A properly applied preset saves 3 hours of PID tuning. Applied wrong, it flies worse than defaults. Presets are a starting point, not a finish line — every preset needs verification and adjustment for your specific quad. Here’s how to get it right.
How to Apply and Verify Betaflight Presets
Step 1: Pick the Right Preset for Your Build
The Presets tab in Betaflight Configurator 10.10 shows community presets with compatibility metadata. Filter by your flight style and build class.
For freestyle 5-inch: UAV Tech 5″ Freestyle preset is the gold standard. It includes PID values, filter settings, rates, and OSD elements tuned for 2306-2500KV motors on 4S or 6S.
For racing: SupaFly Race preset. More aggressive P and D values, higher rates, and feed forward tuned for instant stick response. Expect hotter motors — the tune prioritizes speed over comfort.
For whoops and micros: UAV Tech Whoop preset or the Betaflight Community Micro preset. These compensate for the high noise floor of small builds.
Do NOT apply a 7-inch long-range preset to a 3-inch toothpick. The PID values will be 2x too high and the quad will oscillate uncontrollably on the first punch-out.
Step 2: Apply the Preset with “Apply Only Selected”
In the Presets tab, select your preset, but before clicking Apply, uncheck any sub-options you don’t want overwritten. Presets can overwrite your OSD layout, VTX tables, LED configuration, and modes. If you’ve already configured these, uncheck them.
Click Apply Only Selected. Betaflight saves your current settings as a backup automatically before applying. The preset file is a CLI script that runs set commands — you can review the script by clicking “View Source” before applying.
Step 3: Verify the Preset Actually Loaded
After applying, disconnect and reconnect. Check the PID Tuning tab — values should match what the preset description promised. Check the Filters tab — Dynamic Notch should be enabled with sane Q and width values. Check the Rates tab — rates should match the preset description.
If any values show as zero or default (P=45, I=85, D=30), the preset didn’t apply. Common causes: wrong firmware version (presets target 4.3+, some need 4.5), or the preset script hit an error mid-execution. Re-apply or try a different preset.
Step 4: Customize the Preset for Your Specific Build
No preset knows your exact motor, prop, or AUW. Test-fly, review blackbox logs, and make small adjustments:
If you have heavier motors than typical (e.g., 2507 instead of 2306): raise D by 3-5 points. Heavier motors carry more inertia and need more damping.
If you run lighter props (e.g., 5130 instead of 51466): lower P by 3-5 points. Less blade area means less aerodynamic damping — the same P gain produces more oscillation.
If your AUW is 150g above typical: raise I by 10-15 points. More mass means stronger wind and momentum forces that I must counteract.
Betaflight Community Preset Comparison
| Preset Name | Target Build | P Gain Range | D Gain Range | Rates | Feed Forward | Best For |
|---|---|---|---|---|---|---|
| UAV Tech 5″ Freestyle | 5″ 4S/6S, 2306-2408 | 50-65 | 35-45 | 800 deg/s | 120 | All-around freestyle |
| SupaFly Race | 5″ 6S, 2207-2306 | 65-80 | 45-55 | 900 deg/s | 150 | Competitive racing |
| UAV Tech 7″ LR | 7″ 6S, 2508-2807 | 40-55 | 30-38 | 600 deg/s | 100 | Long-range cruise |
| Betaflight Whoop | 65-85mm, 0802-1102 | 35-50 | 25-35 | 700 deg/s | 100 | Indoor whoop |
| UAV Tech 3″ Micro | 3″ 4S, 1404-1507 | 45-60 | 30-40 | 750 deg/s | 110 | 3-inch micro freestyle |
| Cinematic Smooth | 5″ 6S, GP-carrying | 40-50 | 40-50 | 500 deg/s | 80 | Smooth cinematic flight |
All presets assume Betaflight 4.5 with bidirectional DShot and RPM filtering enabled. Apply the preset first, fly, review logs, then adjust.
Preset Mistakes That Ruin a Good Build
Mistake 1: Applying a preset without reading what it changes. The UAV Tech 5″ Freestyle preset also changes your OSD elements, VTX table, LED configuration, and arming flags. If you hit “Apply” without unchecking categories, you lose hours of custom configuration.
Consequence: Your custom OSD layout with call sign, timer, and cell voltage disappears. Your modes tab resets. Suddenly arm requires 3 switches instead of 1.
Fix: Always click “View Source” before applying. Uncheck every category except PIDs, Filters, and Rates unless you want the full reset. I always uncheck OSD, VTX, LED, and Modes — those are build-specific and no preset guesses them correctly.
Mistake 2: Assuming the preset is perfect and never test-flying. A preset tuned on a 2306-1950KV motor with a 51466 prop will fly differently on your 2207-1750KV with 5130 props. The differences compound.
Consequence: You fly 20 packs with a slightly-off tune, develop bad stick habits compensating for the tune, then when you finally fix it, your muscle memory fights the correct feel.
Fix: Test-fly immediately after applying. Record blackbox on the first flight. Review for oscillations, bounce, or propwash. Make the adjustments from Step 4. Don’t accept “good enough” — a preset is 90% there, the last 10% is yours.
Mistake 3: Stacking presets. Applying UAV Tech 5″ Freestyle, then SupaFly Race on top, expecting to “combine” them. Presets are full overwrites, not incremental changes. The second preset wipes the first one completely.
Consequence: You end up with SupaFly’s PIDs and UAV Tech’s nothing. Or worse, artifacts from the first preset (modified values that the second preset didn’t touch) create an unholy hybrid.
Fix: One preset per build. If you want to experiment, save your current settings as a CLI diff first (diff all), apply the new preset, fly, compare. Revert to the saved diff if the new preset flies worse.
As we explained in our Betaflight PID Tuning guide, the preset is your baseline — the PID tuning protocol picks up where the preset leaves off.
⚠️ Regulatory Notice: The flight recommendations in this article should be followed in accordance with the latest 2026 drone regulations in your country or region. Always verify local laws regarding flight altitude, no-fly zones, remote ID requirements, and registration before flying. Regulations vary significantly between the FAA (US), EASA (EU), CAA (UK), CAAC (China), and other authorities.
The SpeedyBee F405 V4 flight controller comes with Betaflight 4.5 pre-installed and supports the full preset library out of the box. The onboard 16MB blackbox flash records 20+ tuning flights — pair it with the UAV Tech preset, fly, review logs, and you’ve got a professional-grade tune in under an hour.