First, the limits every route shares

Whichever path you pick, three things stay on the Nintendo console. No tool or adapter in this guide passes NFC/amiibo reading to the PC, and none passes the Joy-Con’s IR camera either — if a listing implies otherwise, treat it as unverified. Rumble is not HD Rumble: every route can vibrate your controller, but what travels through a virtual Xbox/DS4 pad or an adapter is a standard vibration signal, not the Switch’s high-definition rumble waveforms. And every software route involves choosing one translator per game, or the controller gets read twice (the double-input fix exists for when it happens anyway).

Route 1 — Free and native: Steam Input and emulator SDL

Cost: €0. Drivers: none. If your games live in Steam, Steam Input has supported the Pro Controller since 2018 and Joy-Cons (single or paired) since August 2022, gyro included, with the deepest remapping configurator in this guide. Emulators have gone the same way: Cemu 2.6 and Dolphin 2609 both read Switch motion natively through SDL, and Dolphin’s wiki actively prefers that path. For a large share of players in 2026, this route is not the compromise — it is simply the answer. Its boundary is scope: Steam Input stops at Steam’s edge, and SDL support is per-emulator. Details: BetterJoy vs Steam Input, the emulators hub.

Route 2 — Free software: BetterJoy (and DS4Windows)

Cost: €0. Drivers: ViGEmBus, once. BetterJoy adds what native support lacks: a system-wide virtual XInput/DS4 pad visible to every program on the PC, a DSU/Cemuhook motion server (127.0.0.1:26760) for emulator setups that consume gyro that way, Joy-Con join/split management, and gyro-to-mouse. It remains outright required for one documented job — dual-Joy-Con independent motion in the Ryujinx family — and it is the natural home for non-Steam libraries (Game Pass, Epic, GOG, standalone games). Its partner in this tier is DS4Windows: if your household is PlayStation-first and a Pro Controller is the only Nintendo pad, DS4Windows can cover both drawers. Start with the BetterJoy download and the tutorials hub; the honest “do you even need it” test is here.

Route 3 — Paid software: reWASD

Cost: Lifetime Access from €34.99 (1 PC). reWASD is for people who have outgrown free: 100+ supported devices in one profile system, Shift layers, macros, radial menus, and carefully tunable gyro for ordinary PC games, with commercial support. What the fee does not buy is a DSU server — emulator motion feeds still belong to Route 2. Buy it for mapping depth across a mixed controller shelf, not as an emulator upgrade. Full reasoning: BetterJoy vs reWASD.

Route 4 — Hardware adapters: 8BitDo Adapter 2 and MAGIC-NS 2

Cost: one adapter per controller (retail prices vary). Adapters move translation into a dongle: no drivers, no background program, and the same gadget works on consoles. That convenience comes with class-wide fine print. One adapter serves exactly one controller, so multiplayer multiplies cost. The 8BitDo Adapter 2’s gyro works only in its Switch mode — in XInput mode it passes rumble alone — and neither adapter is a DSU server, so emulator gyro still depends on native SDL/Steam paths. Mayflash’s MAGIC-NS 2 claims XInput-mode motion, but emulator consumption of that claim is unverified; buy it for cross-console versatility instead. Both comparisons, in full: 8BitDo Adapter 2 and MAGIC-NS 2.

Route 5 — Replace the pad instead

Cost: a new controller. The last route deserves an honest mention because some readers are really shopping, not configuring: modern third-party PC controllers — 8BitDo’s own pads are the familiar example — increasingly ship with gyro, multi-platform modes and their own configuration software, and sidestep this entire comparison by not being Nintendo controllers at all. You give up the exact Joy-Con form factor and pair-play, and you gain a device designed for PC first. If your Pro Controller is dying anyway, price this route against your time in Routes 1–4 before buying adapters to prolong it.

