What happens between the turn and the water? The three swoop phases — dive, plane-out, rollout — and how a real course is set up.
What exactly happens between the initiated turn and touching down on the water? The honest answer: three clearly separate phases, each trained on its own — dive, plane-out and rollout. The whole swoop runs over a precisely defined course, not a free pond flown by feel.
A typical swoop pond is shallow — around one meter deep — and marked by wind blades about a meter and a half tall, spaced roughly nine meters apart. That's tight enough that you have to navigate precisely, but wide enough to get through safely — as long as your timing is right.
Entry gates marked by wind blades about a meter and a half tall, spaced roughly nine meters apart, mark the start of your line. The shallow, artificial pond — usually only around a meter deep — isn't there for show, it's there for safety: it cushions a mistake that a hard surface wouldn't forgive.
The dive starts with a combination of front riser and harness input that steepens the canopy and builds speed and stored energy. This is exactly where it's decided how much "fuel" you'll have for the remaining two phases — too little dive and the rollout comes up short; too much, initiated too low, and you're out of time to level off.
In the plane-out, you catch the stored energy through the rear risers and bring the canopy from a steep diagonal into a flat, controlled glide angle. This is the technically trickiest moment: too early and you give away speed; too late and the ground arrives faster than your canopy can respond.
In the rollout you glide just above the surface — water or runway — and use whatever energy remains for distance, speed or precision, depending on the discipline. This phase looks the most spectacular, but technically it's the logical result of the first two phases, not its own trick.
Experienced canopy pilots practice the dive and plane-out over solid ground first, with generous safety margin, before water ever enters the picture. The reason: on land you see and feel timing mistakes without the added complication of water resistance and visual distortion.
The shallow pond protects you from a hard impact — it doesn't protect you from a badly timed plane-out or collisions with the gate poles. Practice each phase in isolation with a generous safety margin from the course before combining all three into a complete swoop.
The first time you're on the real course, have your coach position and watch you precisely — not just brief you generally. Small deviations in your approach line matter far more at the pond than on open ground, because you lose your options for sideways correction.
The artificial pond is usually around one meter deep; the entry gates are marked by wind blades about a meter and a half tall, spaced roughly nine meters apart. That's tight enough for precision but wide enough to fly through safely with correct timing.
The moment you catch the energy built in the dive through the rear risers and bring the canopy from a steep diagonal into a flat glide angle. It's technically the trickiest part of the entire swoop.
Because there you can recognize timing mistakes in the dive and plane-out without the added complication of water resistance and visual distortion. Only once these phases are solid on land does the pond get added.
Dive (build speed and energy), plane-out (catch and level the canopy via rear risers) and rollout (use the remaining energy for distance, speed or precision).
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