

What about collision damage on a plywood yacht?

As we roam the workshop, I do ask Justine some further questions on stability of the boat. What about collisions? Hitting floating object is a nightmare for every skipper and whilst the sea gets more and more polluted, yards need to find answers. Of course, she says, that´s a problem for every yacht maker and RM Yachts has an answer to this one too.

“Look at the bow section here”, she shows me a half-ready hull. The very bow has been laminated with multiple layers of glass reinforced fibre-matts and Epoxy. “This is just the outside. From the inside you will notice that in the collision compartment of the yacht we have built in no less than 4 layers of thick plywood – each one glued to the hull, laminated to the hull and soaked with Epoxy. This is really a very, very strong construction and makes a firm bond in case some collision takes place.”

I go down to my knees and look right into the collision compartment (which will house the anchor-chain and gas-bootle) later. There I can see what she meant. I can further see some solgitudinal stringers which will add further strength in this area. Seems appropriate and to be honest, it looks a lot more assuring that some GRP-made hulls I had to inspect where there isn´t any of these elements but just 0.8 centimetres of GRP.

“There is an option we offer,” Justine tells me as we stand next to a half-ready hull: “See this yellow layer? This is Kevlar.” I touch the garment which feels like any other laminated denim: Solid. “The whole hull is covered with one layer of Kevlar and some spots of the boat, especially the bow section, with two layers. That´s an option we offer for clients who want to be 110 per cent safe against collisions.” They don´t like this option at RM Yachts, Justine tells me, just because it´s not necessary as they judge: The boat is safe and strong even without Kevlar. It will only add weight to the hull. “But many clients want this reassurance so we do it.”

Epoxy resin & plywood: An ideal team

Marc Lombard told me during our interview that plywood is the ideal material to make a ship because of a certain feature of it: It is soaking itself automatically with Epoxy if done right. Justine gets me deeper into this: “When the hull is completed on the stand, it will be completely painted with Epoxy resin. As plywood is naturally made of a more softer timber, the material will literally soak itself full of resin instantly. When drying out, the once soft plywood will then be a rock solid new material. And this is what we want to achieve.” Again under one new hull I watch a worker doing exactly this job. Very tedious, on your knees for hours and re-doing the joints, painting the inner hull with Epoxy. The nice smell of wooden material in this area of the workshop is of course instantly replaced by the familiar odour of resin and chemical agents helping to stick to the material and dry fast.

Of course, plywood-made hulls cannot bear round shapes like it is achieved with a GRP mold. RM Yachts are therefore hard chined hulls. Naval architect Marc Lombard sees no problems in that especially in view to most of the contemporary GRP-hull concepts which themselves feature more or less extreme developed chines to gain more volume. For performance-oriented hull designs like this of a Pogo for example a chine will add sufficiently to the stability of the yacht when sailing heeled.

When the inside of the hull is completely painted with Epoxy, all adjoining areas of all bulkheads, stringers and other parts will be laminated at least twice. In the end, no wooden surface of the original plywood hull will be touchable anymore: An owner will have the impression of being on an ordinary GRP-made boat. From the outside, the same treatment is applied: The plywood is soaked with Epoxy, then the adjoining seams will be laminated twice. As I stand there to admire a raw 890 hull, they are pulling a white painted hull out of another workshop: “That´s the latest of our boats, the 1370.”, Justine explains: “Please don´t take pictures: She is brand new …”

Filling and smoothing the yacht´s hull

We enter another section of the complex. Huge fans are constantly taking out and filtering the air from dust particles. Air condition keeps the hall inside a certain small range of temperatures so that an optimum surrounding for the very working steps is created which are performed here.

“When the raw hull is dried thoroughly”, Justine explains, “it will be brought here. One layer of Epoxy is brought to the outside of the hull as you may see at this boat. This layer is for example white.” It will then sanded down to create a smooth surface. “After the first there comes a second layer with the same, more thicker Epoxy, and this will have a different color just to check. This will also be sanded down. After these steps the hull has perfect shape without any scratched. No seam will be visible anymore.”