The budget ladder

Our picks by scenario

• Emulator-first player: try native SDL in Cemu/Dolphin first; add BetterJoy for DSU-fed setups and dual-Joy-Con motion. Total spend: €0.
• Steam-first player: Steam Input alone, BetterJoy closed or in motion-only mode. €0.
• Mixed library (Game Pass/Epic/GOG + emulators): BetterJoy as the system layer, Steam Input per-game where it’s better. €0.
• Mapping hobbyist with three controller brands: reWASD for daily play, BetterJoy kept for the DSU job. €34.99+.
• “I refuse to install drivers” couch setup, one pad: an adapter — 8BitDo for the documented behaviour, Mayflash for console-hopping.
• Local multiplayer with Joy-Cons: BetterJoy over the PC’s own Bluetooth; adapters would need one dongle per pad.

Verdict

The best way to use a Switch controller on PC in 2026 is boring, and that’s good news: start free and native, add BetterJoy where the platforms stop, and only spend money when you can name the exact thing you’re buying — mapping depth (reWASD) or freedom from drivers (an adapter). If a route promises amiibo support, HD Rumble fidelity or effortless Switch 2 compatibility on PC, it is promising things this entire category of tools does not deliver. When you’re ready to set up the route you picked, the tutorials hub starts from pairing and works up.

Related buying guides: once you have picked your route, the buying guides hub covers the hardware side — adapters, accessories and upgrades — starting with the best gyro controllers for PC roundup.

What actually changed

• Steam Input grew up. Pro Controller support dates to 2018; Joy-Cons — individually and combined into pairs — arrived in August 2022, gyro included, inside Steam’s ecosystem.
• Emulators went native. Cemu 2.6 reads gyro through its SDL controller support (“Use motion”). Dolphin’s own wiki now recommends SDL motion mapping over the DSU route for Switch controllers, citing lower latency.
• BetterJoy stood still. v7.1 (2021) remains the original’s final release; the repository is not archived, and a community fork carries development forward — but nothing about the original’s feature set has expanded into the territory the platforms above absorbed.

What did not change: nothing native replaced BetterJoy’s DSU/Cemuhook motion server as a general-purpose utility, nothing native gives you system-wide XInput/DS4 translation outside Steam, and one documented emulator requirement still names BetterJoy outright. Those three holdouts are the “yes” column below.

The scenario matrix

Two footnotes people always ask about

The maintained fork changes nothing in the matrix

BetterJoy also exists as an actively maintained community fork (the d3xMachina line), which modernises the stack — current .NET, HidHide instead of the retired HIDGuardian, the final ViGEmBus — while keeping the same DSU server and Joy-Con behaviour. It matters for how you install BetterJoy in 2026, and we cover it separately; it does not change whether you need it. Every “yes” above is a yes for the tool in either lineage, and every “no” is a no for both, because the scenarios turn on what Steam and the emulators learned to do natively, not on which BetterJoy build you run.

Switch 2 controllers are a separate question

Joy-Con 2 and the Switch 2 Pro Controller use a different Bluetooth protocol — a custom BLE arrangement rather than the original controllers’ standard HID behaviour, with the Pro 2 expecting a proprietary activation exchange before it sends input at all. v7.1’s device list predates them and cannot be patched into supporting them by configuration. On PC, the only official-path progress so far is Steam’s wired (USB) support for the Switch 2 Pro Controller, which arrived in beta in late 2025. If your pad is a Switch 2 pad, no verdict in the matrix above applies — you are waiting on platform support and community projects, not choosing between mappers.

The real costs of keeping it (small, but nonzero)

BetterJoy asks three things of you: a one-time ViGEmBus driver install (the driver is end-of-life but working — our ViGEmBus repair guide covers the failure mode), a background program running while you play, and a little discipline about double input when Steam is also in the room (the fix, if you meet it). None of that is heavy. It is simply no longer worth paying for scenarios the platforms have absorbed — which is why the matrix, not habit, should make the call.

