What is the difference between single skin and single skin with double skin tips?

Pure single skin is lighter and more compact, but in gusty wind or high angles of attack it's less stable – the tips are more susceptible to collapse. Models with double skin tips maintain wing shape in all conditions, which gives more predictable flight and a greater wind range. In practice: pure single skin is suitable for experienced riders in stable conditions, hybrid construction forgives more in variable wind.

How do I know which m² of parawing I need for my weight and spot?

The optimal window for most models is 3–4 knots around the recommended wind. As a reference at 80 kg: 1.9–2.4 m² for 25–35 kn, 3.0–3.6 m² for 18–28 kn, 4.3–5.0 m² for 12–20 kn. At higher weight, move up one class. General rule: start with a larger size – a parawing that's too small in light wind is unusable, while one that's too big in strong wind is manageable with depower.

Do I need to buy a new foil for parawing, or does it work with my existing wing foil setup?

The parawing works with most existing hydrofoils, but the optimal experience requires adaptation. For parawing, a foil with lower takeoff speed and long glide is recommended – meaning larger front wings with a high aspect ratio. A wing foil setup with a short, fast front wing will work, but the window between takeoff and loss of speed after dropping the parawing will be shorter. Check the recommendations for the specific parawing model relative to your foil.

How demanding is the relaunch of a parawing while foiling?

This is one of the key skills in parawinging and requires practice. The process – gathering lines, packing the wing, redeployment and takeoff – must be executed quickly and with one hand in dynamic conditions (waves, wind), while standing on the board. The color-coded line system significantly speeds up sorting. Most foilers spend the first few sessions mainly practicing this process, not actual riding.

Does a parawing enable upwind riding?

Yes – and this is one of the key advantages over classic SUP downwind. With active bar control and the right angle of attack, you can position yourself upwind, which gives you the option to choose waves and return to the starting point without paddling. Upwind capability depends on the model, size and setup – a higher aspect ratio and optimized bridle system generally provide better upwind. Expect a smaller upwind angle than with wing foil, but significantly better than with SUP downwind.

Parawing with leash or without leash?

Most experienced parawingers ride without a leash, because thin bridle lines and a leash together increase the risk of tangling – especially during a dunk in waves. When you drop the parawing, it will stay on the surface for a while; your task is to swim to it before it sinks (the carbon bar will stay on the surface, the canopy won't). Some riders use a short swivel leash in specific conditions. Check the manufacturer's recommendations for the model you ride.

What is the recommended foil for parawing – high aspect or low aspect?

For parawing, a high aspect foil with low takeoff speed and long, efficient glide is recommended. The reason: after dropping the parawing you lose propulsion and the foil must maintain flight on its own as long as possible. A high aspect front wing with good glide gives you time to position for a wave or prepare for redeployment. Low aspect foils are more stable and responsive in waves, but require higher takeoff speed – which means more effort at takeoff and a shorter window after the drop.

How do I maintain a parawing for a longer lifespan?

After every session, rinse the parawing with fresh water – especially the lines and bridle system, where salt accumulates in the knots. Dry in the shade, not in direct sun – UV radiation degrades ripstop material long-term. Store lines sorted, not in a ball, to prevent micro-knots that aren't visible but weaken the material. Regularly inspect seams at points of highest load (line attachment points, tip rails) and the carbon bar for cracks. Replace damaged lines immediately – a parawing with a weakened line is a safety risk.

Parawings

Foil Hands-Free. No Wing, No Paddle.

Get up on foil with the wind. Stash the wing. Ride the swell with nothing in your hands. Parawinging is the purest form of foiling – and it changes everything.

What Is a Parawing?

A parawing is a compact, single-skin canopy flown on short bridle lines with a control bar. You hold it in front of you on takeoff – it generates drive, gets you up on foil, and then you stash it. No inflatable struts, no pumping, no bulk.

Unlike a wing foil, the parawing doesn't stay in your hands while you ride. Unlike SUP downwinding, you don't need a paddle to get up on foil every time. Just wind, foil, and open water.

Parawing vs Wing Foil vs SUP Downwind

Wing foiling gives you immediate power and control – but the wing is always in your hands. On a wave, when you don't need it, it gets in the way.

SUP downwinding gives you hands-free riding on swell – but requires a bigger board, bigger foil, and serious physical effort on every single takeoff.