Looking at the hull very closely, I notice the thickness of the Epoxy layers which is in some areas well more than 3 millimetres. The sanding process – which is a very, very nasty work, hazardous for the workers (that’s why they have to wear dust masks and the air is immediately filtered through the large machines, a loud work and a nasty work as I know from my own experiences with sanding GRP surfaces on my own yacht (read it here ).

Looking at the stern of this hull I notice the different strengths of the thickness of the plywood sheets forming the hull itself: The bottom sheet clearly is thicker than 2 centimetres, going to the outside and up the hull to the ship´s sides the sheets get thinner, but no thinner than one centimetre. Sanding work has been done just fine on this hull: The once “hard” chines are now rounded to a nice and soft shape.

Here it is where I can finally take a look at the finished raw-inside of the hull with all of the plywood soaked with Epoxy, the adjoining areas laminated twice for additional strength and everything covered with another single layer of GRP-garment. Looks rock-solid and walking on the hull is no problem: No squeeking nor any other sound coming from the surface when walking on it.

It doesn´t work completely without GRP

Of course, RM Yachts are no complete plywood boat. This is what I understand now. The basic material may be plywood, but the construction bears nevertheless a significant portion of modern-day materials just like Epoxy resin and different types of GRP-garments. As Marc Lombard told me during Boot boatshow Dusseldorf, the one and only part of the boat that is made the “traditional-modern” way in a mold is the deck.

“You cannot achieve nice round surfaces and forms with plywood”, he said: “We just want to offer not solely a fast sailing hull but also sailing pleasure which derives from a large portion of the comfort a cabin offers.” Marc explained that the deck will be done traditionally by hand-laminating a GRP mold. And this is what I see at the next station. “These decks are done at a nearby shop by another local partner”, Justine tells me as we walk by.

“Salut!”, we greet loud and clear as we enter another part of the hall, the joiner´s workshop. Now that´s the smell I love indeed! Wooden parts are sawn, sanded and worked with so that it scents like being in a forest here. “Now the GRP molded deck will be outfitted with wooden parts as you may see here.” This could be interesting, I am thinking for myself, since I am right now working on my own yacht on the roofing .

Just as I did it on my own King´s Cruiser 33, the workers are glueing wooden parts to the ceiling which will later be the substruction to take on the roofing panels. Wiring for lighting and other electric installations are already attached to the roof. And there it is: My inspiration! Velcro-tape is used to hold the roofing panels, at least as a secondary joining point. I am taking this idea for my own project since my roofing panels are somewhat heavy and very long – utilizing Velcro will make working with it a lot more easier.

At the same time, the hull – readily painted in the inside – is brought to the assembly line. “Now you can see we have painted the internal hull completely white.”, Justine shows me a 970-hull. “It´s no different in her appearance from a GRP-molded hull anymore and you won´t see any plywood.” Which is perfectly true. The white paint has been applied flawlessly and workers are busy installing machinery, wires and tubes.

“Finally, after the marriage – when the deck joins the hull – the yachts will be brought here and all connecting areas between hull and deck will be closed with multiple layers of this thick Epoxy.” The deck will be attached in two ways at the same time: The deck will be glued with Epoxy to the hull. That’s why they had built a wide strip at the edge of the ship´s side so that a large area is formed to glue the deck onto. Second, thick nuts and bolts will be drilled through deck and hull every 20 centimetres to form a solid mechanical bond.

Interior design and final fitting of the yacht

With this step the boat has been finished to a raw state. All major pats like engine, additional machinery, all electric wires and parts had been already installed. Most of the joinery is of course assembled and put into the boat before the marriage of hull and deck – just as it is the case with all yachts. “Now the boats will be brought into our paint shop”, Justine adds, pointing to a now empty area at the end of the workshop. Where the secret RM 1370 just left.