The 20-second decision flow

1. Everything you play is in Steam? → Steam Input only. Done.
2. Your emulators read your pad’s motion natively (try SDL first in Cemu/Dolphin)? → Skip BetterJoy until something misbehaves.
3. Dual Joy-Con independent motion, non-Steam system-wide output, or gyro-to-mouse? → Install BetterJoy from the download page and configure the one mode you need.
4. Still unsure where your case lands? → The best way to use a Switch controller on PC compares every route, including the paid mapper (reWASD) and the adapters (8BitDo, MAGIC-NS 2).

Verdict

BetterJoy in 2026 is not a default install and not a museum piece; it is a specialist that kept three jobs the platform holders didn’t take: DSU motion serving, system-wide translation outside Steam, and Joy-Con pair choreography. If your gaming touches any of those, you still need it — and it’s still free. If it doesn’t, the most honest advice a BetterJoy site can give you is to run the simpler setup. Either way, the Platforms & Emulators hub and the comparisons hub will walk you through the route you picked.

Related buying guides: if the matrix sent you shopping — a native gyro pad, a better Bluetooth radio, or Hall-effect sticks for a drifting controller — the buying guides hub works through each purchase with the limits stated up front.

How the MAGIC-NS 2 route works

Like all adapters in this class, the MAGIC-NS 2 is a self-contained translator: pairing happens on the device, mode selection happens with its button/LED combinations, and the host just sees a controller. Its modes include an XInput mode for Windows, and Mayflash publishes firmware updates for it — worth knowing, because adapter features and compatibility genuinely change between firmware versions, and any second-hand unit should be updated before you judge it. The flip side of the class is also present: one adapter connects one controller. Multiplayer, or several pads in rotation, means several adapters.

The console dimension is the MAGIC-NS 2’s real party trick. The same adapter that presents your Pro Controller to a PC can present controllers to a Switch and other hosts, which makes it a traveller: one purchase covers the “wrong controller, wrong machine” problems across a household. BetterJoy, being Windows software built on the Windows driver stack, does exactly one machine — yours, running Windows — and does it for free (download page).

The gyro claim, labelled honestly

Manuals and listings for the MAGIC-NS 2 describe 6-axis motion support and adjustable vibration (seven levels), including gyro in XInput mode. We present that as what it is: a manufacturer claim. Here is the part the listings skip: even where XInput-mode motion exists on the wire, we could not verify that PC emulators can consume it as a motion source — it is not a DSU/Cemuhook server, and it does not present the SDL-style native Switch device that modern emulators read motion from directly. In practice that means:

• If a PC game itself reads gyro from the presented device in a way the adapter supports, the claim may well hold for you.
• If your plan was “adapter feeds gyro into my emulator setup the way BetterJoy’s DSU server does”, that plan is unverified at best and misconceived at worst — the DSU feed is a software function, and no adapter in this comparison performs it.

Compare the cleaner negative from the 8BitDo adapter: there, XInput mode is documented as rumble-only. Mayflash claims more; Mayflash’s claim is also the one we’d want to see demonstrated in your exact emulator before spending money.

Day to day: what ownership feels like

With the adapter, ownership is close to invisible: pair once, learn the LED colour for the mode you use, and the controller simply appears when you pick it up — on the PC today, on the Switch tomorrow. The two chores are keeping the firmware current (Mayflash’s updates have historically added controller support and fixed mode quirks, so the update habit is part of the product) and remembering which mode you left it in when a game sees the “wrong” kind of pad. With BetterJoy, ownership is a small ritual instead: the program must be running, you choose XInput or DS4 output per situation, and you keep one eye on not double-feeding Steam. In exchange you get a configuration surface — button swaps, special-button key binds, gyro modes, per-device sensitivities in the config file — that no dongle’s firmware menu attempts. Households tend to split exactly on this line: people who want the controller to disappear choose hardware; people who want the controller to do more choose software. Our troubleshooting hub exists for the software side’s failure modes; the adapter side’s equivalent page would be one line long (“update the firmware, check the mode LED”), which is precisely its selling point.

