Riding Upwind on a Parawing: Angles, Technique, and What Limits Pointing

Upwind is where a parawing earns its place in your quiver. Downwind anything with lines will drag you along; getting back to your launch (or up to the top of a run without a shuttle) is the skill that separates a session from a walk of shame. Mechanically it’s simpler than a kite and closer to a wing, just with the pull arriving through lines instead of a boom. The catch: your ceiling is set partly by technique and partly by what kind of canopy you bought, and no amount of edging fixes the wrong wing.

Prerequisites

Before working on angles, get the water start and takeoff fully sorted: consistent straight-line foiling, comfortable at cruising speed, able to ride a reach in both directions without thinking about the foil. A spreader-bar harness (kite-style hook) is strongly recommended. Most riders use one, and for upwind legs it is the difference between a ten-minute struggle and an hour of climbing. You should also know your wing’s depower behavior on land: which lines collapse it, how it sits when sheeted out. If ground handling is still shaky, go back to the beginning of the learn track before pushing angles.

Wind matters more here than for a straight-line cruise. A parawing will get you foiling in less wind than a wing needs, but the bottom of the range is the wrong place to learn angles; roughly 17–23 knots is the widely cited sweet spot. Upwind work sits at the top of that logic: you need enough pressure to keep line tension while edging, and clean air matters more than raw strength. Gusty inland wind will teach you bad habits; see gust management for how to survive it, but learn upwind somewhere steady.

How upwind works on a parawing

A parawing pulls horizontally, like a tow rope. That single fact drives everything. You are not leaning against a rigid wing you can point high and stall against; you are edging a foil board against a line-load whose direction you control by where the canopy sits in the window.

Left alone, the canopy parks downwind of you: the deepest, most powerful part of the window, and useless for pointing. So steer it out of there first: a gentle, sustained pull on the upwind side of the bar walks the canopy toward the windward edge of the window. Now the pull vector has a cross-wind component, and the game becomes the same as any foil discipline: edge the board on a line higher than the pull, let the foil’s lateral resistance convert that angled pull into progress to windward.

Two things make this feel different from winging. First, there is nothing to lean on. All your resistance comes from the rail and the foil, so the edge has to be real. Second, the feedback loop runs through 2–4 m of line, so wing inputs arrive with a slight delay; smooth, sustained bar pressure beats jerky corrections.

The riding position: weight shifted slightly upwind, hips open toward the direction of travel, harness loaded, front (downwind) hand doing most of the steering. Many riders go one-handed once trimmed; the free hand is pure balance. If you are dragging on a straight arm, you are doing it wrong; that arm will fold long before you make your mark.

Trim: getting the last few degrees

Once the basic angle works, trim is where the extra degrees hide. Some riders wrap the front lines once around the bar, a forum-reported tuning trick that effectively changes line trim for better upwind. Test it on land first and know how to undo it fast; it changes your depower behavior too.

Double-skin and mixer-bar wings have a real “second gear”: sheeting to a lower angle of attack lets the canopy fly faster and further forward in the window, and the board points higher with it. The Triple Seven P.T. and Flow D-Wing V2 are the commonly cited examples. Watch the Triple Seven P.T. handling video for how a double-surface canopy behaves when banked and sheeted; forum riders point to the section around 4:07 (rider-cited timestamp, not from the official description).

Speed discipline matters as much as trim. Overpowering the wing spikes board speed, and past a point you physically cannot hold the edge needed to climb: you go fast and low instead of slower and high. If every gust flattens your line, depower a notch or take a smaller wing. Upwind is a velocity-made-good problem, not a top-speed problem.

What actually limits pointing

In order: the wing you bought, your toeside, your trim.

Canopy design is the hard ceiling. Single-skins (BRM Maliko/Kanaha, Ozone Pocket Rocket, Flysurfer POW, Ensis Roger) sit deeper in the window and pull downwind whenever depowered, so their upwind is “adequate,” with the Pocket Rocket and POW repeatedly rated the best of the breed. Reflex single-skins like the Flow D-Wing hold their airfoil fully depowered, which means higher angles and fewer collapses. Double-skin/ram-air designs are the top of the range: BRM’s own site states that “double skins… continue to drive upwind even when completely sheeted out to the lowest possible angle of attack,” and The Inertia wrote that the BRM Paia, launched in late July 2025, “absolutely rips upwind, achieving the best upwind angles we’ve seen from a parawing.” The trade-off is real: double-skins pack bigger and give up low-end grunt at takeoff. Nobody in this sport has published measured true-wind angles yet; the discipline is barely two years old (the first upwind-capable parawing, BRM’s Maliko V1, debuted August 21, 2024, per The Inertia).

Toeside is the soft ceiling. Upwind progress is made in legs on both tacks, and most riders’ second tack is the weak one. Forum consensus on the Progression Project is blunt: learn to switch your feet, don’t rely on chicken-jibes. A weak toeside means one leg climbs and the other bleeds ground. This is worth its own practice block; see toeside and tacks.

Foil and board matter, but less than you’d hope. A larger efficient front wing (~1100–1400 cm², around 7–9 aspect ratio, per the common beginner-gear recommendation) keeps you flying at edging speed. A tiny fast foil that needs constant board speed makes it harder to hold the slow, high line.

Drills

• Buoy VMG legs. Pick a buoy or landmark upwind, ride timed legs, and judge yourself only on where you end up relative to it, not on how high the bow points. Pointing high while drifting sideways is the classic self-deception.
• One-handed reaches. Trim the wing, hook in, take the back hand off. If you can’t hold the line one-handed, your harness and trim are doing too little.
• Second-gear reps (double-skin/mixer wings): on a reach, sheet out to the lowest angle of attack that still drives, feel where the canopy moves in the window, and hold it for a full leg.
• Switch-stance legs. Ride your weak tack switch-footed for an entire leg. Damien LeRoy and Gwen Le Tutour’s upwind “give and take” guide is the best current visual reference for the rhythm of climbing, easing, and climbing again.
• Light-wind fallback. If the wind drops below your upwind threshold mid-drill, use the MACkite S-Start pattern to get back on foil rather than pumping yourself to exhaustion, then resume the leg.

The Flysurfer POW Academy series is worth watching in parallel; its handling and water-usage episodes cover the steering and window fundamentals this article assumes. For handle-steering mechanics on BRM gear, their self-hosted video page has dedicated clips.

Hazards

Upwind riding has one hazard profile people underestimate: it is the skill you discover you don’t have when it’s too late. If you cannot reliably make ground upwind, every session drifts you away from your launch, and dying wind turns that drift into a swim. Never test your upwind limit on offshore wind, keep yourself inside swim range of shore, and know what is downwind of you before you need it.

Two mechanical hazards specific to the technique. First, trim tricks like the front-line wrap change your depower: a wrapped line can hesitate exactly when a gust hits, so rehearse the unwrap on land. Second, holding a hard edge overpowered loads the lines heavily; if you get lifted or lose the edge, the wing surges deep into the window with full power. Sheet out early, not late, and know your quick-release without looking.

Finally, respect the fatigue curve. Upwind legs are the most physically loaded riding a parawing does. Arms and hip flexors go first, edge quality goes with them, and your angle quietly collapses; riders routinely blame the wing for what is actually an empty tank. When the edge starts washing out, take the lower, faster line home.