How to Launch a Paraglider: Forward and Reverse Techniques

Launching a paraglider is the most technical part of every flight. Here is the complete guide to forward and reverse launches, conditions, common mistakes, and how to actually learn.

The Launch Is the Whole Game

If you can launch a paraglider cleanly, you can fly. If you cannot launch, none of the rest matters. This is why every reputable instruction program spends more time on launch technique than on any other single skill - in some cases more than the rest of the curriculum combined.

A bad launch becomes a crash on the hillside, an aborted flight, or worse. A good launch becomes a calm, controlled flight where you have time to think. The difference between a confident pilot and a scared one is almost always whether they trust their launch.

This guide covers the two primary launch techniques, the conditions that make each one work, the most common mistakes, and how to actually train the skill so it becomes automatic.

Forward Launch (Alpine Launch)

The forward launch - sometimes called the alpine launch or American launch - is the foundation technique you learn first. You face downhill, the wing is laid out behind you, and you run forward to inflate it. As the wing rises overhead, you continue running until lift takes you off the ground.

When to use a forward launch

• Light wind (0 to 5 mph): The wing needs your running speed to inflate.
• Steep terrain: A steep slope means you need to commit forward and not look back.
• Crowded launches: A forward launch takes less lateral space than a reverse.
• You are a new P1 or P2 pilot: Forward launches are simpler to execute correctly.

The forward launch sequence

1. Lay out the wing. Spread the wing in a horseshoe shape, leading edge facing forward, with the center cell at your back.
2. Clip in and clear lines. Connect both risers to your harness. Walk through the lines from one tip to the other - any tangle becomes a malfunction the moment you inflate.
3. Pre-flight check. Wing condition, lines clear, brakes in your hands, helmet on, reserve handle accessible, harness leg straps fastened, radio on, vario powered up.
4. Position your body. Step forward into the A-risers so they have tension. Your body angle leans slightly forward like you are about to start a sprint.
5. Wait for the right cycle. If there is any wind, wait for a steady cycle blowing up the slope.
6. Run. Strong, committed running steps. Do not jog. Sprint.
7. Wing comes up. Around your fourth or fifth step, the A-risers go light - the wing is overhead.
8. Check overhead. Glance up. Is the wing centered, fully open, lines clear? If yes, continue running. If no, abort and reset.
9. Run aggressively until lift. Keep running. Do not stop. Lift takes over when your speed plus wind speed exceeds stall speed.
10. Sit back into the harness. Once airborne, sit into the harness and start your initial turn or climb.

Reverse Launch

The reverse launch is what you use in stronger winds and on more crowded launches. Instead of facing downhill, you face the wing - uphill - inflate it, check it overhead, then turn and run forward to launch.

When to use a reverse launch

• Moderate wind (8 to 15 mph): Strong enough to inflate the wing without aggressive running.
• You want to inspect the wing before committing: A reverse launch lets you abort cleanly if the wing comes up wrong.
• Crowded mountain launches: Pilots can hold reverse-inflated wings while they wait for a launch window.
• You are an intermediate or advanced pilot: Reverse is the dominant launch style for experienced pilots.

The reverse launch sequence

1. Lay out the wing. Same horseshoe shape as a forward launch.
2. Clip in and clear lines. Connect, walk lines, verify brakes in your hands.
3. Cobra technique or symmetric: Two reverse styles. Cobra inflates one tip first; symmetric inflates the wing centered. Symmetric is what schools teach first.
4. Pre-flight. Standard sequence: helmet, harness, reserve, brakes, radio, vario.
5. Cross your hands or hold both A-risers. Right A-riser in left hand, left in right hand (this is what your instructor means by "crossed risers"). Brakes still in your hands.
6. Pull the A-risers smoothly. The wing inflates like a kite. Keep it overhead with brake input.
7. Check the wing. Look up. Is it centered, open, no twists? Hold position to confirm.
8. Turn into the launch direction. A smooth pivot turn, not a snap. The wing stays overhead because you have brake control.
9. Run. Same aggressive run as forward launch. Commit fully.
10. Lift off. Sit back, settle in, fly.

Wind Conditions for Launching

Reading wind is the difference between a clean launch and a crash. Here is how experienced pilots think about wind:

Speed

• 0 to 5 mph: Forward launch only. You provide the airflow with your running.
• 5 to 8 mph: Forward launch is best. Reverse possible with experience.
• 8 to 12 mph: Ideal for most launches. Either technique works.
• 12 to 15 mph: Reverse only. Forward launch becomes dangerous because the wing wants to lift you backward.
• Over 15 mph: Pilot judgment territory. P2 pilots should not launch in these conditions without specific training. Often the answer is to wait for the cycle to settle.
• Over 20 mph: Stay on the ground unless you are an experienced pilot at a site you know intimately.

Direction

Wind must be coming straight up the launch slope, within roughly 30 degrees of perpendicular. Cross-wind launches are how pilots get pulled into terrain features, trees, or other pilots. If the wind is cross, wait for it to clock around or move to a different launch.

Cycles and gusts

Wind is not steady. It comes in cycles - quiet periods followed by stronger pulses. Experienced pilots launch on the front edge of a cycle, not on the peak gust. A "good cycle" is steady, rising slope wind that lasts long enough to get you safely off the ground.

Gusty conditions - where wind speed varies wildly within seconds - make launching dangerous. The wing inflates differently between gusts and lulls. Wait for the air to stabilize.

This kind of wind reading is exactly what guided instruction at sites like Valle de Bravo teaches. The Hair Dryer thermal cycle there is so consistent that pilots can practice clean launches in textbook conditions, day after day.