We leave the large workshop. Two RM Yachts are on the outside to be fitted and rigged. An RM 1270 is the first we inspect. “All colours from the RAL-palette are possible”, Justine says: “We can even create tones if a client won´t find his favourite colour among the thousands of variants.” She smiles. “There´s always the one favourite colour not supplied by RAL, I can assure you …” We enter the 1270 and go down the entryway.

“With every RM Yacht you will only have to make three steps to enter the saloon”, Justine insists. What impressed me (again) was the sheer light suffused saloon. Wow, that´s almost as spacious as on a deck saloon yacht, I tell her. She agrees: “Yet it isn´t a DS. We achieved to offer almost a 360 degree view of the surrounding which is fantastic when sailing.” I can only imagine.

Partially this fantastic situation is due to the huge skylights in the fore part of the saloon: These large windows allow huge amounts of light entering the saloon for sure. “It´s wonderful to see the sails in full bloom. Even when sailing with autohelm, you´ll have a perfect view to what´s happening around and in front of you from down below here”, Justine adds.

Just like windshields of modern sportive cars the RM Yachts bear this feature: As I stand outside on the fore deck of the 1270 I can compare this 34 feet boat to the nearby RM 890, the smallest in the RM range, that also have these large skylights. Light is even more important the smaller a yacht will be, so that is well done, Marc!

But what I loved most about the RM: The navigation station. “We take pride in the fact that every RM Yacht features a proper chart table”, Justine tells me. I dislike current trends in “modern” cruisers to further miniaturizing the chat table, to make it disposable of because most sailors don´t do proper chart work but rely solely on their chart plotters. The RM1270 has a huge nav station – compared with her boat´s size – which I so much adore. (Read about the chart table of my own yacht here )

The price of an RM Yacht

I conclude the tour oft he RM Yachts facilities with a chat about the efforts which go into these boats. RM Yachts is making around 40 yachts per year, which is more than I thought. “We like to produce more and this year there will be a slight increase in the amount of units sold, but growth is not our primary goal”, Justine assures me. “We want to keep our high standards of quality both in the building of the boats as well as in their sailing abilities.” She is proud to tell me that when they´ve tested the RM 890 against the all new Pogo 36 (read it here ), at this very day, the RM was faster.

All this comes with a price tag of course. Making a yacht is always almost solely paying for handmade craftmanship. That´s no different between a GRP-made boat to these plywood yachts. Nevertheless, as Marc Lombard told me, the price for a plywood-epoxy-hull is around 20 per cent higher than compared with a similar hull made of GRP alone. RM Yachts is definitely an exclusive brand and therefore these boats do cost. In sheer numbers: One meter of the RM 970 does come in at some 14.900 Euros. A Pogo 36 will be slightly cheaper, 14.700 Euros. The Dehler 34 will come in at 12.000 Euros per meter, the Oceanis 35.1 at 10.800 Euros. So there´s the difference, some 25 to 30 per cent to the production boats.

In the end I did have some very, very interesting two hours at RM Yachts workshop in La Rochelle with my wonderful host Justine who allowed me to take a free look at everything that was of interest. I was offered to look behind every corner, to turn things upside down (but to avid making pictures of the brand new RM 1370 – which I however did and will publish another article on this yacht when RM has officially launched the boat in the coming weeks. Thank you so much, Justine, thanks RM for having me as your guest. All that remains is the longing for an … at least small … RM Yacht (I´d take the green one) and maybe I will get the chance to sail one of these at the German RM-dealer not far from where I live.

More information on RM Yachts on their website

Other interesting articles on that topic:

Talking RM Yachts and plywood boats with Marc Lombard

Alex on his plywood-build: A Mini 650

Roofing panels made from plywood

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RM sailing yachts from La Rochelle are known for their excellent quality and innovative wood-epoxy construction. The current range includes a variety of sailing yachts, from the RM 970 to the RM 1370, all designed with attention to detail and sailing performance.

