The minimum wind to get up on a parawing, wing size by wing size, and the technique to get going early even in a light breeze.
In short. There is no single number. The minimum wind depends on your weight, wing size, foil, board, technique and level. For a 80 kg rider with a setup designed to get going early, a 5 m takes off from about 8 knots, a 4 m around 13 knots, a 3 m around 20 knots. For pure light wind around 8 knots, aim for a 5 or 6 m. And the real hard part is not the flight: it's the takeoff.
Today, I sailed a parawing in 8 knots. A 5 m, a 1500 cm² lift foil, a 7'2 downwind board, and I was the only one on the water flying. That's the whole point of this article: contrary to a stubborn idea, the parawing is not reserved for strong wind. With the right gear and the right technique, you get going much earlier than what you read everywhere.
The real minimum depends on your setup, not just the wind
"From how many knots?" has no universal answer. At equal weight, two riders do not have the same floor depending on their wing, foil, board and level. Here are my real benchmarks, at 80 kg, with gear designed to get going early.
| Wing size | Minimum wind (80 kg, optimal setup) | Recommended setup |
|---|---|---|
| 6 m | ~8 knots (easier takeoff) | High-lift foil ~1500 cm²+, long and glidey board |
| 5 m | ~8 knots | High-lift foil ~1500 cm², long and glidey board (such as a 7'2 DW) |
| 4 m | ~13 knots | High-lift foil, versatile glidey board |
| 3 m | ~20 knots | Foil depending on program, more compact board possible |
These figures are mine, at my level, with a setup built for light wind. The floor also depends greatly on your level: the better you master pumping and glide, the earlier you get going. On a 5 m at 80 kg, here are the realistic benchmarks.
| Level | Minimum wind (5 m, 80 kg) |
|---|---|
| Beginner | ~15 knots |
| Experienced | ~12 knots |
| Advanced / expert | 8 to 10 knots |
For the full wind range (low and high end) size by size, read our breakdown of the parawing wind range. This article focuses on the low end: how far you can go down, and how.
Flying the parawing and getting up on foil: two different things
This is the number one confusion about light wind. Flying the wing and getting up on foil do not require the same energy at all. A parawing can perfectly stay in the air when there isn't yet enough wind to get you up on foil. Hence the phrase we hear all the time: "my wing flies perfectly, but I can't get up on foil". The problem doesn't come from the wing. The wind is enough to keep it flying, but not yet enough to accelerate the whole system.
One physical notion explains everything: water is about 800 times denser than air. Flying a wing in air requires far less energy than accelerating a board and foil through water up to takeoff speed. Here are the benchmarks, for a 80 kg rider with a 5 m, a board around 115 L and a 1500 cm² lift foil:
- Flying the parawing: from 6 to 8 knots
- Possible takeoff: around 10 knots
- Comfortable takeoff: 12 knots
- Easy riding: 15 knots
- Ideal conditions for beginners: 15 knots and above
Remember the essentials: a wing that flies is not necessarily a wing that allows you to take off. For the complete physics of lift, see how a parawing flies.
Why 15 knots are often easier than 10
It may be surprising, but when you're starting out, seeking the lowest possible wind is often counterproductive. In very light wind, everything becomes more technical: the wing requires more attention to stay in the air, mistakes are less forgiving, and you must manage at the same time the wing's stability, your balance on the board, pumping and foil acceleration.
In steady 15 knots, on the other hand, the parawing flies more easily, takeoffs require less energy, mistakes are easier to correct, relaunches are simple and the power is clean. Many riders actually progress faster in moderate wind than in marginal conditions. The right question is not "how low can I go?" but "in which conditions will I progress the fastest?". For most practitioners, the answer is around 15 steady knots with the right gear. If you're just starting, find the basics in our beginner's guide to parawing.
The technique to get going early (my method at 8 knots)
The key is not to try to rip the takeoff out of the wing's power. You build speed with the board, then you trigger. Here is exactly what I did today.
- Glide on the board first. I use the glide of the long board to build speed on the water, without forcing on the wing. The board does the speed-building work.
- Pump with the board once rolling. When I have enough speed, I pump with the board to generate power and take off cleanly. Not a soft takeoff, a real launch.
The order matters: speed first, pump next. If you pull on the wing from the start, you'll never have enough power in the lull and you'll wear yourself out. The board's glide is your engine, the pump is your trigger.
The gear that pushes back your floor
The foil, often more decisive than the wing
The first reflex to get going earlier is to enlarge the wing. But it's often the foil that sets the speed needed for takeoff. Two 1500 cm² foils can behave in opposite ways: a thicker lift-oriented profile takes off earlier and flies at low speed, ideal for light wind; a speed-oriented profile glides better once moving but needs more speed to get up. For light wind, favor a lift foil with generous surface area, around 1500 cm². We cover the complete foil choice, surface and profile, in which foil to choose for parawing.
The board, the underrated lever
The board directly influences your low end, not just through its volume. Length brings glide and easier speed-building, which is why mid-length boards have become popular in parawing. Width brings stability at the start. Volume brings buoyancy and forgives mistakes. One often-forgotten detail: salt water is denser than fresh water, so with identical gear you take off slightly more easily at sea than on a lake, where it's better to keep more volume.
A concrete example, for an 80 kg rider at equal level, same wing, same foil: a 115 L board in 7'2 versus a shorter 85 L board can let you take off up to 5 knots earlier. That's considerable. A long, glidey board, such as a 7'2 downwind board, gives you the takeoff speed; a short board will cost you several knots of floor. To avoid mismatching wing and board, our parawing packages combine a FYNIX and a board selected to work together from the first session.
