Specification

L.O.A

9,98m

L.W.L

8,27m

Beam

2,84m

Draft

1,65m

Mainsail

27,00 m2

Jib

21,00 m2

Fresh water tank

95l

Fuel tank

51l

Displacement

4.200kg

Ballast

1.600kg

Faurby 335

Currently, the smallest yacht we produce is the Faurby 335. She is designed to be sailed as easily by one person as she can be with a crew. All sail controls are within arms’ reach from the tiller and all lines are brought aft, making her effortless to sail.

The seating is low enough in the cockpit to provide good protection, while outboard of the seatbacks the sidedecks have been raised to give both helm and crew a better view forward and keep everyone from sitting on a wet deck.

The long cockpit makes the most of the deck space and has excellent stowage, accessed via the starboard seat. The cockpit opens out to the transom giving outstanding access from either dock, dinghy or bathing ladder. When you’re sailing it gives a connection to the water flowing past, without feeling exposed.

Down below, she devotes space on board to the most frequently used areas. The forward bulkhead can be positioned either forward or aft of the mast, which allows you to increase the size of either the forward cabin or saloon depending on your preference. Both options still offer a chart/navigation table area by the companionway. One popular layout includes a linear galley to starboard and facing seats making a dinette. The dinette converts to a double berth for occasional guests while there is more berth space aft. Another popular option is for an L-shaped saloon with seating on both sides and an L-shaped galley further aft. But as with all Faurby yachts, anything is possible.

Gallery

virtual tour

Grid slide - An ideal interior 1 - F335

An ideal interior

The galley is pivotal to how you use your yacht, everyone has their own preference for the shape, layout and storage options. No longer do you have to put up with where’d how a designer wants your galley to be; you choose its location and shape, even which locker you’d like us to custom fit your chinaware into. We make a bespoke galley that works perfectly for you.

Grid slide - An ideal interior 2 - F335

An ideal interior

No two interiors are identical, some have more customisation than others. Some are crafted in mahogany, others in teak or oak. Many owners opt for a modern, contemporary feel while others want something more reminiscent of the bygone era of classic wooden yachts. We make interiors that are as individual as a fine tailored suit.

Grid slide - Building process 7 - F335

Built for the sea

Now the headlining and hatches can be added and the interior hand-finished. At Faurby we don’t hide the screws used to construct the interior. Instead, we make the interior so it can be easily removed for repair or alterations in the future. In 20 years’ time you may need to access some wiring behind a panel. We believe this is the best way of making a strong, fast, high-quality performance cruiser that will look after you whatever the conditions.

Grid slide - building process 1

Hand-built quality

At Faurby we don’t make our yachts the easy way, we make them the right way and we pay attention to every detail on board. Each yacht’s interior is handmade – every piece of wood is cut by a person, not a computer. If you want a berth 15cm (6 in) longer, we can do that. Need more headroom? We can lower the floor and increase the height of the topsides in the mould, just for you. Because our master craftsmen are not bound by the easiest or most cost-effective way of building boats, we can offer you a unique sailing boat.

Grid slide - building process 2

Specialised craftsmen assembling the hull construction

Built for the sea

All our hulls are hand-laminated at our yard in Lunderskov, Denmark. The gelcoat we use for the contrasting coloured hull lines are hand-painted into the mould before the hull’s gelcoat is applied. When that is dry, the layers of chopped-strand mat are hand-rolled into place.

Grid slide - Building process 3

Built for the sea

On our Faurby 335 we use a balsawood core throughout the hull, on larger models we use closed-cell Divinycell foam core and a substantial galvanised steel frame is both bonded and laminated into the bilge to take the loads from the mast and keel.

Grid slide - Building process 4

Built for the sea

Stringers are also laminated into the hull for extra strength. Bulkheads and cabinetry for bunk and seat bases are laminated to the hull too, which creates a remarkably strong and rigid hull. The interior is then handmade according to each owner’s personal requirement for layout and storage solutions.

Grid slide - Building process 5

A specialised craftsman mounting the teak deck

Built for the sea

While the interior is being crafted, teak is shaped and bonded to the deck. We take into account any customisation that was requested by the owner and shape the teak around any fittings accordingly. This creates a beautiful, unique and hardwearing deck.

Grid slide - Building process 6

Built for the sea

With the deck fittings in place and the interior cabinetry taking shape, the deck is bonded and through-bolted to the hull – through the solid teak toerail. The join is then laminated from the inside to make the hull and deck a single, strong structure.

Grid slide - sailing qualities 9 - F335

Designed to sail

To reduce turbulence and improve performance the skin fittings can be recessed and faired into the hull, as too can the seal for the saildrive. This is protected by a fibreglass fairing, making the hull as fair and streamlined as possible for the best performance on the water.

Grid slide - sailing qualities 1 - F335

Designed to sail

A Faurby has to be a yacht that sails well, or she cannot be a Faurby. The slender hull shape has less resistance and is faster and more easily driven in light weather. This means you can sail in less wind and the design keeps the waterline almost symmetrical along the direction of travel even as she heels. This benefits the yacht’s behaviour; she remains balanced and easy to handle.

Grid slide - sailing qualities 2

Designed to sail

On a yacht like the Faurby that is designed for displacement speeds, the full length of the hull stays in the water while sailing. This retains the dynamic waterline length, which boosts boatspeed. Other yachts with wider hull forms can unbalance as they heel, lifting the ends out of the water and reducing the dynamic waterline length while also lifting the top of the rudder from the water. This reduces the rudder’s effect, losing steerage and is why many wide-hulled boats need twin rudders. We don’t need two, we use a single, deep rudder.

Grid slide - sailing qualities 3

Designed to sail

The sleek hull shape has enabled our designers to add more hull volume in the ends of the yacht, which increases the prismatic coefficient and therefore gives better boatspeed while sailing at displacement speeds. Or, put simply, it gives the narrower design more space in a hull that is comfortable, well-behaved and takes less effort to reach her potential hull speed.

Grid slide - sailing qualities 4 - F355

Designed to sail

It’s not just the design of the hull that sets us apart, we offer a refined design of keel and rudder, streamlined to minimise drag and engineered to give the best possible stability and performance without compromising your ability to cruise comfortably.

Grid slide - sailing qualities 5

Designed to sail

Our T-keel design has been developed by the double Olympic gold medallist Jesper Bank to reduce the drag by 40% over our standard appendages. A T-shaped keel has the least drag and put’s the yacht’s ballast in a bulb the furthest away from her vertical centre of gravity for the greatest stability. She will heel less and you can carry more sail area for longer, reducing the need for reefing.

Grid slide - sailing qualities 6

Designed to sail

The T-keel is optimised and individually built for each yacht. By increasing the draught we can reduce the ballast, making the boat’s total displacement lighter without affecting her stability. Likewise, we can reduce the draught and increase the ballast with minimal expense of her upwind performance while making shallower cruising areas more accessible. We can do this because the blade of the keel is made from a custom-made steel frame that’s constructed to give you the draught you require.

Grid slide - sailing qualities 7

Designed to sail

The keel’s steel frame is enclosed in a GRP fairing to make it as smooth, regular and as streamlined as possible. The shape of the lead bulb is designed to provide lift: around 2mm on our Faurby 460. It might not sound like much but it helps improve the yacht’s overall performance without compromising her comfort or safety.

Grid slide - sailing qualities 8

Designed to sail

The deep, short-chord rudder blade has also been developed by Jesper Bank. Taking inspiration from the pectoral fins of a humpback whale which are surprisingly agile, given their size. This gives the perfect balance between control, responsiveness and feedback.

Specification

Faurby 335

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