What is a parawing?

Parawing, pocket wing or low kite: these three names refer to the same wing that has revolutionized watersports in recent years. Compact, lightweight, hand-deployable at the end of a small bar, it fits in a backpack and radically changes the relationship with equipment and sessions. Where does it come from? How does it work? Why is it exploding now and not twenty years earlier? And what does it really offer compared to wingfoiling, kiting, or paragliding? This article provides a comprehensive overview of the discipline: its origin, its mechanics, its uses, and its place in the long evolution of board sports.

The parawing: a flexible sail steered by hand

The parawing is a flexible traction wing, steered by a small bar connected to the sail by short lines (approximately 1.5 meters), primarily used to propel a rider on a foil board.

In concrete terms, the parawing is a small, foldable sail, comparable in its architecture to a miniature paraglider. It has no mast, no inflated leading edge, and no rigid frame: its shape is entirely maintained by the wind pressure that fills the wing (single-skin models) or its cells (double-skin models). Folded, it fits into a mini backpack. Deployed, it covers a few square meters, typically 3 to 5 m² for parawing foiling.

Unlike a classic wing, the parawing has no inflatable leading edge or central strut, and is not held by handles attached to the sail: it is steered by a small bar connected to the wing by short lines, a device inherited from kiting. Unlike a kite, these lines are radically shortened (approximately 1.5 meters, compared to 20 to 25 meters for a classic kite). This miniaturization brings the steering closer to the rider, radically compresses the wind window, and makes deployment almost instantaneous. Finally, unlike a paraglider, it is not designed to lift the rider to altitude: it flies low and serves exclusively for propulsion.

To summarize: a small sail inflated by the wind, steered at the end of a bar close to the body, which transmits its traction to the rider and their board. For a kitesurfer, it's the equivalent of a foil kite stripped of its long lines; the bar is still there, but shortened and brought closer to the body. For a wingfoiler, it's a sail whose rigidity has disappeared in favor of a lightweight wing, steered remotely, but at a minimal distance.

Parawing, pocket wing, low kite: why three names?

Three names circulate within the community to designate this same object: parawing, pocket wing, low kite. Far from contradicting each other, these three names each illuminate a different facet of the discipline. Understanding them is also understanding how this word came about.

Parawing: the heritage

The word parawing, a contraction of "parachute" and "wing," appeared in the 1960s. At NASA, engineer Francis Rogallo and pioneer Domina Jalbert were working on flexible wings initially intended for atmospheric re-entry. This lineage explains the architecture: cell wing, dynamic inflation by wind, no rigid structure. Choosing the word parawing means situating the discipline within a line of modern aerostat inventors, those who gave birth to paragliding and foil kites.

Pocket wing: ergonomics

Pocket wing is a more recent name, appearing around 2020 in the wing-foil ecosystem. It characterizes the object by what radically changes the practice: its compactness. Where a classic wing requires a dedicated bag, a second for the foil, and a third for the board, the parawing folds into a backpack. It can be stored under a boat seat, transported by bike, or taken on a foil hike. Choosing the name pocket wing is to name this silent revolution: the equipment disappears from the session's constraints.

Low kite: the behavior

Low kite is mainly used by kitesurfing practitioners, who are attentive to what distinguishes the parawing from traditional kiting. Same principles (flexible sail, steering with bar and lines), but radically miniaturized: lines go from 20–25 meters to about 1.5 meters, the bar shrinks, and the wind window is radically compacted, reduced but still present. The parawing remains a close steering object, without flying to high altitudes: it’s a direct and compact relationship with the wind. Choosing the name low kite is to name this paradigm shift: we leave high altitude and permanent traction for a close, modular, autonomous flight.

Three names, three insights: heritage, ergonomics, behavior. None exhausts the object, each reveals a truth. In the rest of this article, we will use the term parawing by common usage, but the described object remains the same, whatever name is given to it.

Why is the parawing appearing now and not twenty years ago?

