FLYDIGI SPACE

Vader 5 Pro Dual-Zone Curve Calibrator

2-Point Transfer Curve Editor

Drag handles P1 & P2 or tweak sliders to replicate edge-precise dual-zone look acceleration

P1 (Inner) P2 (Outer Knee)
Point 1 (Inner Micro-Aim Knee) X:85 | Y:20
X1 85%
Y1 20%
Point 2 (Outer Edge Acceleration) X:92 | Y:45
X2 92%
Y2 45%
3%

Flydigi Space Station Direct Input

Exact parameters for Vader 5 Pro & Vader 4 Pro 12-bit Joystick Curve

Exact Coordinates for Space Station 4.x ● Calibrated Ready
Point 1: (85, 20)
Point 2: (92, 45)
DZ: 3%
Why this replicates Dual-Zone: 0% to 85% stick push yields ultra-steady micro-aiming capped at 20% look speed. Pushing past 85% kicks into Point 2 (45%) and ramps sharply to 100% max velocity for instant 180° turns.
Live Thumbstick Simulator Deadzone (0%)
STICK

Drag the thumbstick to feel the Dual-Zone speed kick in real-time

Deflection (X)
0.0%
Output Speed (Y)
0.0%
Look Rate Ratio
0.00x
Quick Setup in Flydigi Space Station:
  1. Open Flydigi Space Station → Select Vader 5 Pro → Joystick.
  2. Set Joystick Curve to Custom (2 Points).
  3. Enter Point 1: X=85, Y=20 and Point 2: X=92, Y=45.
  4. Set Deadzone to 3% and click Apply / Save to Onboard.

Understanding Dual-Zone Aiming Physics

In competitive first-person shooters like Overwatch, Halo, and Call of Duty, Dual-Zone divides stick deflection into two distinct functional domains:

Because the Flydigi Vader 5 Pro software provides a 2-point piecewise adjustable curve, placing Point 1 at (85, 20) defines the micro-aim cap, while Point 2 at (92, 45) controls the acceleration knee slope before reaching 100% edge velocity.

Vader 5 Pro Hall Effect Sensor Calibration

The Flydigi Vader 5 Pro utilizes high-resolution 12-bit Hall Effect magnetic sensors (4096 steps of resolution). Unlike potentiometers, Hall sensors exhibit zero physical friction and near-zero center jitter.

Profile Copied to Clipboard!
Enjoy this tool? Build your own with Super
```