Response Curve Topology (0 - 100 XY Mapping)
Recommended Smooth Ramp-Up
Sampling: 1000 Hz Hall Effect
Live Stick Sandbox
Centered
Click and drag within the stick track to test the mapped output velocity against moving micro-aim targets:
Physical Input (X, Y)
0%, 0%
Curve Output (X, Y)
0%, 0%
Magnitude Vector
0.0%
Micro-Aim Precision Score
100%
Hardware Tip: On the Vader 5 Pro / 4 Pro, set physical stick tension rings to level 3 or 4 for optimal mechanical resistance alongside this curve.
Flydigi Space Station Manual Input Coordinates (10 Key Nodes)
Enter these exact X / Y coordinate pairs into the Flydigi Space Station custom joystick response curve editor:
| Node # | Physical Stick Input (X) | Software Response Output (Y) | Aim Phase Domain | Behavioral Characterization |
|---|
Why Smooth Ramp-Up Beats Linear
Linear 1:1 sticks suffer from initial micro-jitter when making subtle 200m+ sniper adjustments. A smooth ramp keeps the first 0-30% of physical movement dampened at ~0.65x slope, giving your thumb 35% more physical margin of error on small reticle micro-adjustments without sacrificing maximum flick turn speed.
Vader 5 Pro Hall Sensor Optimization
Flydigi's electromagnetic Hall Effect sticks boast ultra-low native center noise (under 0.5%). This allows you to safely lower the Space Station deadzone to 2% - 3% instead of the standard 8%-10% required on potentiometer sticks, granting instant response upon the slightest physical touch.
Recommended Game In-Game Settings
When applying this curve in Flydigi Space Station, set your in-game response curve (e.g., in Apex Legends, Warzone, or Battlefield) to Linear. Let Flydigi hardware handle the curve synthesis so multiple games share the exact same muscle memory.