At first glance, the parawing seems like an obvious idea. A small, flexible wing inspired by paragliding, steered with a bar like a kite, compact enough to fit in a backpack. Yet, while the concept seems simple today, it probably wouldn't have met the same success twenty years ago.

The first reason is technological. The parawing is intimately linked to the development of modern hydrofoils. Without a foil, such a compact wing would have needed to provide much more power to move a board across the water's surface. The foil completely changes the equation: once airborne, it drastically reduces drag and allows navigation with much less traction. What would have been insufficient for a classic board suddenly becomes effective.

The second reason is related to materials. Modern fabrics are lighter, stronger, and more stable over time than in the early 2000s. This evolution now allows for the production of compact, high-performance sails that are robust enough to be folded, unfolded, and transported daily.

The third reason is cultural. Practitioners are increasingly seeking simplicity. The success of wingfoiling, SUP foiling, and downwind activities attests to this evolution. Riders want less equipment, less logistics, fewer constraints. The parawing precisely meets this expectation: a lightweight wing, quickly deployable, that fits into a simple backpack.

Finally, the discipline arrives at a time when the kite, paragliding, foil, and wingfoil communities intersect more than ever before. Ideas circulate faster, innovations spread quickly, and practitioners are willing to experiment with new approaches. The parawing is therefore not an invention that appeared out of nowhere: it is the logical result of several converging technical, cultural, and sporting evolutions.

How does a parawing work?

Understanding how a parawing works involves grasping three complementary mechanisms: how the wing takes shape, how it is steered, and how it transmits its traction to the rider and their board.

A wind-inflated wing

Once out of its bag, the parawing is a flexible, folded sail, without its own shape. It is the wind that gives it its structure: presented facing the wind, the air inflates the sail and pressurizes it. In a few seconds, the wing takes its aerodynamic shape and becomes ready to fly. Three architectures coexist on the market: single-skin (single fabric, air directly sculpts the sail), hybrid (leading edge double-skin and trailing edge single-skin), and double-skin (full cells, like a paraglider). Regardless of the architecture, the principle remains the same: no manual inflation, no pump, the wind does everything. This is a direct inheritance from paragliding and foil kites.

Steering with a short bar

The parawing is held by a small bar, identical in principle to that of a kite, but radically shortened: the lines are approximately 1.5 meters long. This proximity changes everything. The bar is held with both hands, close to the body, and allows for two types of actions. On the one hand, rotating the wing within the wind window by tilting the bar up or down. This gesture, specific to the parawing, differs from traditional kite steering where the rider pulls on one side of the bar. On the other hand, regulating power by adjusting the bar's fore and aft position, which allows for sheeting out or in.

On parawings equipped with the PushBar System, this sheeting in/out becomes active, dynamic, and progressive: the rider can reduce the power of their wing on demand, whereas early parawings only allowed very limited regulation.

Traction on the board

The parawing doesn't make the rider fly; it pulls them. Resting on their board (most often equipped with a SROKA parawing foil), the practitioner uses the wing's traction to move forward, gain speed, and lift the foil. The wind window, compressed by the short lines, remains sufficient to allow the wing to travel from beam reach to close-hauled, and even to certain downwind positions. As with a wing or a kite, one can go upwind, downwind, and navigate in all directions. To learn more about optimizing your upwind angle, read our dedicated article: going upwind with a parawing.

Once the session is over, the rider retrieves the front lines by moving up to the sail: this maneuver cuts the wing's power, causing it to fall back. The entire setup then folds in a few seconds into its backpack. No mast rinsing, no long line storage: the parawing remains compatible with a nomadic practice.

Why is the parawing appearing now: hybridization and simplification

Sociologist Christian Pociello, who theorized watersports culture in the 90s, observed two regularities in the evolution of these disciplines: they always arise from the hybridization of previous practices, and they always evolve towards greater simplicity, whether material, technical, or learning-related.

