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Access Wing Foil Package

Learn and advance – Foil, board, wing, leashs
It’s an ultra-accessible package that allows you to get started with confidence, then develop over the long term with a carbon foil and high-performance equipment.

From £2449,00

Customize

Features

Easy
Full carbon foil
Plug & Play

Fly One Board

Volume (L) Length (in/cm) Width Construction Box Inserts Weight (Kg)
100 5’10/177 cm 28″/71 cm PVC Sandwich Glass Double Rail US Yes 7
115 6’2/189 cm 27.5″/68.5 cm PVC Sandwich Glass Double Rail US Yes 7.3

Front wing Flyer

Surface (cm2) Span (mm) Aspect Ratio Cord max (mm) Thickness max (mm) Fuselage size Construction Weight (kg) Screw size
1500 955 6.3 185 20 HR Carbon / Corecell TBA M8x20mm Torx 45
1800 1050 6.3 205 22 HR Carbon / Corecell TBA M8x20mm Torx 45

Stabilizer

Surface (cm2) Span (mm) Aspect Ratio Cord max (mm) Thickness max (mm) Construction Weight (kg) Screw size Compatibility
245 450 8.3 66.8 8.3 Carbone prepreg 0.2 M6x16mm All AFS fuselage

HR Carbon Mast

Length (cm) Cord min (mm) Thickness min (mm) Screw size (mast/fuselage) Construction Weight (kg)
80 135 16 M8x40mm HR Carbon 1,6

Fuselage Evo

Length Construction Compatibility
68 cm Carbone prepreg All Fuselink/stabs masts

D-Lite Wing

Size (m2) Span (m) Weight (Kg) Handles
3 2.4 1.8 Flexible
4 2.9 2.1 Flexible
5 3.3 2.4 Flexible
6 3.4 2.8 Flexible

Front wing Flyer

Surface (cm2) Span (mm) Aspect Ratio Cord max (mm) Thickness max (mm) Fuselage size Construction Weight (kg) Screw size
1500 955 6.3 185 20 HR Carbon / Corecell TBA M8x20mm Torx 45
1800 1050 6.3 205 22 HR Carbon / Corecell TBA M8x20mm Torx 45

Stabilizer

Surface (cm2) Span (mm) Aspect Ratio Cord max (mm) Thickness max (mm) Construction Weight (kg) Screw size Compatibility
245 450 8.3 66.8 8.3 Carbone prepreg 0.2 M6x16mm All AFS fuselage

HR Carbon Mast

Length (cm) Cord min (mm) Thickness min (mm) Screw size (mast/fuselage) Construction Weight (kg)
80 135 16 M8x40mm HR Carbon 1,6

Fuselage Evo

Length Construction Compatibility
68 cm Carbone prepreg All Fuselink/stabs masts

Size (m2) Span (m) Weight (kg) Handles
5 3.3 2
6 3.6 3
Wing foil / Surf foil/ Sup foil / Dockstart / Freeride downwind
This product comes with a two-year warranty.

AFS product expert

Need help?

We’re here to provide you with comprehensive answers and advice to help you make the right choice.

How to use the product

Assemble your foil in no time with just a few screws. Two for the stabiliser – three for the mast/fuselage connection – three for the front wing.
You can leave your foil fully assembled. The only thing to check, especially when the foil is new, is the tightness of the wings and especially the Tbar in the case of a demountable foil. The parts are going to be made during the first sessions and may move a little.
At AFS we have always used full carbon. Full carbon means no corrosion or oxidation, so you don’t really need to rinse your foil. It’s just a quick rinse with clean water to remove any impurities that may be created by hydrocarbons or algae, depending on your spot.
It is not recommended to store wet foils in their covers. Storing a wet foil in a closed, unventilated cover can lead to discolouration or colour transfer, even if there is no mechanical risk of oxidation.
That’s the advantage of carbon, you don’t need to add anything – just ride!
There are several ways to store your foil. You can store it fully assembled on your board, using individual covers. There are also carrying cases that allow you to store your foil completely disassembled.
We recommend rinsing the board after each session and drying it out of the cover before storing. This way, your decorations will last longer, and you’ll avoid osmosis and mildew.
The decompression screw is located on your board. It is very important because it regulates the pressure inside the board, which can increase with temperature or altitude. If this pressure is not regulated, it can damage your board. It is therefore crucial to open this screw when storing the board, especially in hot places like a car or a sunny beach. If you have an automatic decompression screw, the board regulates itself.
No, you don’t want to start with straps. Consider them when you start jibing. To install the straps, place them in a V-shape in the predefined holes with the appropriate screws supplied when you buy AFS straps. It’s very important to use the screws supplied, as their length and diameter are adapted to the inserts on our boards. Make sure you insert the screws straight and not askew. You can also use antitwist to prevent the strap from turning around the screw. When it comes to adjustment, there are two schools of thought: those who put the whole foot in by opening the straps completely, and those who put only half the foot in by tightening the straps more. This will help to get the foot out more easily in the event of a fall. It all depends on your morphology and taste.
We recommend rinsing the board after each session and drying it out of the cover before storing. This way, your decorations will last longer, and you’ll avoid osmosis and mildew.
Your wing’s leash can be connected in two different ways: 1. If you have a piece of rope at the end of your leash, create a loop using the chair knot technique, for example. 2. If the loop already exists, it is sewn into the leash. Once the loop is OK, pass it through your wing attachment (the small cord located at the portage/freefly handle), then iron your leash inside this loop.
Pass the leash attachment through your hand, then tighten so that the loop can no longer pass your hand without cutting off your circulation. There are no precise rules for choosing which arm to put your leash on: right or left. It all depends on your preferences.
Roll the sail starting from the sides, also known as the ears, rather than folding it. This is particularly important if your sail has plastic windows, as folding can create angles that weaken the fabric or plastic of the windows. Once both sides are rolled up, fold the whole assembly starting at the back to expel air from the central batten. Stow the valve in its neoprene protection, then fold the sail one last time. Make sure you don’t overfold the sail if you want to keep it for a long time. Finally, put the sail back in its bag.
Whether in fresh or salt water, we recommend rinsing the wing. It’s best to rinse with rainwater, which has less limescale than tap water. Allow your wing to dry completely before storing. Do not dry your wing in the sun, as this could damage it. It is also advisable not to hang the wing up to dry or store it, to prevent the bladders from shifting or falling into the leading edge or batten.