Joy-Con specifics

The MAGIC-NS 2 lists Joy-Con among its supported Bluetooth controllers, which is handy for a single Joy-Con or a pair used as one controller on a console. What it is not is a Joy-Con system: there is no equivalent of BetterJoy’s click-to-join/split management, no per-hand independent motion routing of the kind the Ryujinx family still requires a DSU server for (that case, explained), and no way around the one-adapter-one-controller rule for multiplayer. And as with every route in this series: rumble support is standard rumble, not a promise of HD Rumble waveform fidelity, and neither NFC/amiibo reading nor the Joy-Con IR camera is passed to the PC by any adapter or mapper we cover.

Head to head

Verdict

Choose the MAGIC-NS 2 if your controllers migrate between a PC and consoles, you want a no-drivers household, and your PC gaming is mostly ordinary gamepad use where the adapter’s documented modes suffice. Buy it for the versatility, which is verifiable — not for emulator gyro, which is a claim we’d want demonstrated first.

Choose BetterJoy if the PC is the destination and motion matters: DSU feeds, Joy-Con pair choreography, gyro-to-mouse, several controllers on one Bluetooth radio. Software wins on capability; the adapter wins on never having to think about software. If you are still undecided between all the routes — native, software, paid software, hardware — the best way to use a Switch controller on PC lays them side by side, and the comparisons hub indexes the whole series.

How the adapter route works

The adapter is a Bluetooth receiver with a personality disorder, in a good way: it pairs with your controller itself, then presents that controller to the host as something the host already understands. It has modes — an XInput mode where the PC sees a standard Xbox-style pad, and a Switch mode where the host sees a Switch-style controller. No ViGEmBus install, no HidHide decisions, no program that must be running before you launch a game: the translation lives in the dongle’s firmware. It also works across hosts — the same adapter serves on Switch and PC — which is the core of its appeal for people who are done tinkering with driver stacks.

BetterJoy is the mirror image: free software (download), a one-time ViGEmBus driver install, and a small program you run when you want your controllers translated — in exchange for system-wide XInput or DS4 output and a DSU motion server no dongle offers.

The gyro catch, in plain terms

8BitDo’s own specification language gives the game away when you read it closely: the adapter’s 6-axis motion support is specified on Switch, while its XInput mode is specified for vibration. Confirmed behaviour on PC follows that split:

• XInput mode: the PC sees a normal Xbox controller. Buttons, sticks, triggers and rumble work; gyro is simply not in the output. Any game or emulator that wanted motion gets none, and no setting changes this.
• Switch mode: the PC sees a Switch-style controller, and motion data is available to software that reads Switch controllers natively — Steam Input, or emulators using SDL input. That is a real path to gyro, but it is the native path (see BetterJoy vs Steam Input), and it still is not a DSU server: nothing here feeds a Cemuhook-style motion client on 127.0.0.1:26760.

So the adapter does not “do what BetterJoy does, in hardware”. It does the pairing and presenting part in hardware, and leaves motion to whichever native support your software happens to have.

Day to day: living with each route

The lived difference is smaller than the spec sheets suggest, but it is consistent. With the adapter, the routine is: plug dongle, press sync, play. The controller wakes as the device the host expects, there is nothing to launch first and nothing to close afterwards, and the setup survives reboots, Windows updates and your own forgetfulness. With BetterJoy, the routine is: pair once in Windows Bluetooth, start the program (many users pin it or start it with Windows), play, and occasionally remember that it — not Steam, not the game — owns the pad today. In exchange you get things firmware cannot: the DSU feed, per-app freedom, remapping of SL/SR/Capture to keyboard keys, and battery status in the UI. Neither routine is onerous. The adapter’s advantage is that its routine has no failure modes involving drivers — when a ViGEmBus install goes wrong, it goes wrong in ways that fill our troubleshooting hub; a dongle, by contrast, mostly just works or gets replaced.