This genealogy is easily verifiable. 1960s: surfing and sailing gave birth to windsurfing. 1970s and 80s: surfing and skiing created snowboarding. 1990s and 2000s: kites and surfing produced kitesurfing. 2010s and 2020s: windsurfing, hydrofoiling, and handheld wings led to wingfoiling. And today: paragliding, foil kiting, and wingfoiling converge in the parawing.

Each sport is the addition of two or three practices that previously did not interact. The parawing is no exception. It inherits from two distinct lineages that meet for the first time in this mode of use. The first lineage is the flexible sail, a legacy of paragliding and foil kiting: single-skin, hybrid, or cell construction, dynamic inflation, no rigid structure. The second lineage is steering with a short bar and lines, a legacy of kiting but radically miniaturized: lines of 1.5 meters versus 20 to 25 meters, a radically compacted wind window, total proximity to the rider.

This logic of hybridization is accompanied by a trajectory of equally constant simplification.

Equipment is shrinking. Windsurfing required a complete rig, mast, sail, and bulky board. Kitesurfing reduced the bulk but added lines, a bar, and a voluminous bag. Wingfoiling fits into a wing, a board, and a foil. The parawing fits in a backpack. In sixty years, we've gone from a trailer to a backpack.

Learning time is also shortening. Windsurfing used to take several weeks to learn. Wingfoiling can be learned in three to six days, and parawing in two to three days. The barrier to entry is collapsing.

This double simplification is not a commercial accident: it is the fundamental trajectory of watersports for sixty years. To find out if this discipline meets your expectations, consult our guide: parawing or wingfoil: which sport for which profile?

One wing, multiple terrains

One of the most striking features of the parawing is its versatility. Where most board sports are designed for a single environment (water for wingfoiling, snow for snowboarding, asphalt for skateboarding), the parawing transcends these boundaries. One wing, multiple terrains.

On water, the parawing naturally finds its place with foiling: combined with a foil board, it enables ultra-portable wingfoiling, as well as downwinding on a SUP foil with an autonomous return option. It also lends itself to traditional offshore gliding craft: downwind SUPs, sea kayaks, canoes, Polynesian va'a, surfskis. In all these practices, the parawing provides additional propulsion that extends the session's reach and the user's autonomy. It doesn't replace the paddle or sail; it supplements them when the wind allows.

On land, the parawing adapts to all rolling supports: mountainboards on packed sand beaches, longboards in deserted parking lots, skateboards in flat areas, and even adapted scooters. It opens up land-based traction sports to an audience that lacks the space or equipment for a classic kite, or the terrain for a sand yacht. The backpack replaces the trailer; every session is a new surprise.

Finally, on snow, the parawing joins the family of winter sports: snowkiting, parawing-skiing, parawing-snowboarding. On snowy plateaus, frozen lakes, or suitable off-piste areas, the parawing offers the same lightness and rapid deployment as on water. A single wing spans the seasons.

This versatility is not limited to sports practices. The same qualities of lightness, compactness, and rapid deployment open up an even broader and unexpected range of uses for the parawing: maritime safety.

Towards a maritime safety standard?

No nautical traction device has ever combined lightness, minimal bulk, and rapid deployment like the parawing. This unique characteristic opens up an unprecedented field of use, outside the realm of pure watersports: maritime safety.

A parawing inherits the architecture of a paraglider: cell wing (or single-skin, or hybrid), inflated by the wind itself. Where a wing or kite relies on inflated bladders, which can puncture, the parawing has no pressurized structure. No bladder, no tensioned leading edge, no possibility of classic punctures.

Added to this is a fundamental difference from existing marine safety equipment. All current devices (VHF, EPIRB, PLB, flares, personal AIS) are used to signal distress and call for help. The parawing is the first lightweight equipment that restores a rider's autonomy to return. This is a difference in nature, not degree: you don't signal, you go home.

The first scenario is that of cruising wingfoiling. When anchoring downwind of an island under sail, as is customary, one naturally sails downwind of the anchorage. In case of an incident (punctured wing, lost equipment), drifting takes you away from the boat and the shore. A parawing in the backpack changes the situation: autonomous return, increased visibility, maintained course.

