In a nutshell: a Parawing is not chosen based solely on the rider's weight. The right size depends on the complete setup: wing + foil + board + level. For a rider weighing 70 to 85 kg: 5 m² from 10 to 25 knots (kts), 4 m² from 14 to 29 knots (kts), 3 m² from 23 to 35 knots (kts) and above, by adjusting the foil and board size. The foil weighs as much as the wing in the final result.
The Parawing opens new perspectives for foil practitioners, particularly in Downwind and Freeride. Compact, lightweight, and able to fade into the background once folded, it allows you to focus on the essentials: harnessing the energy of the Swell and fully enjoying the glide.
But when it comes to choosing the right size, many practitioners look for a simple answer: what size for my weight?
In reality, choosing a Parawing never depends on a single criterion. The rider's weight obviously plays a role, but the wind range, foil, board, and sailing program are equally determinant. Two practitioners of the same weight can use different sizes and achieve excellent results thanks to adapted equipment choices.
In this guide, we'll see how to build a coherent setup to choose the Parawing best suited to your practice.
The 5 steps to choose your Parawing
- Define your usual wind range.
- Consider your weight.
- Choose an appropriate foil: surface and profile / airfoil shape.
- Adapt your choice based on your board.
- Adjust based on your program: Downwind, Freeride, or transition from Wingfoil.
The Parawing is never chosen alone
The most common mistake is to choose a Parawing based solely on weight. In practice, a setup's performance relies on balance between several elements:
- the size of the Parawing;
- the rider's weight;
- the wind range;
- the foil (surface and profile / airfoil shape);
- the board;
- the sailing program.
Each modification directly influences the behavior of the whole system. A larger board facilitates takeoff / to foil up. A more lift-generating foil allows takeoff / to foil up at lower speed. Conversely, a compact board or a speed-oriented foil will require more power to get going.
This is why it's more relevant to think in terms of a complete system rather than wing size alone.
Start by defining your wind range
Before even choosing a size, ask yourself a simple question:
In what conditions do I want to sail most often?
A practitioner who wants to sail mainly between 10 and 20 knots (kts) won't have the same needs as a rider who regularly sails in 20 to 30 knots (kts). Once this range is defined, the other parameters will help refine the choice.
Wind range table by Parawing size
The example below is based on a modern Parawing incorporating an active power management system (depower / power-up system type). The ranges observed for a reference rider of 80 kg, 1,100 cm² foil, approximately 90-liter board, by adjusting the foil and board size:
| Size | Wind range | Primary use |
|---|---|---|
| 5 m² | 10 to 25 knots (kts) | Light to moderate wind, Downwind, initiation |
| 4 m² | 14 to 29 knots (kts) | Versatile, Freeride, varied conditions |
| 3 m² | 23 to 35 knots (kts) and above | Strong wind, lightweight riders, high performance |
These ranges vary depending on the rider's weight, foil, board, and technical level. They correspond to values observed with the FYNIX equipped with the PushBar System®.
There is significant overlap between the different sizes. The same rider can sometimes use two different sizes in the same wind window depending on their foil, board, or the program they're pursuing.
For a complete breakdown knot by knot, consult our detailed analysis of Parawing wind ranges. If you enjoy sailing in light wind, also check out from how many knots can you sail in a Parawing.
The impact of rider weight
Weight directly influences takeoff / to foil up and the range of use. With identical equipment, a lightweight rider will takeoff / to foil up earlier and can maintain the same wing size longer as wind increases.
Under 65 kg
Lightweight riders benefit from earlier takeoff / to foil up and can often use a smaller wing at the same wind speed. The 3 m² becomes accessible from 20 knots (kts) in good conditions.
Between 70 and 85 kg
This category corresponds to the majority of practitioners and serves as a reference for the announced wind ranges. All three sizes are accessible depending on conditions.
Over 85 kg
Heavier riders seek more power in marginal conditions. The 5 m² will often be the starting size, and a more lift-generating foil can compensate in light winds.
The foil: much more than a question of surface
Two foils of the same surface area can offer completely different behaviors. The profile / airfoil shape plays a major role in takeoff / to foil up, speed, and overall setup ease.
Lift-oriented profiles / airfoil shapes
These profiles / airfoil shapes allow earlier takeoff / to foil up and at lower speed. They are particularly suited to:
- light wind conditions;
- developing practitioners;
- programs prioritizing takeoff / to foil up ease.