One more practical asymmetry: range and interference are the adapter’s home turf — it is a dedicated Bluetooth radio sitting in your USB port, which can be a quieter connection than a crowded motherboard antenna, the classic cause of the lag in our Joy-Con Bluetooth lag fix. A good USB Bluetooth adapter for the PC narrows that gap for the BetterJoy route, but the 8BitDo dongle builds the radio and the translation into one purchase.

The per-controller maths

One adapter serves one controller. A Pro Controller on the couch: one dongle, done. Two players, or a Joy-Con pair treated as separate controllers: the dongles multiply, and so does the bill, where BetterJoy handles multiple pairs of Joy-Cons through the PC’s own Bluetooth for free. This is the same arithmetic every adapter faces (the MAGIC-NS 2 comparison has it too), and it flips the “cheap hardware fix” story for multiplayer households.

A naming trap: Ultimate Software is not this product

Shoppers regularly conflate the adapter with 8BitDo’s Ultimate Software. That program configures 8BitDo’s own controllers — button mapping, stick curves, firmware for their pads. It does not drive original Nintendo controllers; installing it will do nothing for your Nintendo Pro Controller. If your plan was “buy the software, keep my Nintendo pad”, there is no such plan: the routes are the adapter (hardware), a mapper like BetterJoy or reWASD (software), or replacing the pad itself.

Head to head

Verdict

Choose the adapter if your pain is the driver dance itself — you want a Pro Controller working in Steam or a console-style setup with zero software maintenance, you play one pad at a time, and your gyro needs are covered by Steam/SDL native support in Switch mode. It is a genuinely pleasant product for that job.

Choose BetterJoy if motion is the point: DSU feeds for emulators, dual-Joy-Con independent motion (the case that still requires a DSU server — see Ryujinx successors), gyro-to-mouse, or several Joy-Cons at once. The adapter cannot be configured into doing any of those, at any price per dongle. The complete route map is in the best way to use a Switch controller on PC and the comparisons hub.

What reWASD does better

reWASD’s remapping depth is in another league from BetterJoy’s settings window. It has supported gyro mapping since its 5.3.0 release, with per-axis settings and curves for the Switch Pro Controller and Joy-Con documented in its help pages, and it layers on the machinery of a professional mapper: Shift layers that turn one pad into several, macros, radial menus, keyboard and mouse output, and tidy per-game profiles. It also treats your whole controller shelf as one subject — a Switch Pro, an Xbox pad and a DualSense can all live in the same configuration system, with one interface to learn and a commercial support channel behind it. If you enjoy building controller setups, or you need one tool to standardise a mixed collection, this is the product you are paying for.

What the money doesn’t buy: a DSU server

Here is the fact that decides this comparison for emulator players. The DSU (Cemuhook) protocol is how a large share of emulator motion setups receive gyro data, and BetterJoy’s built-in server on 127.0.0.1:26760 exists precisely to feed it. reWASD’s official documentation describes virtual Xbox 360 and DS4 output and rich gyro-to-stick/mouse mapping — but no DSU/Cemuhook server output. So if your goal is “gyro into an emulator that expects a DSU feed” — the classic BetterJoy job, including dual-Joy-Con motion for the Ryujinx family — reWASD does not replace BetterJoy; at best it sits next to it. Our Ryujinx successors guide shows the setup that still names a DSU server as a requirement.

The reverse is equally true and worth saying plainly: if your gyro use is “aim with motion inside ordinary PC games”, reWASD’s gyro-to-stick and gyro-to-mouse tooling is more refined than BetterJoy’s, and you may never miss the DSU server at all. Know which gyro job you have before you spend anything. (BetterJoy’s own free version of that trick is covered in gyro as a mouse.)