The wing, the biggest in your quiver
The larger the surface, the earlier the takeoff. At 80 kg, the 5 m is the light wind reference, and the 6 m makes that same takeoff at 8 knots easier, with less effort. But enlarging the wing never replaces a suitable foil and board. To match your size to the wind and your build, see our guides how to choose your parawing and which parawing size to choose.
Freeride and downwind do not require the same conditions
Once takeoff is mastered, we often think every discipline becomes possible. Not true. In freeride, the goal is to get up, make tacks and enjoy the flight: 10 to 12 knots can already give great sessions with the right gear. Downwind, on the other hand, uses the energy of the body of water, bumps and swell trains. For these features to form, the wind must blow long enough and strong enough across the surface. At 10 knots, you can take off, but the wind doesn't yet generate enough energy in the water to create usable bumps. There may be enough wind to keep the rider flying, but not enough to make downwind come alive. Below about 15 knots, a downwind session is rarely fully satisfying. To go further, check our downwind parawing guide and our tips for starting downwind foiling.
The PushBar System® in light wind: what it does, and what it doesn't do
Let's be honest, this is what makes the claim credible: at 8 knots, during the takeoff phase, the PushBar System® does not help you. In the lull, you want all the available power, certainly not less. Takeoff in light wind remains a matter of technique and good gear.
Where it changes everything is once in the air. The FYNIX is the first parawing with true dynamic sheet in / sheet out thanks to the PushBar System® (Registered trademark, patent pending): the lines slide inside the carbon bar and change the wing's geometry in real time. With sheet in / sheet out, you regulate power on demand: absorb a gust, dose power in a lull, stay in control instead of being subjected to it. And above all, it widens the useful wind window of the same wing: you get going early with a large surface and stay calm when the wind picks up, without changing wing. The real gain is in using the wind range, not in the takeoff itself. To understand the mechanism in detail, read our technical analysis of the PushBar System®.
The most common mistakes in light wind
Choosing a foil that's too small. The number one mistake. A small foil needs more speed to take off. In light wind, favor a lift foil before reducing surface area as your level rises.
Choosing a board that's too small. Pleasant in established conditions, but in light wind it complicates stability, acceleration and takeoff. A longer, higher-volume board can get you up as much as 5 knots earlier.
Copying the gear of experts. An experienced rider compensates with technique and timing. Their small wing, small foil and compact board become much more demanding for an intermediate.
Absolutely chasing the minimum wind. A steady 15 knots is more formative than a marginal 10 knots.
Believing wing size solves everything. Going bigger helps, but never replaces a suitable foil, a suitable board and good technique.
What to remember
The parawing is not a strong wind machine. At 80 kg, a 5 m flies from 8 knots with a lift foil and a long board: I demonstrated it, alone on the water. Light wind is not a wall, it's a takeoff that requires glide, pumping at the right moment and the right gear. Once in the air, the fun is intact. But don't look for the lowest wind to learn: look for the right balance between wind, foil, board and level.
FAQ
From how many knots can you ride a parawing?
A parawing can fly from 6 to 8 knots, but getting up on foil usually requires 10 to 12 knots depending on the setup and level. By size, for an expert rider at 80 kg: a 5 m takes off from ~8 knots, a 4 m around ~13, a 3 m around ~20. By level on a 5 m at 80 kg: an expert starts at 8-10 knots, an experienced rider around 12, a beginner around 15.
Why does my wing fly but I can't take off?
Because flying the wing and getting up on foil are two different things. Takeoff requires accelerating the rider, board and foil through water, which is 800 times denser than air. A foil that's too small or a board that's too compact complicates this start even when the wing flies well.
Which parawing size for light wind?
A 5 or 6 m. At 80 kg, the 5 m is the reference for taking off around 8 knots, and the 6 m makes that takeoff even easier. The larger the surface, the earlier you get going. Pair it with a lift foil and a long board.
Which foil to take off early on a parawing in light wind?
A lift foil with generous surface area, around 1500 cm². It generates lift at low speed and noticeably lowers the minimum takeoff wind. The profile matters as much as the surface: two 1500 cm² foils can take off in very different winds.
What is the minimum wind for downwind parawing?
Generally around 15 knots. Below that, the wind does not generate enough energy in the water to create usable bumps. You can take off and sail, but linking the ripples becomes very difficult.
Does the PushBar System® help you take off in light wind?
Not for the takeoff itself: in the lull, you want all the power. It is useful once in the air, to regulate power (absorb a gust, dose power in a lull) and widen the wing's useful window as the wind picks up.
Why do two riders get different results in the same wind?
Because takeoff also depends on level, timing and explosiveness. In light wind, an experienced rider takes off earlier than a less technical one. Gear is not the only factor.
About the author
Bruno Sroka, three-time world champion, four-time European champion and three-time French kitesurfing champion. Kitesurfing crossing of Cape Horn (2008), English Channel record (2012), France-Ireland crossing of 444 km (240 nautical miles) in 16 h 40 (2013). Former PE teacher, founder of SROKA Company, a Breton brand of foil, wing foil, SUP and parawing. Designer of the PushBar System® with Gaël Contal, SROKA ambassador who came up with the idea of sheet in / sheet out. Since the early days of parawing, he has tested the discipline's limits in real conditions, such as this 8-knot session, to understand the real factors that push back the minimum wind: wing size, foil, board, takeoff technique and power management.
Read next: our wind range breakdown, which foil to choose for parawing and the guide to 30 essential questions.
