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Tricks & Flow7 min read

How to Do a Power Loop in FPV (Step by Step)

The stick-by-stick throttle breakdown for the power loop, FPV's signature freestyle trick, plus the readiness gate for adding an obstacle.

Valentin Cohere

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How to Do a Power Loop in FPV (Step by Step)

Photo by Fridi Antrack on Unsplash

Key Takeaways

  • A power loop is a full 360-degree vertical circle where throttle changes continuously through the maneuver: up going into the loop, down through the inverted top, back up coming out. - Master the Split-S first. It's the exit half of a power loop without the entry, and if you can't do that cleanly, the power loop's added entry phase will be harder, not easier. - Don't add a gate or obstacle until you can fly 10 consecutive power loops in open air with no wobble and no altitude drift.

The power loop is the trick most people picture when they imagine FPV freestyle: a full vertical circle, throttle rising and falling through the rotation, the horizon disappearing and reappearing as the quad completes the loop. It looks simple on video and is genuinely learnable, but it's also the trick that most often gets attempted before the pilot is ready, which is why it eats more props than almost anything else in the beginner trick vocabulary.

This guide breaks the power loop down stick input by stick input, covers the prerequisites that make it learnable instead of dangerous, and gives you a concrete way to know when you're ready to move past it. For where this fits in the broader trick sequence, see FPV Freestyle Trick Progression: What to Learn First.

Prerequisites Before You Attempt a Power Loop

Don't skip this section. A power loop attempted without these in place isn't a shortcut, it's a more expensive way to relearn the same lesson.

  • A clean Split-S. The Split-S is mechanically the back half of a power loop, a half-roll to inverted followed by a pull-through to level. If you're still losing significant altitude on a Split-S, the power loop's added entry phase will compound that problem rather than avoid it (UAVMODEL Insights, 2026).
  • 20-30 hours of simulator stick time, with comfort in Acro mode and solid throttle control already built. This is where the throttle rhythm below gets rehearsed for free before you risk hardware (UAVMODEL Insights, 2026).
  • Open airspace and altitude. Learn this at a minimum of 30 meters over soft ground. The extra height buys recovery time while your throttle timing is still inconsistent (UAVMODEL Insights, 2026).

The Power Loop, Stick by Stick

The core skill in a power loop is throttle modulation through a continuously changing pitch attitude, not the pitch input itself. Here's the sequence:

  1. Entry (0 to 90 degrees). Fly toward your reference point at moderate speed, roughly 40-50 km/h, with throttle around 50-60%. Pull pitch back smoothly to start the vertical climb.
  2. Approaching vertical (around 90 degrees). As the nose points straight up, throttle demand peaks. Push toward 90-100% throttle here; this is the moment gravity is working hardest against you.
  3. Passing inverted (around 135 degrees). As the quad rolls through inverted at the top of the loop, ease throttle back to 30-40%. Gravity now helps pull you through the top instead of fighting you, so less power is needed.
  4. Exit (around 225 degrees to level). As the horizon reappears and the quad approaches upright again, bring throttle back up to 50-60% and smoothly release pitch to level out.

This up-down-up throttle rhythm, not a fixed throttle setting, is what separates a round, controlled loop from one that either stalls at the top or overshoots on the way down (Multiple YouTube tutorials, 2026 consensus across pilot walkthroughs).

The most common power loop mistake

Holding a constant throttle through the entire loop instead of modulating it. A flat throttle input either stalls the quad at the inverted top (not enough power to maintain the arc) or sends it rocketing through the bottom with too much speed to control the exit. The rhythm, up through vertical, down through inverted, up again on exit, is the actual skill.

Your Readiness Gate: 10 Clean Loops Before a Gate

Once you can complete a power loop without wobbling or losing altitude control, resist the urge to immediately add a gate, tree, or other obstacle to fly through mid-loop. The recommended threshold is 10 consecutive clean power loops in open air first (UAVMODEL Insights, 2026). An obstacle doesn't make an unclean loop cleaner, it just gives your inconsistency something expensive to hit.

This same discipline, a concrete rep count before adding difficulty, is what separates a power loop from a Matty flip: a Matty flip is a power loop with a moving reference point, and it immediately punishes anyone whose base loop wasn't actually solid (UAVMODEL Insights, 2026).

Every trick needs roughly 50-100 successful reps before you move on to the next one in the progression. That's weeks of practice, not days, and rushing past it doesn't save time overall (UAVMODEL Insights, 2026).

Common Power Loop Mistakes, Beyond Flat Throttle

Losing the reference point. A power loop is easiest to keep round when you're flying toward a fixed visual anchor, a tree, a pole, the horizon line. Pilots who attempt loops in open sky with no anchor tend to drift off-axis without realizing it, because there's nothing to measure the arc against. Pick a reference point before you start the entry, not during it.

Rushing the entry speed. Entering too fast makes the top of the loop harder to control, since more speed means more momentum to manage through the inverted section. Entering too slow risks running out of energy before the top, causing a stall. The 40-50 km/h entry speed cited earlier is a starting point, not a hard rule, but it's a reasonable place to calibrate from rather than guessing.

Pitch and throttle out of sync. The pitch input (how tightly you're pulling the loop) and the throttle input (how much power you're adding) need to move together, not independently. A common beginner pattern is holding pitch constant and only adjusting throttle, which produces an oval instead of a circle. Both inputs should be moving continuously through the maneuver.

Exiting too early. Leveling out before you've fully returned to upright flight cuts the loop short and often means overcorrecting on the next input to compensate. Let the exit phase (225 degrees to level) complete fully before transitioning to whatever comes next.

Power Loop Variations Once the Basic Loop Is Solid

Once you can reliably complete 10 clean open-air loops, a few variations become reasonable next steps, each adding one new variable rather than several at once:

  • Loop around a single obstacle (a gate, a tree gap) without changing the loop's shape. This is the direct next step referenced in the readiness gate above.
  • Loop at reduced altitude, closer to the ground than your initial 30-meter learning height, once the throttle rhythm is automatic rather than something you're consciously thinking through.
  • Loop into a Split-S exit instead of leveling out flat, which starts to resemble the trick-linking covered later in this guide.

Each of these should get its own rep count before combining with the next, the same 50-to-100-attempt discipline that applies to the base loop.

Where the Power Loop Fits Next

Once your power loop is genuinely consistent, two directions open up: adding it to a moving line as part of linking tricks into flow, or debating what trick order actually makes sense for the moves that come after it. If you'd rather build this rep count somewhere cheaper than a 5-inch quad, tiny whoops can execute the full power loop vocabulary at a fraction of the crash cost.

Frequently Asked Questions

Throttle should change continuously through the loop: roughly 50-60% on entry, up to 90-100% approaching vertical, back down to 30-40% through the inverted top where gravity helps, then back up to 50-60% on exit. A constant throttle setting is the most common cause of a stalled or uncontrolled loop.

Yes. The Split-S is essentially the back half of a power loop, a half-roll to inverted followed by a pull-through. If you can't recover from that cleanly, the power loop's added entry phase makes the same skill harder, not easier.

10 consecutive power loops in open air with no wobble and no altitude drift. Adding an obstacle before that just relocates whatever inconsistency remains in your loop to something you can actually hit.

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