The unique selling point of RM sailing yachts is their wood-epoxy construction. This construction method combines the strength of wood with the durability of epoxy resin, resulting in a light, stiff and robust ship. This construction ensures optimal stability and smooth sailing behavior, which is ideal for both long-distance sea sailing and short trips along the coast.

In addition, RM sailing yachts are known for their comfortable interiors, which are designed with attention to ergonomics and ease of use. The interplay of innovative technology, high-quality materials and craftsmanship makes RM sailing yachts a sought-after choice for sailors looking for adventure and performance without compromising on comfort and safety.

DOEVE Brokers and Valuers is your dedicated yacht broker for sailing yachts built by RM. For further information about the sale of your RM or if you wish to purchase an RM, please contact us .

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RM1070 on test: the plywood family cruiser that dares to be different

• Toby Hodges
• January 8, 2016

For those after something a bit different from the norm, this sporty 35ft plywood family cruiser has plenty of colour and personality. Toby Hodges reports

All photos: Bertel Kolthof

Product Overview

Everyone stops to look when an RM sails by. I like to put it down to their individuality and character – traits not easily achieved on a typical volume production yacht.

RMs are built from the proper, honest stuff: wood. A subsidiary benefit of this, and the fact that they are not all finished in white gelcoat, is that a range of eye-catching colours is offered as standard – our test boat just happened to be off white!

But it’s not just colourful topsides that give an RM character – just because you wear red-framed spectacles or drive a turquoise Citroen it doesn’t make you intriguing. It’s personality and, as I was to find out, this new RM1070 has it in spades.

RM has built plywood epoxy yachts for over 25 years, using Marc Lombard designs for the last 20 of them. The 1070 is an evolution of RM’s most successful model, the 1050 from 1999, replaced by the 1060 five years ago. And now 26 of this new 1070 have already been sold since her launch a year ago. Not bad for a company used to producing 30-40 yachts a year.

Since our visit to the yard in autumn 2012, the brand has continued to grow in popularity by ensuring its models remain contemporary. The bold topsides are a well-recognised signature now, but for me it’s the muscular design that marks out the 1070, particularly her box fresh shape, reverse sheer and dreadnought bow.

And although RM has provided the option of twin keels for sailors wanting to take to the ground before, the 1070 has a versatile third option too: a swing keel that reduces draught from 2.92m to 1.15m.

Balanced blend

There is a selection of beamy, chined, sporty yachts around today, particularly from France. The majority tend to be lightweight, minimalist skimming dishes, such as the Pogos and Djangos, which are derived from Mini Transat racing yachts. I think of RM as more of a balanced blend between that more radical sporty end and conventional family production cruisers.

My first impressions of the 1070 were that she feels like a larger boat for her length. She has a generous sailplan – indeed her ratios are more comparable to a performance boat such as the J/111 or a Pogo 1050 – a sign that RM is pushing more towards the sporty end of the cruising spectrum. This helps to explain why she heels relatively quickly and easily.

There she remains happily on a chine, an angle that presents reduced wetted resistance, yet provides those aboard with a fun sense of speed.

Playful, enjoyable boat

The 1070 is a playful, enjoyable boat to helm. You can feel the stiffness of her build, the combination of plywood epoxy and a metal structural grid. She has a neutral helm, typical for a twin rudder set-up, but with deep blades providing direct steerage.

Her behaviour is typical of a modern, boxy, ultra-beamy cruiser. The triangular shape produces drag in light airs – if you look at the 1070 from behind you’ll notice her considerable wetted surface – and hampers the ability to point high. But in many cases, including aboard the 1070, this is more than made up for by a spirited performance offwind.

This was particularly noticeable when we hoisted a shiny red asymmetric spinnaker. The log quickly rose to average 8.5-9 knots in 12-14 knots of true wind. Point her up to a beam reach and she heels a little more and, with a little help from a slight wave, eases onto the plane. She even hit double figures briefly too.