The second scenario is that of downwind paddling. SUPs, kayaks, canoes, va'a, surfskis: all these offshore gliding craft quickly take their users away from the coast. In case of fatigue, changing conditions, or equipment failure, the parawing offers a means of return without calling for rescue.

Beyond watersports, its use can extend to traditional recreational boating. An auxiliary for an outboard engine failure, a small sailboat in distress, coastal navigation in remote areas: the parawing fundamentally reverts to what it is – a light and quickly deployable traction device. As it becomes more widespread (weight, price, ease of deployment, PushBar System), its integration into nautical practices beyond watersports is only a matter of time.

Technological Generations of the Parawing: Towards a New Stage

The history of watersports shows that major innovations rarely appear all at once. They are built through successive generations, with each step aiming to resolve the limitations of the previous one.

The first generation of parawings demonstrated the feasibility of the concept. The main objective was to offer an extremely light, compact, and easy-to-transport wing. These initial canopies paved the way for a new practice of foiling and downwind, but their wind range remained limited by the absence of true dynamic power control.

The second generation focused its efforts on aerodynamic optimization. Profiles were refined, flight behavior improved, and manufacturers sought to increase stability as well as upwind and downwind performance.

A third generation now seems to be emerging. Its objective is no longer merely to improve the wing's profile, but to act directly on the control of available power during navigation. The challenge then becomes to expand the usable wind range, reduce the number of wings needed, and increase the rider's level of control.

This evolution follows a logic already observed in other watersports disciplines: after the discovery phase, then the optimization phase, comes the active control phase. From this perspective, systems that allow for more effective modulation of the wing's power could constitute one of the next important steps in parawing development.

History will tell which technologies will endure. But one thing seems certain: the discipline is probably only at the beginning of its evolution.

From Prototype to PushBar System®: Continuous Simplification

The evolution of watersports towards simplicity that we have described does not stop with the emergence of a new sport. It continues within each discipline, generation after generation of equipment. The parawing is no exception: since its first prototypes, it has simplified itself, and continues to do so.

The first parawings available on the market had a structural limitation: it was impossible to depower the canopy. The wing developed a given power from the wind, and the rider was subjected to it. Direct consequence: a narrow range of use. Above a certain wind, the wing became unmanageable. Below that, it no longer provided lift. The same parawing only covered a limited window of conditions, and switching from one session to another often meant changing wing size.

The PushBar System® (PBS®), developed by SROKA, changes this paradigm. For the first time on a parawing, it introduces an active sheet-and-depower mechanism: the rider can reduce the power of their wing on demand, maintaining control of their propulsion at all times. What appears to be a minor technical evolution actually produces a massive effect on the range of use.

To give an order of magnitude: a standard parawing offers a usable range of about five knots of wind. A parawing equipped with the PBS® in a 5-meter size covers a range of 10 to 25 knots, which is a 15-knot amplitude, almost three times more.

A single PBS® parawing now covers what two to three independent wings could do yesterday. Less equipment to own, more accessible conditions, more tolerance for the practitioner who is learning or riding in changing conditions.

This extension is not just a convenience. It is precisely the logic of simplification that Pociello described: less equipment to own, fewer restricted conditions, a shorter learning curve. The parawing becomes what it is meant to be: a simple object that allows you to get on the water, anywhere, almost always.

The FYNIX SROKA is the first parawing to integrate the PushBar System® as standard (registered trademark, patent pending on the innovation). Discover our entire catalog dedicated to SROKA parawing wings.

Frequently Asked Questions about Parawing

What exactly is a parawing?
A parawing is a flexible traction wing, controlled by a small bar connected to the canopy by short lines of about 1.5 meters. It inherits the architecture of a paraglider (canopy with cells without a rigid structure) and the control of a kite (bar and lines), but radically miniaturized. Folded, it fits into a backpack. It is primarily used to propel a rider on a foil board.

