Flight Division
Play freePlay free simulator
Back to posts
Tricks & Flow10 min read

FPV Freestyle Trick Progression: What to Learn First

The trick order that actually works: Split-S, then power loop, then linking them into flow, with the readiness checkpoints that tell you when to move on.

Valentin Cohere

By

Written · Updated

FPV Freestyle Trick Progression: What to Learn First

Photo by Andri Aeschlimann on Unsplash

Key Takeaways

  • The trick order that actually works is Split-S, then power loop, then flow. Split-S is mechanically the back half of a power loop, so it's the easier move and the foundation everything else builds on (UAVMODEL Insights, 2026). - Each trick needs a concrete readiness gate before you move on, not a feeling: 10 clean Split-S attempts with no altitude loss before power loops, 10 clean power loops before adding an obstacle. - Put in 20-30 hours of simulator stick time before attempting any of this on a real quad. Sim hours are what make the readiness gates achievable instead of theoretical.

Every FPV freestyle trick you've ever watched breaks down into a small handful of building blocks, learned in a specific order, each one unlocking the next. Skip the order and you don't get to tricks faster, you just crash more while attempting moves your stick skills haven't earned yet. This guide lays out the progression that consistently shows up across pilot guides and tutorials: which trick to learn first, how to know you're actually ready to move on, and where flow (linking tricks together) fits once the individual moves are solid.

This is the pillar for FlightDivision's Tricks & Flow guides. If you haven't put in your simulator hours yet, start with how long to practice in a simulator before real flight first, because everything below assumes you can already fly forward, turn, and stop reliably.

The Trick Order That Actually Works

1. Split-S: the foundation move

The Split-S is the first acro maneuver most pilots learn, and for good reason: it's essentially the exit half of a power loop without the entry. Fly forward, roll 180 degrees to inverted, then pull back on pitch to dive and recover level, applying throttle as the horizon comes back around (Zbotic, 2026). It's your first real taste of flying upside down, and it reverses your direction of travel, which makes it genuinely useful in a flying line, not just a party trick.

Readiness gate: 10 consecutive Split-S attempts with no meaningful altitude loss. If you're still dropping 10 meters or more on every attempt, the power loop below will be harder, not easier, because it demands the same inverted throttle control with an added entry phase (UAVMODEL Insights, 2026).

2. Power loop: the signature freestyle trick

The power loop is a full 360-degree vertical circle, and it's the trick most people picture when they think "FPV freestyle." The mechanics: fly toward your reference point at moderate speed with throttle around 50-60%, push toward 100% throttle as you approach vertical, ease off to 30-40% as you pass inverted near the top (gravity does the work here), then bring throttle back up to 50-60% as the horizon reappears and you level out (UAVMODEL Insights, 2026).

For the full stick-by-stick breakdown, see How to Do a Power Loop in FPV.

Readiness gate: 10 consecutive power loops in open air with no wobble and no altitude drift, before you add a gate or obstacle to fly through. Adding an obstacle to an unclean loop just relocates the crash into something more expensive to hit (UAVMODEL Insights, 2026).

3. Combination tricks (Matty flip and beyond)

Once Split-S and power loop are both clean, combination tricks like the Matty flip start to make sense: fly toward an object, pitch back to inverted while continuing forward momentum, pass over or through the object while upside down, then pull through to upright flight on the other side. It's a power loop with a moving reference point, which means it punishes an unclean power loop immediately (UAVMODEL Insights, 2026).

This tier is where trick order questions get genuinely debatable, rolls, flips, and power loops all have advocates for going first. The Split-S-then-power-loop order above is the one with the most consistent reasoning behind it, but it's worth understanding the alternative case.

Practice Thresholds That Actually Matter

Two numbers show up repeatedly across current FPV trick guides, and they're worth taking literally rather than as rough encouragement:

  • 50-100 successful attempts per trick before moving to the next one. The progression takes weeks, not days, and rushing past this doesn't save time, it just means you attempt the next trick without the muscle memory the previous one was supposed to build (UAVMODEL Insights, 2026).
  • 20-30 hours of simulator stick time before attempting any of this for real, with Acro mode comfort and solid throttle control as prerequisites, not nice-to-haves (UAVMODEL Insights, 2026).

Where to learn new tricks

Every new trick should be attempted at a minimum of 30 meters altitude, over soft ground. The extra height buys you recovery time while the trick is still sloppy, and you can bring it closer to the ground once the muscle memory is solid (UAVMODEL Insights, 2026).

Where to Practice: Whoop, Sim, or 5-Inch

You don't need a 5-inch freestyle quad to work through this progression. Tiny whoops can execute the same trick vocabulary, power loops, spins, flips, at lower cost per crash and in tighter spaces, which makes them a legitimate training platform rather than just a toy for absolute beginners. See why tiny whoops are the best way to learn freestyle tricks for the full case.

Before any of that, simulator time is where the readiness gates above actually get built cheaply. FlightDivision's in-browser simulator walks through Takeoff and Forward, Turns, Stopping, and Stay Calm before you ever reach the Basic Tricks and Flow lessons, so by the time you're attempting a Split-S for real, the stick inputs are already familiar rather than being learned live over a field.