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Access Wing Foil Package

Learn and advance - Foil, board, wing, leashs

It’s an ultra-accessible package that allows you to get started with confidence, then develop over the long term with a carbon foil and high-performance equipment.

From £2449,00

Flyer Full Set
Fly One

Customize

Q&A

Yes, this foil can be completely dismantled.

Depending on your size/practice, you’ll find different information on the pages presenting our ranges directly. If you have the slightest doubt, our team of enthusiasts is at your disposal via the website chat (blue logo) at the bottom of your screen.

Our offices and warehouses are in the USA, at this address: MM Sailing
Naples, FL 34120. The head office is located in Brittany, more precisely in Pencran, Finistère. We are located Espace Joseph Rolland – 29800 PENCRAN.

All AFS foils are manufactured at our company in Pencran, France. All AFS Advanced boards are also made here. Some of our boards are made in Tunisia at Terminatech, as are our covers. Finally, although we haven’t yet managed to make the leap, our wings are now made in China, although all R&D is carried out in-house.

All our products are packed in reinforced cardboard boxes. We ship all over the world, sometimes between private distribution, boat and plane… All our products are protected with various types of foam.

If the delivery has been accepted, simply use our contact page If you have not yet received the order, feel free to unpack the parcel in front of the carrier. In the event of the slightest impact, you can refuse the parcel – no financial charge will be applied. We have insurance for this. A new parcel will then be returned to you.

You can contact our dealer network or our ambassadors. We also organize AFS Days, where you can test all AFS equipment.

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Size guide

Foil set Flyer

75 Kg and under 1500
75 Kg and over 1800

 

Fly TOMO board


> 65 kg Fly M
65 – 70 kg Fly M
70 – 75 kg Fly M
75 – 80 kg Fly M
80 – 85 kg Fly L
85 – 90 kg Fly L
90-95 kg Fly L
> 95 kg Fly L

Wilf Wing

70 Kg and under 4m2
75 Kg and over 5m2

 

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Caractéristiques techniques

Fly One Board

Volume (L) Length (in/cm) Width Construction Box Inserts Weight (Kg)
100 5’10/177 cm 28″/71 cm PVC Sandwich Glass Double Rail US Yes 7
115 6’2/189 cm 27.5″/68.5 cm PVC Sandwich Glass Double Rail US Yes 7.3

Front wing Flyer

Surface (cm2) Span (mm) Aspect Ratio Cord max (mm) Thickness max (mm) Fuselage size Construction Weight (kg) Screw size
1500 955 6.3 185 20 HR Carbon / Corecell TBA M8x20mm Torx 45
1800 1050 6.3 205 22 HR Carbon / Corecell TBA M8x20mm Torx 45

Stabilizer

Surface (cm2) Span (mm) Aspect Ratio Cord max (mm) Thickness max (mm) Construction Weight (kg) Screw size Compatibility
245 450 8.3 66.8 8.3 Carbone prepreg 0.2 M6x16mm All AFS fuselage

HR Carbon Mast

Length (cm) Cord min (mm) Thickness min (mm) Screw size (mast/fuselage) Construction Weight (kg)
80 135 16 M8x40mm HR Carbon 1,6

Fuselage Evo

Length Construction Compatibility
68 cm Carbone prepreg All Fuselink/stabs masts

D-Lite Wing

Size (m2) Span (m) Weight (Kg) Handles
3 2.4 1.8 Flexible
4 2.9 2.1 Flexible
5 3.3 2.4 Flexible
6 3.4 2.8 Flexible