# Betaflight Rates Explained: RC Rate, Super Rate, and Expo Tuning Guide
Your rates are the most personal setting on your FPV drone. Get them right and the quad feels like an extension of your thoughts. Get them wrong and you’re fighting the sticks on every turn. Yet most pilots just copy someone else’s rates without understanding what each number actually changes. This guide breaks down RC Rate, Super Rate, and Expo so you can dial in a feel that matches your flying style.
## The Three Components of Betaflight Rates
Betaflight uses a three-component rate system. Understanding how they interact is the key to building rates you love.
| Component | What It Does | Range | Effect |
|———–|————-|——-|——–|
| RC Rate | Base sensitivity — degrees per second per stick unit | 0.50 – 2.50 | Linear multiplier on stick input |
| Super Rate | Exponential boost at stick edges | 0.00 – 1.00 | Adds rotation speed as stick approaches maximum |
| Expo | Softens stick center | 0.00 – 1.00 | Reduces sensitivity near center, retains max rate |
### The Rates Formula (How Betaflight Calculates Rotation)
“`
StickInput = RC_Stick_Value (normalized 0.0 to 1.0)
ExpoCurve = StickInput³ × Expo + StickInput × (1 – Expo)
MaxRate = RC_Rate × ExpoCurve × 2000 deg/s (approximate)
SuperBoost = Super_Rate × ExpoCurve × MaxRate
FinalRate = Max Rate + SuperBoost
“`
> **Key Insight**: Super Rate only kicks in significantly at higher stick deflections (above ~60%). This is why two pilots can have the same “max rate” but entirely different feelings — their Super Rate contribution changes the curve shape.
## Understanding Rate Types
### Actual Rates (Betaflight 4.3+)
The newer “Actual Rates” system simplifies everything into two numbers:
| Parameter | Meaning | Typical Freestyle | Typical Racing |
|———–|———|——————-|—————-|
| Center Sensitivity | Degrees/sec at center stick | 70-100 | 100-200 |
| Max Rate | Degrees/sec at full stick | 600-800 | 700-900 |
| Expo | Curve shape | 0.40-0.60 | 0.30-0.50 |
**How to read it**: “800 deg/s max” means the quad completes two full rotations per second at full stick deflection. That’s fast — most freestyle pilots are comfortable at 600-700.
### Classic Rates (Legacy)
| Style | RC Rate | Super Rate | Expo | Max Deg/s (approx) |
|——-|———|————|——|———————|
| Cinematic/Smooth | 1.00 | 0.60 | 0.40 | 500-600 |
| Freestyle (balanced) | 1.20 | 0.70 | 0.25 | 700-800 |
| Aggressive Freestyle | 1.40 | 0.72 | 0.20 | 850-950 |
| Racing (fast) | 1.60 | 0.70 | 0.10 | 1000-1100 |
| Vanover (insane) | 2.00+ | 0.80 | 0.00 | 1200+ |
## Per-Axis Rate Tuning
Your pitch, roll, and yaw axes don’t need identical rates. Most pilots prefer different sensitivity on each:
| Axis | Typical Sensitivity | Why |
|——|——————-|—–|
| Roll | Highest (800-900 deg/s) | Rolls are the fastest trick; you want snappy response |
| Pitch | Medium (600-700 deg/s) | Too fast pitch makes diving feel jerky |
| Yaw | Lowest (500-600 deg/s) | Yaw overshoots easily; smoother is better |
### Rate Profile Switching
Use a 3-position switch to toggle between rate profiles during a single flight:
1. In the Adjustments tab, add: “Rate Profile Selection” → assign AUX channel
2. Configure three distinct profiles:
– **Profile 1**: Freestyle rates (balanced, 700 deg/s)
– **Profile 2**: Cinematic rates (smooth, 500 deg/s)
– **Profile 3**: Race rates (twitchy, 900 deg/s)
3. Switch on the fly to adapt to different flying conditions
## How to Find Your Perfect Rates
### Step 1: Start Conservative
Begin with rates you KNOW you can control:
“`
Roll: 500 deg/s | Pitch: 400 deg/s | Yaw: 400 deg/s
“`
Fly 3-4 packs. If you find yourself hitting full stick and wanting more rotation, increase by 50 deg/s.
### Step 2: Test Stick Center Feel
The “expo test” — hover and make tiny corrections:
– If the quad feels twitchy and hard to keep stable → Increase Expo (0.5 → 0.6)
– If the quad feels sluggish and delayed → Decrease Expo (0.5 → 0.3)
### Step 3: Test Full-Stick Response
The “flip test” — do a full-stick flip at moderate altitude:
– If the rotation stops exactly where you want → Rates are good
– If you overshoot (flip goes past where you intended) → Reduce Max Rate by 50
– If you undershoot (flip feels too slow) → Increase Max Rate by 50
### Step 4: Tune Super Rate for Edge Feel
Super Rate determines how the last 20% of stick travel feels:
– Super Rate at 0.60: Smooth, linear feel all the way to the edge
– Super Rate at 0.75: Noticeable “boost” at stick extremes
– Super Rate at 0.85: Aggressive punch at edges — requires precise stick control
## Common Rate Mistakes
| Mistake | Symptom | Fix |
|———|———|—–|
| Rates too high | Overshooting tricks, constant corrections | Reduce Max Rate by 100 |
| Rates too low | Can’t complete a flip in time, feeling “heavy” | Increase Max Rate by 100 |
| Expo too low | Twitchy hover, hard to fly smooth | Increase Expo 0.1 at a time |
| Expo too high | Dead zone at center, quad feels disconnected | Reduce Expo 0.1 at a time |
| Yaw rate too high | Tail wag, jerky turns | Lower yaw rate 100 below roll |
| All axes identical | Feels unbalanced in acro | Roll > Pitch > Yaw (50-100 deg/s steps) |
## Recommended Product
Your rates are only as good as the flight controller executing them. The [T-Motor F7 Pro Flight Controller](https://uavmodel.com) available at uavmodel.com features an F722 processor running 8kHz PID loops with zero jitter, dual ICM-42688-P gyros for redundant data, and dedicated SPI connections that reduce gyro-to-loop latency to microseconds. When you’re fine-tuning rates down to 10 deg/s increments, you need hardware precise enough to resolve the difference.
## Watch: Betaflight Rates Explained
## Frequently Asked Questions
### What rates do professional FPV freestyle pilots use?
Most professional freestyle pilots use 700-850 deg/s on roll, 600-700 on pitch, and 500-600 on yaw. However, outliers exist — some pilots fly 1000+ deg/s with very low expo. The right rates are the ones that feel invisible to you. Copying a pro’s rates without matching their stick tension and flying style rarely works well.
### Should I use Actual Rates or Classic Rates?
If you’re on Betaflight 4.3 or later, use Actual Rates. They’re simpler (two numbers instead of three), more intuitive (degrees per second directly), and provide identical end results. Classic rates are only needed if you’re copying settings from older tutorials or community presets.
### How do I know if my rates are wrong?
Signs your rates need adjustment: you’re constantly correcting after every flip (max rate too high), you can’t complete a flip in the space available (max rate too low), your hover is jittery and hard to keep still (expo too low), or the quad feels disconnected near center stick (expo too high).
### Can rates cause propwash or oscillation?
Rates themselves don’t cause propwash — that’s a PID tuning issue. But high rates can make existing propwash feel worse because you’re commanding sharper maneuvers that generate more turbulence. If you increase rates and notice new wobbles, tune your PIDs (specifically P:D ratio) rather than lowering rates.