In return, they reach their limits more quickly as speed increases.
Speed-oriented profiles / airfoil shapes
At equivalent surface area, a fast profile / airfoil shape offers more glide and efficiency once launched. However, it requires more commitment at takeoff / to foil up and more power to get going.
The foil's surface area is important, but the profile / airfoil shape is equally determinant. Don't focus solely on the cm² displayed. To dive deeper into the topic, read our dedicated guide: which foil to choose for Parawing.
The role of the board
The board directly influences takeoff / to foil up ease. A large board facilitates speed buildup and reduces the power needed to get going. A compact board will require more technique.
The rule of compensations
In Parawing, a large board often allows you to:
- reduce the required foil size;
- or reduce the required Parawing size.
A very lift-generating foil also allows you to reduce the required Parawing size for takeoff / to foil up.
Conversely, a compact board combined with a speed-oriented foil may require a larger Parawing size to achieve the same takeoff / to foil up.
The goal is not to maximize each element individually, but to find the right balance.
Why do some Parawings cover a wider wind range?
At equal surface area, two Parawings can offer very different behaviors depending on their profile / airfoil shape, stability, and power management system.
Certain technologies allow you to modulate traction in real time and exploit the same wing size across an extended wind range. This is the principle of depower / power-up system-type systems: maintain the power needed for takeoff / to foil up while improving control as wind increases.
The FYNIX is the first Parawing equipped with true dynamic depower / power-up system thanks to the PushBar System®. The lines slide inside the 32 cm Carbon bar and modify the wing geometry in real time: the rider depowers or powers up without releasing their grip, which significantly extends the range of use for each size. (PushBar System®: registered trademark, patent pending.)
To understand how it works in detail, read our technical analysis of the depower / power-up system with the PushBar System®.
Choosing your Parawing based on your program
Downwind
Downwind primarily requires efficient takeoff / to foil up and the ability to harness Swell energy. The foil choice is particularly important here. In small swells or to facilitate takeoffs / to foil ups, a lift-generating foil is appreciated. As the swell becomes faster, experienced practitioners often reduce the foil size to gain speed and freedom in turns.
Freeride
In Freeride, versatility comes first. Some practitioners choose a powerful Parawing combined with a compact foil to achieve a responsive and enjoyable setup across a wide variety of conditions.
Transition from Wingfoil
For practitioners coming from Wingfoil, it's often wise to keep relatively forgiving equipment. A board offering enough stability and a lift-generating foil facilitate learning. You can consult our guide Parawing or Wingfoil to better understand the differences between the two disciplines.
Complementary equipment: Leash, Harness, Wetsuit, Helmet
Beyond the wing, foil, and board, a few pieces of equipment make a difference in comfort and safety.
The Leash
A Leash is essential: it keeps you connected to your board, which matters for safety, especially in relation to the foil's sharpness or if you need to stay in the water after an issue. Use a board Leash suited to the foil. SROKA also offers a Hip Leash convenient for keeping your phone with you during the session.
The Harness
A Harness is recommended: without it, the wing pulls hard on your arms. It transfers traction to your torso and allows for longer sessions. A Harness with a Kangaroo Pocket is ideal, two-in-one: it combines support and convenient storage for folding the wing. Adjust it so traction passes through your hips, not your shoulders. Discover the SROKA Parawing Harness, and our complete guide to Harness in Parawing.
The Wetsuit
Thickness depends mainly on water temperature. In Brittany, where water stays cold, go for a 4/3 in winter and a 3/2 in mid-season. In warmer waters, a long john or shorty is sufficient. An appropriate wetsuit keeps you warm and extends your sessions.
The Helmet
A helmet is not essential in most conditions: the risk of impact remains limited, and it only protects part of the head, not the face. It's a personal choice. On a shallow spot with rocks, or simply to reassure yourself when starting out, wearing one is perfectly legitimate.
What complete setup for beginners in Parawing?
If you're starting in Parawing and coming from Wingfoil or Kitesurfing, here's a coherent starting point:
| Element | Beginner recommendation (70 to 85 kg) |
|---|---|
| Parawing | 5 m² for 10 to 20 knots (kts) / 4 m² for 15 to 25 knots (kts) |
| Foil | 1,300 to 1,500 cm², high aspect ratio, UHA range |
| Board | 85 to 100 liters, stable, good buoyancy |
| Power system | Wing with active power management recommended for safety and progression |
Find our FYNIX Parawings available in 3 m², 4 m², and 5 m² in the shop.
