SpinOfLuck vs Wheel of Names — A Practical Comparison

The fundamental difference is the user model. Wheel of Names assumes a single user driving the wheel — that user might project the screen, screen-share, or stream their output, but the wheel itself is a one-person tool with one shared rendering surface. SpinOfLuck assumes any number of users connected to the same wheel, with the rendering happening locally on each of their devices.

Everything else flows from that choice. Wheel of Names's UI is optimised for a single power-user customising their wheel deeply — backgrounds, hub images, fonts, sounds. SpinOfLuck's UI puts the room invite link front-and-centre because the assumption is that the wheel will be shared mid-task. Wheel of Names's saved-wheel sharing is a cloud document model: 'here's my wheel, open it in your browser'. SpinOfLuck's room sharing is a live session model: 'join my room and watch the spin happen'.

Neither model is universally better. A teacher running a 25-student classroom from a single laptop is well-served by Wheel of Names's depth of customisation. A teacher running a hybrid class with half the students on Zoom is better served by SpinOfLuck's multiplayer model. The choice is the use case, not the brand.

Take a giveaway draw with a remote audience. In the solo model (Wheel of Names), the host loads the wheel on their machine, screen-shares to Zoom / streams to Twitch, and the audience watches the wheel via the host's video stream. The result reaches viewers via the stream, which means video compression, audio sync issues, and platform broadcast lag (typically 10–30 seconds on Twitch and YouTube). Everyone gets the same eventual answer, but the live moment is degraded.

In the multiplayer model (SpinOfLuck), the host creates a room and shares the invite link. The audience opens the link in their own browser — each viewer gets a native, full-resolution rendering of the wheel on their own device. When the host spins, every device's wheel starts spinning within ~250ms of each other, with no broadcast lag and no video compression. The result is a draw that feels live and crisp on every participant's screen, regardless of whether they're in-room, on a Zoom call, or watching a stream.

Both workflows work. The multiplayer workflow scales better to mixed audiences (some in-person, some remote, some on stream) and removes the broadcast-lag asymmetry. The solo workflow is a single source of truth (no chance of viewers desyncing) and is the only path if you need the highly-customised visual that Wheel of Names supports.

Both tools are privacy-friendly by industry standards. Neither requires an account for basic use; both keep wheels in browser local storage by default. The differences appear at the edges.

Wheel of Names offers cloud sync of saved wheels — useful for cross-device access — but the cloud save requires signing in with Google. That's a reasonable trade-off most users will accept, but it does mean the cloud-saved wheel and its entries are associated with a Google identity. For some classroom use cases (e.g. schools with student-data policies that disallow cloud storage of student names), that's a hard 'no'.

SpinOfLuck doesn't have a cloud-save feature. Wheels live in the host's browser local storage; multiplayer rooms live in Firestore for the duration of the session (24 hours after last activity) and self-clean afterward. The Firestore room stores the wheel name, entries, and the most recent spin result — but no user identity, no email, no account. The presence list uses a randomly-generated anonymous ID per browser. That makes SpinOfLuck a tidier fit for classrooms with strict student-data rules.

If your privacy needs are nuanced, the actionable distinction is: 'do I need cross-device sync, and am I OK with a Google sign-in for that?' Yes → either tool works. No → SpinOfLuck's no-account model is simpler.

Both tools clear the basic classroom bar: free, browser-based, no install, no ads in the wheel area, child-appropriate defaults. From there the choice depends on classroom modality.

In-person, single-projector classroom: Wheel of Names is the more polished choice. Its visual customisation lets you build a wheel that matches your classroom's vibe (colours, themes, custom audio cues). The single-user model is exactly right when there's one teacher driving one screen.

Hybrid classroom (some students in-room, some remote): SpinOfLuck pulls ahead. Drop the room link in the Zoom chat or Google Classroom announcement, and every student — including the ones at home — sees the wheel on their own device. No more 'can the people on Zoom see this?' moment. Hybrid teaching has been getting harder for years; this is one small piece that gets easier.

Fully remote class: tied. Both tools work over a Zoom screen-share; SpinOfLuck additionally lets students watch the spin in their own browser tabs for a less compressed view.

For classroom-safe sharing, neither tool exposes student names externally as long as you don't enable cloud-save (Wheel of Names) or invite outsiders to your multiplayer room (SpinOfLuck). The room invite link is the only thing that needs to stay inside your classroom — anyone with the URL can join.

Both tools work as OBS browser sources, so streamers can put the wheel directly on stream. The setup is identical: copy the wheel's URL, paste it into OBS as a browser source, size it to fit your scene.

Where the workflows diverge is the second audience — chat viewers who want to watch the spin in real time, not via the delayed broadcast. Wheel of Names doesn't have a native concept of viewers joining the wheel; chat viewers see the wheel through the broadcast, with the usual 10–30 seconds of platform lag.

SpinOfLuck's room model lets streamers run a dual-audience setup: the broadcast view (for casual chatters) plus the room link in chat (for engaged viewers who want the real-time experience). The two audiences see the same outcome at different times; the chat viewers get the live, lag-free spin. For sub goal celebrations and reveal moments, the difference is real — chat viewers seeing the result in real time is a meaningful engagement boost.

A note on stream-overlay polish: Wheel of Names's deep customisation (custom backgrounds, branded hub images) is arguably the stronger fit for a streamer who wants the on-stream wheel to match their brand kit precisely. SpinOfLuck's customisation is solid but less extensive — the trade-off you make for the multiplayer model.

Both tools render cleanly on modern mobile browsers (Chrome, Safari, Firefox, Edge, Samsung Internet) and both work on iPad / Android tablets. The wheel canvas in both is hardware-accelerated and animates at 60fps on mid-range devices, dropping to 30–60fps on older phones — perfectly usable in either case.

Browser compatibility: both target the same baseline (Chrome / Edge / Brave 90+, Firefox 90+, Safari 14+). Neither uses APIs that need polyfills. Both work behind corporate proxies that allow standard HTTPS — the only failure mode is overly-aggressive proxies that strip long-lived connections, which can cause SpinOfLuck's multiplayer presence updates to lag (a page refresh resolves it).

Bandwidth: both are extremely light. Wheel of Names's bandwidth is dominated by the initial page load plus any custom audio you've configured. SpinOfLuck's is dominated by the initial load plus a ~20-second presence heartbeat in multiplayer mode (a few kilobytes per minute). Neither will dent a hotel-WiFi or mobile-data session.

Screen-sharing a desktop wheel is the universal fallback. It works with every tool ever made — including paper-and-pencil random pickers. The downside is that you've now imported all the costs of video transmission: compression artefacts on fast motion, audio/video sync drift, broadcast lag on streaming platforms, and the bandwidth cost of streaming pixels instead of state.

A multiplayer wheel sidesteps those costs by streaming the state of the wheel (entries, spin trigger, result) rather than the rendered pixels. The pixels are produced locally on every viewer's device. The trade-off is that every viewer needs a modern browser and needs to actually click your invite link — there's no equivalent of 'just looking at someone's screen'.

If your audience is already on a video call, screen-sharing is one click; multiplayer is two clicks plus a display-name prompt. If your audience is on a stream, in a Discord channel, or otherwise not in a single video call, screen-sharing isn't really an option and multiplayer becomes the obvious path.

The right answer is workflow-dependent. Don't pick the tool with the most features; pick the tool whose default workflow matches what you actually do most often.