Considering that RMs are not typical lightweight planing yachts – the 1070 is 1.3 tonnes heavier than a similar-sized Pogo 1050 – those are respectable figures. It will also help her win back some of that ground lost sailing upwind!

When I tested the larger RM 1260, I remember being a little disappointed that she didn’t plane, even when reaching in 25 knots of wind. The 1070 is that bit lighter, with a little more sail which, combined with a more modern shape and a longer waterline, means you get a bit more pace.

A cockpit to work in

Another real plus of an RM is the cockpit and sail control set-up. I like the way the mainsheet traveller utilises the extensive beam aft, which allows proper trim of mainsail shape. A German mainsheet system carries this sheet forward to the boom and back to winches within reach of each wheel.

Primary winches are fitted inboard, beside the companionway – something I am astonished more yards don’t do today. It avoids the need to try to grind while dangerously poised on the leeward rail and it allows a crewmember to stand upright to trim, let off a sheet with one hand and pull in the new working sheet with the other – all under the protection of the sprayhood. The 1070 also has a large bin to store the tails of running rigging at the companionway.

The open transom is still a feature that will take some getting used to on a cruising yacht, however. Triple guardwires and a crash bar across the transom might help prevent a crewmember disappearing overboard, but cockpit items could still get washed away, including sheet tails (check before engaging engine!).

Also, it adds to a feeling of exposure in addition to the wide aft beam.

Light and space below

Going below on an RM is like taking a revitalising tonic. It make you wonder why so many conventional monohulls feel enclosed, away from the very elements you have gone afloat to appreciate.

The 1070 incorporates an astonishing amount of natural light. The high coachroof allows the saloon (soles and furniture) to be raised, so it hardly feels as though you are descending into the interior. This also creates good bilge stowage beneath the saloon and galley.

RM’s formula is refreshingly different, with interiors that are basic, but comfortable. The 1070 is very much a no-frills, French-style boat. Once again, the use of bold colours plays a part; a choice of 12 different colours is offered for the upholstery, which helps give each RM its own style.

The interior is not only bright, but feels enormous – 13ft of beam obviously buys a lot of space in a 35-footer, but the fact that the painted ply finish has natural insulation, also avoids the need for liners. Although the cabins are rather Spartan, there is abundant practical stowage throughout.

The layout will suit cruising sailors. The galley is large, the saloon berths long (2.05m) and there is a proper navigation station. The saloon feels comparatively large, perhaps because the forward cabin is little more than a vee berth. The two-cabin format leaves the port aft area open for lazarette/workroom space, accessible through the heads.

It’s an excellent layout, one that is far more practical than trying to shoehorn in a third cabin, in my opinion.

A word about wood

Remarkably RM remains the only production yacht builder that builds hulls using plywood on frame. It is a skilled, technical and labour-intensive method, but one that is easy to understand and has several advantages.

Ply is lighter and more rigid than glassfibre, it provides thermal and sound insulation, and weight for weight it is stronger than steel. When bonded with epoxy resin it helps to create a durable, rot- and osmosis-resistant finish that is easy to repair.

But it is not a pliable product and it is a relatively expensive raw material. The sourcing of good-quality marine ply is essential for boatbuilding to protect against water ingress and delamination – but it is three times the price of standard ply.

Specifications

LOA 11.44m/37ft 6in

LWL 10.50m/34ft 5in

Beam (max) 4.00m/13ft 1in

Draught 1.68m/5ft 6in

Disp (lightship) 4,900kg/10,803lb

Ballast 1,600kg/3,527lb

Sail area (100% foretriangle) 70.2m 2 /756ft 2

Engine Volvo Penta 30hp saildrive

Water 90lt/42gal

Fuel 80lt/18gal

Sail area:disp 24.7

Disp:LWL 118

Price ex VAT €155,000 (£109,432)

Price as tested €218,329 (£154,142)

Design Marc Lombard

www.rm-yachts.com/en

You can tell I am a fan of RM yachts. Building in plywood epoxy is a smart, time-tested method, but it is a labour-intensive form of volume boatbuilding and so it does not come cheap. However, the 1070 does provide plenty of boat, with individuality, for her €155,000 base price.