The price, stated precisely

reWASD changed its licensing model: the old Legacy licences have been discontinued, and the current offer is Lifetime Access — a one-time purchase starting at €34.99 for one PC (higher tiers cover more PCs and add features; check reWASD’s own pricing page for the current ladder, as we are not going to print figures we haven’t verified). BetterJoy costs nothing, is open source under the MIT licence, and its full feature set is the free set — there is no tier, no activation, no account. The honest framing of the €34.99 is not “expensive versus free” but “you are buying depth, breadth and support for every pad you own, forever, in one program”. Whether that’s worth it depends entirely on how much of that breadth you will use.

Head to head

Can the two coexist?

Yes — and for a specific kind of player, the combination is the actual answer. Nothing stops reWASD from owning your controllers for commercial PC games while BetterJoy sits in reserve for emulator sessions that need its DSU server. The discipline required is the same one this whole comparison series keeps returning to: per game, exactly one translator may be active, or the pad is read twice and every symptom of double input follows. Practically, that means quitting BetterJoy (or switching off its XInput emulation) before a reWASD session, and vice versa. Players who hate that kind of mode-keeping should pick the single tool that covers their dominant use case — reWASD for varied PC gaming with heavy remapping, BetterJoy for emulator-led setups — rather than maintaining a two-tool choreography they’ll abandon by February.

There is also a philosophical split worth naming, because it decides some purchases on its own: BetterJoy is open source under the MIT licence — inspectable, forkable (a community fork is exactly how it stays current), and free of activation servers. reWASD is closed commercial software whose lifetime licence is a promise backed by a company’s continuity. Neither stance is a trick; they are different trust models, and in a niche where beloved tools have been discontinued before, both have honest arguments.

Who should pay, and who shouldn’t

Pay for reWASD if: you run several controller families and want one profile system; you build per-game setups with layers and macros; you want gyro aiming in ordinary PC games with serious tuning controls; or you simply value a maintained, supported product over a 2021-era community tool. The purchase is rational for the mapping hobbyist.

Skip it if: your Switch controller exists on your PC mainly to feed emulators — the DSU server is the feature you need, it’s free, and it’s in BetterJoy (start at the download page); or if Steam Input already covers your Steam library, since that costs nothing either (see BetterJoy vs Steam Input).

Verdict

reWASD is the better mapper; BetterJoy is the only one of the two that is a motion server. Emulator-first players should keep their €34.99. Multi-pad tinkerers who play commercial PC games with gyro aiming will find reWASD’s depth genuinely worth paying for — and many of them will still keep BetterJoy installed for the one job reWASD doesn’t do. Both conclusions, and the rest of the field, are mapped in the best way to use a Switch controller on PC.

Different home turf

DS4Windows earned its name honestly: it exists to make DualShock and DualSense controllers behave on Windows, and its depth is there — per-game profiles, touchpad modes, lightbar and macro controls, fine-grained stick and trigger tuning. Its Switch Pro Controller support is real and functional, including gyro fed to its DSU server, which is why the Ryujinx documentation names “DS4Windows or BetterJoy” interchangeably for dual-Joy-Con motion (more on that specific case in BetterJoy for Ryujinx successors). But a Switch Pro Controller in DS4Windows is a guest in a PlayStation house: supported, configurable, and clearly not what the interface was designed around.

BetterJoy, by contrast, was written for Nintendo hardware from the first line. Its main window is the controller list; joining or splitting Joy-Cons is clicking their icons; the Switch SNES pad is a first-class citizen; and since v7 it can add third-party Switch-style controllers through its Add Controllers flow, with per-device gyro and stick sensitivity values in the config file.

Where they genuinely overlap

• Output: both present a virtual XInput (Xbox) or DS4 controller to Windows via ViGEmBus, so any game or emulator sees the same kind of pad either way.
• Motion server: both can serve gyro over the DSU/Cemuhook protocol (BetterJoy on 127.0.0.1:26760), which is why emulator guides treat them as interchangeable for that one job.
• The hiding problem: both need the physical pad hidden from games so it isn’t read twice, and both ecosystems converged on the same answer — nefarius’ HidHide. Our double-input fix applies to either stack, and the rule that HidHide and the old HIDGuardian must never coexist applies to both.
• Rumble: both pass rumble to the physical pad — and in both cases that means a virtual controller’s standard vibration signal, not a reproduction of Nintendo’s HD Rumble waveforms. Neither tool passes NFC/amiibo reading or the Joy-Con IR camera to the PC, either.