What is the difference between parawing, pocket wing, and low kite?
Parawing, pocket wing, and low kite refer to the same object, viewed from three different angles. Parawing refers to the historical heritage of the wing (NASA, paragliding, cell canopy). Pocket wing highlights its radical ergonomics (it fits into a backpack). Low kite describes its flight behavior (short bar, short lines, compact flight window). Three names, one discipline.

How does a parawing work?
A parawing works in three stages. First, when presented facing the wind, the canopy inflates dynamically (without a pump) by air pressure in its cells or internal volume. Then, the rider controls the wing with a small bar connected to the canopy by short lines, by tilting the bar to pivot it and by adjusting its position to regulate power. Finally, the traction obtained propels the rider on their board.

What is the difference between a parawing and a classic wing?
A classic wing has an inflated structure under pressure (leading edge bladder and central strut) and is held directly by handles fixed to the canopy. A parawing has no rigid structure or bladder; it uses a flexible canopy like a paraglider and is controlled via a small bar connected to the wing by short lines. Result: lighter, more compact, structurally simpler. For a detailed comparison, read our comparison: parawing vs wingfoil.

What is the difference between a parawing and a kite?
A parawing uses the same principle as a kite (flexible canopy, bar and line control), but radically miniaturized. The lines measure about 1.5 meters compared to 20 to 25 meters for a classic kite. The bar shrinks. The flight window is radically compacted. Control becomes close, without soaring to high altitudes. The parawing is, therefore, fundamentally, a short-line kite.

Where does the parawing come from? What is its historical origin?
The word parawing is a contraction of "parachute" and "wing." It appeared in the 1960s at NASA, where engineer Francis Rogallo and pioneer Domina Jalbert worked on flexible canopies intended for atmospheric re-entry. The contemporary discipline, applied to foil watersports and widely adopted, emerged in the early 2020s, resulting from the hybridization between paragliding culture and wingfoil/kitesurf culture.

What is the wind range for a parawing?
The wind range strongly depends on the size of the wing and its ability to depower or sheet the canopy. A standard parawing typically covers a range of about five knots. A parawing equipped with the PushBar System (PBS®) in a 5-meter size covers a range of 10 to 25 knots, which is a 15-knot amplitude, almost three times more. A single PBS® wing replaces two to three classic wings. Full article: parawing wind range.

How long does it take to learn parawing?
Learning a parawing generally takes two to three days, provided you already practice watersports (wingfoil, kitesurf, paddle). Compared to other hybrid watersports, it is one of the fastest disciplines to learn: windsurfing took several weeks, wingfoiling three to five days. This short learning curve is one of the reasons for the rapid adoption of parawing since 2020. To find out the best profile to start, consult our guide: parawing or wingfoil: which sport for which profile?

What is the Push Bar System®?
The PushBar System (PBS®) is a technology developed by SROKA. "PushBar System®" is a registered trademark of SROKA, and the associated innovation is subject to a patent application filed with the INPI. For the first time on a parawing, it introduces an active, dynamic, and progressive sheet-and-depower mechanism: the rider can reduce the power of their wing on demand, maintaining control of their propulsion at all times. Concrete effect: the usable wind range is tripled compared to a standard parawing. The PBS equips the Fynix Sroka parawing.

Can a parawing be used for something other than foiling?
Yes. The parawing can be used on many supports: SUP, kayak, outrigger canoe, va'a, surfski on water, mountainboard, longboard, skateboard on land, and snowkite or parawing-ski on snow. Its compactness (a backpack) and rapid deployment even open up maritime safety uses: cruising, recreational boating, coastal navigation, where it can serve as an auxiliary traction device in case of an incident. One wing, multiple terrains, and multiple uses. Discover all our available models on our Parawing Wings page.

About the author

Bruno Sroka. Three-time kitesurfing world champion, first kitesurf crossing of Cape Horn (2008), record for crossing the English Channel (2012), first France-Ireland kitesurf link over 444 kilometers (2013). Former physical education teacher, Peace and Sport and Green Cross Foundation ambassador. Founder of SROKA Company, a Breton watersports equipment brand (foil, wingfoil, SUP, parawing).