The RM1070 is a fun boat to sail, with just the right balance of sportiness and cruising safety for an active sailing couple or family. And I am quite sure a family would be happier in that bright interior, with a basic, but tidy finish, than many other compact monohulls. The keel options also open up another world of shoal draught cruising.

It takes more than a lick of bright paint to give a yacht character. From her build material, to her contemporary shape, to her naturally floodlit interior, the RM 1070 is a boat for today.

She has oodles of character. She’s a yacht that proudly says: different is good.

Different coloured hulls are available

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About Sailicity Yacht Sales & Charter

Let your journey begin with Sailicity with all-inclusive sailing experiences. We foster the spirit of sailing and craft personalized and unique voyages tailored to discriminating guests. Tell us where you want to go, and we will plan the rest. We partner with an array of dynamic fleets designed to combine luxury lifestyle and the travel freedom of a memorable sailing experience. We have the privilege to provide guests with alternative social gatherings by hosting socially distant events on the sea, making all feel safe and exclusive.

Our Charter Concierge will craft private charters from half-day, weekend, or up to 14-day voyages. We have multiple types of charters; that sail anywhere in Florida along the Atlantic coast in the spring and fall with our Summer base in New England and our Winter Home in the Caribbean. Sailicity’s concierge service removes the headaches of planning and will take care of all the small details with industry-leading experts.

Our mission is to provide you the sailing experience of your dream. Make an appointment to speak to a Charter Concierge at no cost.

Contact a Charter Concierge to Learn More

Your Charter Concierge will help you create an experience you and your family will never forget. Celebrating a special occasion? Take the family on vacation? Explore incredible sights you can only see by water? We are here to help!

Celebrate Life with us on the Water

We amplified the concept of micro weddings with the creation of Weddings on the Water. Our venue focuses on personalized details for a brief ceremony at anchor for the bride and groom and up to 10 additional guests. 

We will provide wedding planning services, coordinating Florist, Videographer, Photographer, and Caterers to create a memorable experience. The Ceremony can be followed by cruises to resort destinations around Florida’s Gulf.

It took years of planning and effort to get to this point in your life.  There is no better way to celebrate and say thank you to the people who helped you get here. Your day has come, and we strive to meet all your expectations when planning your retirement holiday. 

Your celebration may be a catered dinner and sunset sail or a weeklong excursion, combining sailing, golf, dining, and tennis as we traverse Florida’s Gulf coast and visit some of our finest resorts.

Birthdays & more

Celebrate the time of your life with the people you love aboard a well-appointed crew yacht. Whether it is a milestone or not, let our special event planner help you celebrate in style. 

We will suggest menu options and provision for day cruises for up to 12 guests or overnight retreats for up to three couples. It can be the most memorable celebration of life.   Birthday yacht charters originate from the Vinoy Marina in St. Petersburg, FL, or Key Bight in Key West.

Why Sailicity Charters & Yacht Sales?

We remove the headaches of planning and will take care of the small details with industry-leading experts. We pride ourselves on taking the time to listen to your needs because WE CARE & have a passion for sailing.

We offer the chance to climb aboard the best boats from world-class manufacturers. Our boats combine maximum comfort blended with high performance.

It takes years of experience to know the different types of sailing vessels and how to determine which one is best for you. We are here to guide you to ensure you receive the best value on the type of boat you want.

We’re sailors. We are here to give you a sailing charter experience you will never forget. Start planning your sail today.

The possibilities are endless! Our beautiful Bali Catamarans are always based at ports during high season in the region. Our Concierge Service will help you plan your sailing adventure and build itineraries that are all about you.