Your Parawing chosen, time to practice and the first beginner challenge: getting back on your board after a fall. We explain how, step by step.
The most common mistakes when choosing a Parawing
Mistake #1: choose your size based solely on weight. Weight is one factor among others. Without knowing the foil and board associated, a size recommendation remains approximate.
Mistake #2: focus solely on foil surface area. The profile / airfoil shape is at least as important. A 900 cm² foil with a lift-oriented profile / airfoil shape can takeoff / to foil up earlier than a 1,100 cm² foil with a speed-oriented profile / airfoil shape.
Mistake #3: replicate an expert rider's setup. Advanced riders often use equipment optimized for pure performance, which requires more commitment. A high-performance setup is above all a balanced setup for your level.
Mistake #4: ignore the power management system. A Parawing without active power management is harder to hold when wind increases. It's a safety criterion as much as performance, particularly for developing riders.
Conclusion
Choosing your Parawing doesn't simply consist of selecting a wing size. The rider's weight, wind range, foil, board, and program should be considered as a coherent whole.
The more balanced your setup is, the more you'll enjoy the Parawing's potential, whether in Downwind, Freeride, or transitioning from Wingfoil.
Remember one simple idea: the Parawing is never chosen alone.
FAQ
What Parawing size should I choose based on my weight?
Weight alone is not enough. As a general guide, for a rider of 70 to 85 kg with a 1,000 to 1,100 cm² foil and approximately 90-liter board: a 5 m² covers 10 to 25 knots (kts), a 4 m² covers 14 to 29 knots (kts), a 3 m² covers 23 to 35 knots (kts) and above, by adjusting the foil and board size. A rider under 65 kg can often go down one size, a rider over 85 kg may sometimes need a larger size in marginal conditions.
What's the difference between a 3 m² Parawing and a 5 m² Parawing?
The 5 m² is designed for light to moderate winds and facilitates takeoff / to foil up. The 3 m² is reserved for sustained conditions, from 23 knots (kts). The two overlap around 23 to 25 knots (kts): the choice then depends on the foil, board, and program.
Which foil should I choose with a Parawing?
A lift-oriented profile / airfoil shape facilitates takeoff / to foil up at low speed and suits light conditions or beginners. A speed-oriented profile / airfoil shape offers more glide once launched but requires more power at takeoff / to foil up. For beginners or sailing in small swells, a 1,300 to 1,500 cm² front wing with high aspect ratio, in the UHA range, is recommended.
Can I use my Wingfoil equipment to start in Parawing?
Yes, in most cases. A lift-generating Wingfoil foil is well-suited to Parawing. The board should offer enough volume, 80 to 100 liters depending on weight, to facilitate takeoffs / to foil ups. A standard Wingfoil board is suitable for transition.
What is a power management system on a Parawing?
It allows you to adjust wing traction in real time, like a depower / power-up system. The FYNIX is the first Parawing equipped with true dynamic depower / power-up system thanks to the PushBar System®: it extends the range of use and improves control in gusts.
What board should I use with a Parawing?
In Parawing Downwind, an 80 to 100-liter board facilitates takeoff / to foil up. Parawing-specific boards are narrower and longer than Wingfoil boards for better glide control. A heavy or beginner rider will prefer more volume.
Is a Harness mandatory in Parawing?
It's not mandatory, but strongly recommended: without it, the wing pulls hard on your arms and sessions are shorter.
What wetsuit for Parawing in Brittany?
A 4/3 in winter and a 3/2 in mid-season, as water stays cold. In warmer waters, a long john or shorty is sufficient.
Do I need a helmet in Parawing?
It's not essential in most conditions, as the risk remains limited. On a shallow spot or to reassure yourself, it can be justified.
About the author
This article was written by Bruno Sroka, professional rider, three-time world champion in Kitesurfing and Kitefoil, glide equipment designer, and founder of SROKA Company. Author of the Cape Horn crossing under sail (2008), the English Channel Kitesurfing record (2012), and the France-Ireland connection (444 km, 2013), Bruno has been developing foil, Downwind, and water sports equipment for over 20 years. He is the designer of the FYNIX and PushBar System®, the first dynamic depower / power-up system mounted on a Parawing.
