From your water launch, get into your normal riding stance with the parawing flying and pulling. Keep the bar neutral: a stalled canopy at this point means starting over.
Point the board about 45 degrees between crosswind and downwind, not straight downwind. This keeps tension in the lines and apparent wind in the canopy while you accelerate.
The parawing pulls like a tow rope, not upward. Let it drag the board flat on the water and focus on hull speed before anything else. Do not try to pop the foil early.
Give smooth, quick pulls on the bar to drive air through the canopy and add power. Synchronize each canopy pull with a foil/board pump; out-of-phase pumping kills speed.
As speed builds, move weight slightly to the back foot so the foil climbs. This is a small shift, not a lean; over-rotating breaches the foil.
Once flying, re-center your weight, settle the bar to neutral power, and hold a straight line. Turns and angles come later; first flights are straight-line only.
Sheet in, pull yourself up. That reflex got you flying on a wing, and with a parawing it is exactly wrong: the canopy tows you across the water like a boat and gives you almost nothing vertical. Takeoff is a board-speed problem, not a power problem, and everything below follows from that.
Two things, non-negotiable:
Also assumed: lines sorted before you leave the beach. A crossed line found at hull speed ends the session; the pre-flight check lives in ground handling and line management.
Conditions and gear for learning. A parawing gets you on foil in less wind than a wing needs, which is much of its appeal. Do not learn there. Take steady wind with minimal gusts, around the widely cited 17–23 knot sweet spot: enough power that you are not scraping for every half-knot of board speed, not so much that the constant horizontal pull rag-dolls you. Flat water for the first sessions, always. Gear: a larger, efficient light-wind foil, a mid-length board, and a parawing sized like your wing quiver or about half a meter smaller; the parawing size calculator covers the sizing logic. Consistently failing to reach takeoff speed? The fix is usually more foil, not more technique.
A wing lets you cheat. You brace against a rigid frame, sheet in, and the wing itself contributes lift and balance. A parawing does neither: no structure to lean on, so the board is tippier at displacement speed, and the pull vector points across the water rather than up out of it. The only path onto foil is converting that horizontal pull into hull speed until the foil makes its own lift.
Which is why the pump matters less than you would hope. Pumping the canopy (smooth, quick pulls on the bar that drive air through it) genuinely adds power, but less than pumping a wing does. The riders who get up in marginal wind are not the ones hauling on the bar hardest. They are the ones whose canopy pulls land in phase with their foil pumps, so each pull accelerates the board instead of just loading the lines. Heading sets line tension. Tension plus pumping builds board speed. Board speed makes lift. Skip a link and the chain fails.
Heading is what beginners get wrong most. Straight downwind feels intuitive because the pull is strongest standing still pointed there, but as the board accelerates downwind, apparent wind collapses, the lines go slack, and the canopy sits soft and deep in the wing window with nothing left to give. Roughly 45 degrees between crosswind and downwind keeps apparent wind across the canopy while still letting the pull do useful work. Once you are on foil and stable, working back upwind is its own skill; see riding upwind.
The stand-up itself: many riders find toeside starts much harder than heelside at this stage. Weak toeside? Start heelside every time. That is not a shortcut you will pay for later: toeside comes later anyway, and forcing it during takeoff just burns sessions.
How many attempts should the first foiling flight take? Depends heavily on your foiling background.
When the wind is too light for a straight power takeoff, the water itself can supply the missing speed. The S-start, documented by MACkite, works like this:
The same logic runs in reverse when it is windy and choppy. Overpowered, you wait in rodeo position (kneeling, canopy parked) for a big bump and pop up on its backside, a Progression Project rider tip. Same principle either way: the bump is a speed donor, and its backside is where the foil pops cleanly instead of breaching off the crest. That timing instinct transfers directly to pumping and connecting bumps later in your progression.
Do not attempt S-starts as your very first takeoffs. Learn the flat-water sequence until it is boring, then add the timing layer.
Watch the Flysurfer POW Academy water-usage episode once before your first session. It covers paddling, launch, and relaunch in one place, and it is free.
When takeoffs get consistent, move on to riding upwind and holding ground: a takeoff only counts if you can get back to where you started. The rest of the progression is in the learn hub.
Less than wingfoiling needs, with the right wing size, which is much of the appeal. For learning the water start, though, take steady, gust-free wind with some margin over the minimum; roughly 17–23 knots is the widely cited sweet spot.
A parawing pulls horizontally, like a boat towing a wakeboarder. There is no rigid structure to brace against and almost no vertical lift component, so takeoff comes from board speed and foil efficiency, not from sheeting in hard.
A light-wind takeoff method from MACkite: point 10–15 degrees off downwind, build speed toward an incoming set, bear off as the swell arrives, give smooth canopy pulls, and rise on foil off the back of the bump; the track traces an S. It borrows the bump's energy when wind alone is not enough.
A larger, efficient light-wind foil around 1100–1400 cm² with roughly 7–9 aspect ratio, on a mid-length board. Pumping a parawing is less effective than pumping a wing, so the foil has to do more of the work.
Flat water. Chop adds a timing problem: in swell you have to time the pop-up to the backside of a bump, and if overpowered, wait in rodeo position for a big one. Learn the flat-water sequence first, then add bump timing.