A parawing gives you both: an easier takeoff than SUP downwinding, followed by completely hands-free foiling on waves and swell. No wing to manage, no paddle required.

	Parawing	Wing Foil	SUP Downwind
Takeoff	Easy	Easy	Demanding
Hands free while foiling	Yes	No	Yes
Freedom on a wave	Excellent	Limited	Good
Physical effort	Moderate	Moderate	High
Gear size	Most compact	Compact	Larger board/foil
Entry level	Challenging	Accessible	Demanding

How to Choose the Right Parawing

Parawings differ in construction, canopy size, bridle geometry and intended use. For experienced foilers, these are meaningful differences – not just spec sheet details. Here's what matters before you buy.

Single Skin vs Double Skin Wingtips

Most parawings on the market use a pure single-skin construction – one layer of canopy material with no inflatable elements. The result is minimal weight, a tiny pack size, and fast drying after a dunking. The tradeoff: single-skin canopies can be more demanding to fly at higher angles of attack or in gusty conditions.

Some designs take a hybrid approach: single-skin body with double-skin wingtips. The closed-cell tips hold their shape in all conditions, resist collapsing in gusts, and deliver more consistent flight across a wider wind range. If you're riding in variable conditions, the added stability of double-skin tips is a genuine advantage.

Canopy Size – How Many Square Metres Do You Need?

Size determines drive and wind range. Unlike an inflatable wing that covers a wide range in one model, a parawing is more specific – most sizes have a sweet spot of roughly 3–4 knots either side of their recommended wind strength.

Canopy size	Best for	Wind range (approx. 80 kg)
1.9 – 2.4 m²	Experienced riders, high-speed riding	25 – 35 kn
3.0 – 3.6 m²	All-round, downwind + surf	18 – 28 kn
4.3 – 5.0 m²	Lighter winds, heavier riders	12 – 20 kn

General rule: size up more than you think you need. An undersized parawing in light wind means no takeoff. An oversized one in strong wind is manageable with depower. The opposite doesn't work.

Bridle Lines and Line Set Quality

The line set is one of the most important – and most overlooked – parts of a parawing setup. Thinner lines reduce drag and fly better in light wind, but tangle more easily. Thicker, sheathed lines with low tangle behaviour are better suited to dynamic riding with multiple stash-and-refly cycles per session.

Colour-coded line sets aren't a marketing detail – they're a functional necessity. After a dunking and a redeploy, you need to sort your lines fast, often with one hand while standing on a moving board. If that process is slow or confusing, you lose the wave.

Carbon Bar – Why It Matters

A stiff carbon bar isn't a luxury upgrade – it directly affects canopy profile. A soft or flexing bar distorts the wing's geometry mid-flight and reduces efficiency. Ergonomics matter equally: you're gripping the bar during takeoff, through jibes, and every redeployment. A well-designed carbon bar with a contoured grip reduces fatigue significantly across a full session.

Upwind Performance

One of the most significant advantages parawings have over traditional SUP downwinding is genuine upwind capability. With the right technique and setup, you can work back upwind to position for a wave, tack across the wind, or return to your starting point without paddling. Upwind performance varies considerably between models and sizes – higher aspect ratio canopies with optimised bridle geometry typically deliver better upwind angles. If riding downwind corridors and repositioning independently matters to you, upwind performance is a key spec to check.

Harness Line Connection

Most modern parawings support a harness line attachment directly to the control bar. Hooking in transfers load from your arms to your body, reducing fatigue significantly on longer sessions and in stronger winds. If you're planning extended downwind runs or actively working upwind, harness compatibility is worth factoring into your buying decision.

Canopy Material and Durability

Material quality determines how well a parawing holds up to salt water, UV exposure and repeated mechanical stress. Look for ultra-light paragliding ripstop or double ripstop nylon with reinforced seams at high-load attachment points. Don't confuse light with fragile – modern paragliding ripstop at 30g/m² is engineered for far higher loads than a parawing ever experiences in normal use. What degrades canopies faster than riding is improper storage and prolonged sun exposure.

Downwind or Wave Riding?

Some parawings are built for downwind running – consistent drive, stable flight on long straight lines, wide wind range. Others are optimised for wave riding, where fast and reliable depower after takeoff matters more than sustained pull. Most current models cover both, but with different tradeoffs in each direction. Check the intended use case in each product's specs – it tells you where the designer made their compromises.

Not sure which parawing is right for your weight, foil setup and home conditions? Get in touch.