A bareboat charter or demise charter is an arrangement for the chartering or hiring of a ship or boat, whereby no crew or provisions are included as part of the agreement; instead, the people who rent the vessel from the owner are responsible for taking care of such things. We are happy to arrange bareboat charters for qualified sailors who choose to go it alone. However, our specialty is to help you connect with knowledgeable captains and competent crew members to enhance your sailing experience by organizing your provisioning, planning your sailing itineraries, helping you manage meals and the galley and keeping you safe during your sailing adventure. Learn More .

Learn more about yacht ownership here . 

Our know-how: high-quality sailing yacht building

RM Yachts are “composite” as much as the best materials are carefully selected for each part of the boat:

• Plywood for the general structure
• Epoxy stratification for the assembly
• Iron for the keel
• Polyester sandwich for the roof
• And from now on epoxy sandwich for the planking above waterline (1180).

To better visualise our plywood sailboat construction technique, think about a wooden house, with concrete foundations, a roof with tiles and window frames made of aluminium.

RM monohull yachts, available from 30 to 45 feet – approximately 9 to 14 meters –, are in constant development to improve our performance level as well as the quality of our products.

Most of our highly skilled engineers have been with us for almost 20 years, so they clearly benefit from very valuable owners’ feedback when it comes to our sailing yacht building expertise.

First step:

The hull and its structure

For the structure of our sailboats, we use high quality plywood: CTBX, full Okumé, with Class-3 gluing. Thickness varies between 12 and 15mm, depending on the RM model.

The hull itself is in marine plywood, with panels of 15, 18 or 22mm depending on the parts and of course the RM model.

The laser-cut panels arrive at our French shipyard, in La Rochelle, ready to be assembled and glued.

The assemblage is done on a template mould, integrating the iron part which will support the keel(s).

It is done « upside-down » for a better holding and an easier access.

Gluing is done with a bi-component epoxy.

Then come the plankings, made of plywood too, (except for the RM1180, our 39-foot bluewater cruiser), which are mechanically held so that they fit with the hull shape.

SECOND STEP

Just before demoulding, we run an inspection of the bulkheads. Each of them being structural, they are stratified to the hull. We make sure the joints are neat and smooth.

The hull is then craned up, and the stratification finalised.

Please note that every single piece of plywood is coated with epoxy, so that it is watertight and contribute to the overall stiffness of the sailing boat.

The hull is now ready.

INTERIOR WORKS

The inside is painted in white before we start the following:

• Electricity
• Tank installation
• Engine & accessories installation (batteries)

Depending on the yacht model, some furniture is always installed at this stage before the access becomes tricky.

FOURTH STEP

Deck preparation and installation

When the deck arrives at the shipyard, we use plywood again for the counter-moulding, and install the anti-slip painting as well as some of the deck fitting.

What makes RM’s sailing yacht building technique special is that once the deck is positioned over the hull, we apply another layer of epoxy to stratify it to the hull. This junction becomes invisible, totally watertight, and highly contributes to the global stiffness of the yacht.

From this stage, one may consider the boat is just one piece (hull + deck).

HULL CUSTOMISATION

The colour of your dreams for your family or even solo liveaboard sailboat is the result of a succession of tasks.

Back to step one, we apply epoxy on the upside-down hull and sand it.

Now we can start with a primer, thick enough to ensure the smoothness.

A second primer, thinner this time, is then applied. It improves the touch & feel.

Another sanding is then made, before the last primer – ultra-thin polyurethane – is applied. This is the last layer before we can finally spray the lacquer – the one of your dream colour for your modern customised sailing yacht!

SIXTH AND LAST STEP

The final fittings

Once the yacht has reached this final stage, we install windows, deck fitting, some added carpentry and plumbing.

Last, we crane the yacht to install her rudders (mono- or twin-rudder) and keels – whether you opt for a fin, twin or lifting keel sailboat.

A truck will come and pick her up, and once she splashes at destination, mast and rigging will finalise the building process.

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