Why players switch from DS4Windows to Coda
- It is still being developed. Coda 1.8.4 shipped in October 2026, and Coda checks for updates itself and installs them with one click. DS4Windows' last release on its main line is from January 2025.
- You build the curve instead of picking one. Place up to ten points, joined smoothly without ever overshooting or with straight lines, and feel every change on the controller before you keep it. Start from any of Coda's six built-in curves, and share the result as a short code.
- Aiming gets its own curve. A second curve takes over while any of up to six buttons or triggers you choose is held — fine tracking down sights, fast turning everywhere else.
- Deadzones that work with the game's, not against them. Anti-deadzone pushes your smallest movement past the game's own deadzone; deadzone and max zone can be round or per axis.
- Full 16-bit sticks on the Xbox 360 output, and optional circular output so diagonals are no faster than straight lines.
- You can see what it is doing. Live telemetry shows the controller's real polling rate, the submit rate, frame intervals and stalls while you play.
- Xbox controllers too, not only PlayStation pads.
At a glance
| Coda | DS4Windows (3.9.9) | |
|---|---|---|
| Development | Active; 1.8.4 released October 2026, in-app updates | Last release January 2025; repository archived March 2026 |
| Stick curves | Six built-in curves; a custom curve of up to 10 points, smooth or linear, felt live while editing; a separate curve while aiming | Six presets (Linear, Enhanced Precision, Quadratic, Cubic, Ease-out Quad, Ease-out Cubic) and a Bézier curve editor |
| Deadzones | Deadzone, Anti-Deadzone, Max Zone; round or per axis | Radial or axial deadzones |
| Controllers | DualSense, DualSense Edge, DualShock 4, some third-party PlayStation pads, Xbox controllers; one at a time | PlayStation controllers; up to eight at once |
| Virtual controller | Xbox 360 or DualShock 4, through ViGEmBus | Xbox 360 or DualShock 4, through ViGEmBus |
| DualSense triggers | Resistance, Trigger Point, Section, Texture, Recoil (over USB) | Rigid, Pulse, Full Click |
| Gyro | Not supported | Gyro as controls, mouse, mouse-joystick, directional swipe or passthrough |
| Mouse | Mouse clicks and wheel from macros; no mouse movement | Mouse outputs as mapping targets |
| Price and licence | One-time licence or monthly subscription | Free, open source (GPL-3.0) |
| Platform | Windows 10 (1607 or newer) and 11, 64-bit | Windows 10 or newer |
Is DS4Windows still maintained?
Not in the form most people know. DS4Windows has passed through several hands, and the state on 28 October 2026 is this:
- Ryochan7's original repository no longer exists on GitHub. A report in the winget package repository noted it gone in February 2026, with 3.3.3 as its last version.
- The schmaldeo fork, where development continued, was archived on 5 March 2026. Its last release is 3.9.9, from 6 January 2025, and its README says: “I will be discontinuing any further work on this project.” It still downloads and runs.
- DS4Windows 5, a fork by hbashton, is active but published only as release candidates so far. It replaces ViGEmBus with VIIPER, an open-source emulator that works over USB/IP.
Other copies have appeared under the name since the original disappeared, including a repository created in February 2026 that participants in the winget discussion questioned. Whatever you install, take it from a repository whose release history you can read.
Stick tuning in detail
DS4Windows offers six curve presets and a Bézier editor for a curve of your own, radial or axial deadzones, and a flick-stick mode.
Coda is built around this part of the chain. Each stick has a Deadzone, an Anti-Deadzone and a Max Zone, round by default or split per axis, plus Gain, Vertical Ratio, Settle and Smoothing. The custom curve is calculated exactly on every sample rather than looked up in a table, and its Smooth interpolation is monotone: more push never gives you less output. The deadzone guide and the curve guide explain what each setting does, in Coda or anywhere else.
Output and drivers
Both present the same two virtual controllers, Xbox 360 or DualShock 4, and both build on ViGEmBus, which its authors retired in November 2023 (the ViGEmBus guide explains what that means). If you used DS4Windows, the driver is probably already installed.
The DualShock 4 format carries 8 bits per stick axis and the Xbox 360 format 16, whichever tool writes them. Coda picks the output automatically — Xbox 360 for a PlayStation pad, DualShock 4 for an Xbox pad, so a game never sees two Xbox controllers competing for the first slot — and lets you choose it yourself.
When DS4Windows is the better fit
If you aim with gyro, want the controller to drive the mouse, or run several controllers at once, DS4Windows does those things and Coda does not: Coda reads no motion, cannot move the mouse pointer, and reads one controller at a time. And if free and open source matters more to you than ongoing development, DS4Windows 3.9.9 still runs.
Who should choose Coda
Players who aim with the sticks and want to decide exactly how they respond: where the deadzone ends, how the curve rises from the centre, what changes when they aim down sights. Coda is built for competitive shooters on a DualSense, DualShock 4 or Xbox controller, and for anyone who wants software that is still being updated.
Switching from DS4Windows to Coda
- Check your controller on the supported controllers page.
- Buy Coda, sign in to your account page with the purchase email, and download the installer there.
- Quit DS4Windows completely, including from the tray. Two programs reading one controller each create a virtual pad, and the game sees both.
- Run the installer. It adds ViGEmBus and HidHide only if they are missing. Start Coda and sign in with the code it emails you.
- Connect the controller and set the sticks up. Coda cannot import DS4Windows profiles, and the two calculate curves differently, so start from a built-in curve and shape it from there.