The Pre-Flight Check

Every launch starts with the same checklist. You do this every single time, no exceptions, no shortcuts. Memorize it as ABCDE:

• A - Airspace and Atmosphere. Wind direction, speed, weather, other pilots in the air.
• B - Body and Brakes. Helmet, harness, leg straps, brakes in your hands, reserve handle accessible.
• C - Canopy and Connectors. Wing condition, no debris, leading edge clean, risers correctly connected, no twists.
• D - Direction. Launch direction clear, no obstacles, escape route if you abort.
• E - Equipment. Radio on and checked, vario powered, GPS logging if you use it.

Skipping any of these is how preventable accidents happen. The pre-flight is not bureaucracy - it is the difference between flying and crashing.

Common Launching Mistakes

After 25+ years of teaching launches, the mistakes are predictable:

Stopping mid-launch

The most dangerous launch error. The pilot starts running, the wing inflates, and the pilot pauses to check it. The wing surges forward without the matching forward speed, collapses, and the pilot ends up on the ground tangled in lines. Once you start running, run until you are flying.

Underrunning

Jogging instead of sprinting. The wing comes up, but you have not built enough airspeed to actually fly. The wing stalls or settles back down. Run aggressively from the first step, especially in light wind.

Looking up instead of forward

Newer pilots fixate on the wing as it inflates. Their head tips back, their running stride shortens, and they trip on the rocks they cannot see. Quick glance up to verify, then eyes forward on the run.

Launching in cross-wind

The wing comes up cocked to one side, you compensate with brake, but you launch sideways into terrain. Wait for the wind to come straight, every single time.

Not aborting when you should

The wing comes up with a knot, a twist, or one tip lagging. The correct response is to drop the brakes, drop the risers, and let the wing fall. Newer pilots try to "fix it on the run" and end up airborne with a malfunctioning wing. Aborting is free; flying a broken wing is expensive.

Twisted lines

Rushed setup means the lines are crossed or wrapped around each other. The wing inflates, but cannot fully open because the lines are fouled. Walk the lines every single time. There is no rush.

How to Actually Learn to Launch

Reading about launching is useful background. Actually learning to launch happens on a training hill with an instructor. The progression looks like this:

1. Ground handling on flat ground. No flying yet. You stand in a field, inflate the wing, hold it overhead, walk it around. This is where 80 percent of your skill is built.
2. Bunny hill / training hill. Gentle slope, small flights of 5 to 30 seconds. You practice the launch sequence over and over with no consequences if you mess up.
3. Mountain launches under instructor supervision. Real flights with real altitude. Your instructor calls cycles and signs off on your launches.
4. Site introductions. Each new launch you fly, an experienced pilot or instructor briefs you on the specific quirks of that site - cross-wind tendencies, rotor zones, abort options.

You build launch confidence through repetitions, not through reading. Most P2 students do hundreds of inflations on flat ground and dozens of training-hill flights before ever launching from a mountain. We cover the realistic timeline in our guide on how long it takes to learn paragliding.

Practicing Ground Handling

Ground handling - sometimes called kiting - is the practice that separates good launchers from bad ones. It is what you do on a beach, a flat field, or a soccer pitch on windy days. You inflate the wing, control it overhead, walk it around, and learn how it responds to brake input, weight shift, and wind shifts.

Ground handling pays off in two ways. First, you learn the wing's personality - how it responds, how forgiving it is, where it likes to sit. Second, you build the muscle memory and instincts that make a clean launch automatic. Pilots who ground-handle 30 minutes a week launch better than pilots who fly twice a month and never kite.

If you are serious about getting good, find a ground-handling spot near you - any open field with reliable wind - and put in time. The pilots who get good fastest treat ground handling as a daily or weekly practice, not an optional extra.

Site-Specific Launch Knowledge

Every launch has its own quirks. The wind direction that works at one site is wrong at another. The launch run length, the rotor zones, the escape routes - all site-specific.

This is one of the biggest reasons to fly with an instructor at a new site. At El Penon in Valle de Bravo, for example, the launch faces south-southwest, the launch wind window is roughly 10:00 AM to 1:00 PM during peak season, and there are specific reading cues for whether to launch high on the ramp or low. None of that is in any book - you learn it from the local instructor or pilot who has launched there a thousand times.

Learning a new site without local guidance is how experienced pilots get into trouble at unfamiliar launches. Even master-rated pilots get site briefings. There is no ego in it - it is just how the sport works.

When to Abort

Aborting is a skill, not a failure. Knowing when to abort and how to abort cleanly is what keeps experienced pilots alive. Common abort triggers:

• Wing comes up with a tip stuck or asymmetric.
• Lines come up tangled.
• Wind suddenly cross or behind you.
• Another pilot in your launch corridor.
• Wing surges forward of overhead.
• Anything in your gut tells you "no."

To abort: drop the brakes if you have not already, drop the risers, take a step back, and let the wing collapse to one side. Your instructor walks you through this dozens of times during ground school. Practice it until it is automatic.

Building Real Launch Confidence

The fastest way to become a confident launcher is to do many launches in a short window of time, in conditions where you can practice without consequence. This is exactly what a structured training program at a consistent site delivers.

For pilots past their P2 who want to log hundreds of launches in conditions that build skill rather than scare them, our thermalling clinic in Valle de Bravo gives you 5 to 7 days of multiple daily launches in the most consistent thermal conditions in the Americas. The combination of repetition, predictable conditions, and radio-guided coaching is how pilots build the launch reflexes that translate to every other site they ever fly.

Have questions about launching, conditions at your home site, or whether you are ready for guided instruction? Reach out to Damien for honest guidance from a USHPA Advanced Instructor with 10,000+ flights and 25+ years of teaching.