Same stack, same failure modes

Because both tools stand on ViGEmBus for virtual pads and (in modern setups) HidHide for hiding the physical one, they share a troubleshooting vocabulary: a broken ViGEmBus install breaks both, a HIDGuardian leftover poisons both, and the fixes — clean driver reinstall, one hiding tool only, reboot discipline — transfer between them. Switching tools to escape a driver-level problem rarely works; the guides in our troubleshooting hub are written for BetterJoy but their driver chapters describe the stack DS4Windows stands on too.

Where BetterJoy wins

• Joy-Con join/split: one click toggles a pair between a single combined pad and two separate vertical pads, including multiple pairs. This is BetterJoy’s signature feature and DS4Windows does not attempt it.
• Gyro to mouse: BetterJoy can steer the Windows mouse cursor with gyro (with a DCM filter for stability since v7) anywhere on the desktop — a whole use case DS4Windows doesn’t target.
• Nintendo-first details: SL/SR and Capture remapping to keyboard keys, A/B–X/Y swap, low-battery notifications and per-controller battery colour in the UI.
• Simplicity: there is very little to configure. For a Switch-only household, BetterJoy’s small surface is a feature.

Where DS4Windows wins

• PlayStation pads, full stop: DualShock 4 and DualSense are its home turf, with depth BetterJoy doesn’t offer for them (BetterJoy doesn’t target them at all).
• Profile depth: per-game profiles, macros, and much finer stick/trigger/gyro tuning for people who enjoy that work.
• One stack for a mixed drawer: if your shelf holds a DualSense and a Pro Controller and both are used as single pads, DS4Windows can be the single tool that reads both.

Status in 2026, without the folklore

Both tools are classics in maintenance twilight, and pretending otherwise helps nobody. DS4Windows’ original Ryochan7 line ended years ago; the community continuation that carried it forward (the schmaldeo line, reaching v3.9.9) has since posted a discontinuation notice, so today it is best described as a community-maintained continuation rather than an actively evolving product. BetterJoy’s original line rests at v7.1 from November 2021 — its repository is not archived, and a separately maintained community fork continues the line, but the original itself is finished. Practically: both still work on Windows 10 and 11, both rely on the same end-of-life ViGEmBus driver, and neither should be installed from random “driver updater” repacks — get BetterJoy from the download page sources, not a wrapper site.

Head to head

Verdict

Already running DS4Windows for a DualShock or DualSense, and your only Nintendo pad is a Pro Controller? You may genuinely not need both: DS4Windows can read that Pro Controller and serve its gyro over DSU. Adding BetterJoy buys you little and risks double input if the two stacks overlap on the same pad.

Joy-Cons are the point — joined pairs, single vertical pads, split motion for the Ryujinx family, gyro-as-mouse — BetterJoy, and it isn’t close. Both pad families in active use? The clean split is one tool per family: DS4Windows owns the PlayStation pads, BetterJoy owns the Nintendo ones, and neither touches the other’s devices. The full decision picture, including Steam and the emulators’ own native support, is in do you still need BetterJoy in 2026 and the comparisons hub.

The short answer

If every game you play with a Switch controller lives in your Steam library, Steam Input alone is the simpler tool: no drivers, no background program, nothing to install beyond Steam itself. The moment your gaming spills outside Steam — emulators that want a DSU motion feed, Game Pass or Epic or GOG titles, standalone games, gyro-to-mouse on the desktop — BetterJoy does things Steam Input structurally cannot. Most mixed-library players end up using both, with a strict rule: one translator per game.