Why Order Matters More Than Speed

It's tempting to treat trick progression as a race, more tricks learned faster feels like more progress. But every trick in this sequence depends on the throttle and stick discipline built by the one before it. A power loop attempted before a clean Split-S isn't a shortcut, it's the same lesson relearned at a higher cost, because the inverted-flight throttle control the Split-S was supposed to build now has to be learned live, mid-loop, with an added entry phase on top. Rushing the order doesn't just risk more crashes, it risks building the wrong muscle memory: sloppy inverted recovery habits that then have to be unlearned before the next trick in the sequence becomes possible.

This is the same logic that governs FlightDivision's own lesson sequence: Takeoff and Forward, then Turns, then Stopping, then Stay Calm, then Basic Tricks, then Flow. Each stage exists because the one after it assumes the skill is already there. Trick progression works the same way, just at a finer grain within the "tricks" stage itself.

A Sample 8-Week Practice Plan

There's no universal timeline, pilots progress at different rates depending on sim hours already logged and how often they fly, but a realistic shape for someone starting from zero tricks looks roughly like this:

WeeksFocusTarget before moving on
1-2Split-S drilling, in sim and (once comfortable) on a whoop or real quad at altitude10 consecutive clean attempts, no meaningful altitude loss
3-5Power loop entry and throttle rhythm10 consecutive clean loops in open air, no wobble
6Power loop with a gate or obstacleConsistent line through the obstacle without altering the loop's shape
7-8Linking Split-S into power loop, beginning of flowA two-trick sequence with no stop in between

Two weeks per stage is a rough midpoint, not a guarantee. If a stage is taking noticeably longer, that's a signal to add more simulator repetitions rather than push forward on real hardware, since the sim rep cost is effectively zero.

Common Plateaus and How to Break Through Them

"My Split-S loses altitude every time." This almost always traces back to throttle timing on the pull-through, cutting power too early or too late during the pitch-back. Slow the maneuver down deliberately in a simulator, where the consequence of a bad rep is nothing, and isolate just the pitch-to-throttle timing before trying it at speed.

"My power loop is fine until I try to add a gate." This is the readiness gate doing its job. Go back to open-air loops and get the rep count to 10 consecutive clean attempts before reintroducing the obstacle. An unclean loop with a gate added doesn't become cleaner under pressure, it becomes a more expensive crash.

"I can do the tricks but my flying doesn't look like freestyle." This is normal, and it means you're ready for the next stage, not that you've failed the trick stage. Individual trick competence and flow are genuinely different skills, covered in the next section.

From Individual Tricks to Flow

A clean Split-S and a clean power loop, performed in isolation with a stop in between, don't look like freestyle. What separates a beginner from an intermediate pilot is flow: linking tricks together so one flows directly into the next without a pause, each trick ending at the speed and altitude that sets up the next one (FPV Frenzy, 2026). Flow isn't a separate skill you learn after tricks, it's what tricks are for. See Building Flow: Linking Tricks Into a Smooth Freestyle Run for how the transition between tricks matters more than the tricks themselves.

Gear Considerations for Trick Practice

The trick progression above doesn't require a specific airframe, but a few gear decisions do affect how quickly you can rack up the readiness-gate rep counts.

Prop condition matters more during trick practice than normal flying. A slightly bent or chipped prop is tolerable in straight-line flight but shows up immediately as vibration and inconsistent thrust during a power loop's high-throttle phase. Check props before every trick-practice session, not just after a visible crash.

Battery voltage sag affects the throttle rhythm a power loop depends on. A pack that's sagging under load changes how much power is actually available at the "90-100% throttle near vertical" moment described earlier, which can turn a previously consistent loop inconsistent again for reasons that have nothing to do with your stick inputs. If a trick that was clean yesterday suddenly feels off, check battery health before assuming your technique regressed.

Radio and receiver reliability matters more here than in cruising flight. Tricks involve rapid, large stick movements in quick succession, exactly the conditions where a marginal radio link or misconfigured rates is most likely to reveal itself. If you're still working through basic radio setup, FPV Drone Controls Explained covers the fundamentals this progression assumes you already have.

None of this requires premium gear. It requires gear that's consistent, so that when a trick attempt goes wrong, you can trust it was a stick-input problem rather than a hardware problem, and adjust accordingly.

Frequently Asked Questions

The Split-S. It's mechanically the easier half of a power loop, a half-roll into a pull-through that reverses your direction, and mastering it builds the inverted throttle control every later trick depends on.

20-30 hours of stick time, with comfort in Acro mode and solid throttle control, is the threshold that shows up consistently across current FPV trick guides. Fewer hours means attempting tricks without the muscle memory to recover when they go wrong.

10 consecutive Split-S attempts with no meaningful altitude loss. If you're still dropping significant altitude on every attempt, the power loop will be harder, not easier, since it demands the same inverted control plus an added entry phase.

Yes. Whoops can execute the same trick vocabulary as larger quads, power loops, spins, flips, at a lower cost per crash and in smaller spaces, making them a legitimate training platform, not just a toy for total beginners.

Sources

Related