What Steam Input actually covers

Valve added native Switch Pro Controller support to Steam Input in 2018, gyro included, with an official recommendation to run its gyro calibration. Joy-Cons followed on 18 August 2022, and the official changelog wording matters: they work “both individually as a mini-gamepad and combined into pairs”. In other words, the two tricks people historically installed BetterJoy for — using a Pro Controller with gyro in PC games, and joining two Joy-Cons into one pad — are free inside Steam, maintained by Valve, and updated with the client.

Steam Input is also the deeper remapping tool. Per-game profiles, action sets and layers, radial menus, flick-stick aiming, community-shared layouts: if your hobby is tuning how a controller behaves inside Steam games, Steam’s configurator is a superset of what BetterJoy offers. BetterJoy’s remapping is deliberately smaller — button swaps, SL/SR/Capture keyboard bindings, gyro modes — because it was built to feed emulators, not to be a profile workshop.

Steam Input’s hard limits

• The Steam bubble. Translation only applies to games Steam launches or manages. You can add non-Steam games as shortcuts, but anything outside that umbrella gets nothing.
• No DSU server. Steam Input offers no Cemuhook/DSU motion output, so an emulator running outside Steam cannot consume gyro from it. Emulators that read Switch pads natively through SDL have their own answer (see our Cemu and Dolphin guides), but that is the emulator’s feature, not Steam’s.
• It does not hide. If BetterJoy or another mapper is also running, Steam and the mapper can both feed the game — the double-input problem below.

What BetterJoy adds

BetterJoy (v7.1, free and open source under the MIT licence) sits at the Windows level. It presents your Pro Controller, Joy-Cons or Switch SNES pad as a system-wide virtual Xbox (XInput) or DualShock 4 controller that any program can see — launchers, standalone executables, emulators, anything. It also runs the Cemuhook UDP motion server on 127.0.0.1:26760, which is still the standard way to hand gyro data to emulator setups that expect a DSU feed, and it can aim your mouse cursor with the gyro for desktop use, a trick no Steam profile can replicate outside a game. Setup is a one-time cost: it needs the ViGEmBus virtual-pad driver, which the BetterJoy download bundles in MSI form.

Head to head

And the Switch 2 wrinkle

One recent development belongs to neither tool’s classic résumé: Steam’s client beta added wired USB support for the Switch 2 Pro Controller in late 2025 — notable because the Switch 2 pads speak a different Bluetooth protocol that BetterJoy v7.1 does not support at all. It doesn’t change the verdicts below for original Switch controllers, but if your pad says “Switch 2” on it, Steam is currently your only official path on PC, and even that is wired-only and young.

The double-input problem, honestly

The most common way this comparison goes wrong in real life is not picking the “losing” tool — it is leaving both in charge. BetterJoy exposes a virtual Xbox pad; Steam Input also grabs the physical pad; the game sees two controllers saying the same thing, and every press lands twice. The fix is procedural, and we have a full walkthrough in the double-input fix (HidHide, step by step) plus a dedicated mode in the Steam guide above: either close BetterJoy for Steam games, or switch off its XInput emulation and let it run as a motion server only — the mode BetterJoy’s own documentation suggests for exactly this coexistence.

Verdict by use case

• Steam-only player: Steam Input. Delete BetterJoy from the equation and enjoy zero drivers and Valve-grade remapping.
• Emulator player whose gyro comes via DSU: BetterJoy. Steam Input has no DSU server to offer you — this is the comparison in full in do you still need BetterJoy in 2026.
• Non-Steam PC games (Game Pass, Epic, GOG, standalone): BetterJoy, because its virtual pad is visible to the whole system.
• Mixed library: both, one owner per game. BetterJoy in motion-server-only mode is the peace treaty.
• Remapping enthusiast: Steam Input for Steam games; consider whether you also need a system-wide tool at all.

Either way, both tools are free, so the honest cost of this decision is ten minutes of configuration — not money. The rest of the comparisons hub covers the paid mapper and the hardware adapters, if you’d rather buy your way out of driver management entirely.