Fireworks preset
A muted browser-safe fireworks preset for automatic visual bursts.
Preparing HD fireworks...
Lighting the fuse for this scene.
Free · No download · No account
Tap anywhere to launch HD fireworks. Play a ready-made show, then make someone’s night with a personal fireworks card.
Backyard
Slow golden willows, then a sparkling garden finale.
Shares this template’s timed show and setting. For your own message, choose Make a card.
Choose your experience
Keep playing in the full HD simulator, choose a ready-made show, or turn your fireworks into a personal greeting. All work in your browser without an account.
Make the sky your own with sparkling shells, shaped bursts, sound, and finale controls.
Open full HD simulator→Pick a backyard, skyline, or canyon show. Play, personalize, and send it.
Choose a show→Create a personalized fireworks greeting card with a shareable link.
Create card→Preview confetti, spark fountains, stars, and event backgrounds.
Browse effects→Popular celebrations
Open a ready-made celebration page for July 4, birthdays, New Year, congratulations, or thank-you cards. These pages keep virtual fireworks focused on the event people actually want to celebrate.
Firework colors
Pyro Lab uses flame-test and firework material references to make color presets feel more grounded: lithium red, sodium yellow, copper blue-green, barium green, strontium red, magnesium white, iron gold, and titanium white-gold. Click an element to trigger a sample burst.
Advanced experiences
Once the quick simulator does what you need, use these deeper tools for timed shows, chemistry-inspired color mixing, immersive environments, and curated fireworks performances.
Arrange fireworks cues on a timeline, sync to BPM, load music, and export a show.
Mix flame-color materials and test chemistry-inspired shell patterns.
Launch fireworks across backyard, city skyline, and canyon scenes.
Play preset show scripts with scene backdrops, encore bursts, and recording export.
How it works
The simulator is designed around a simple flow: choose a color, tap the sky, run a show, then share or export when you want a larger fireworks moment.
Start with a metal preset such as sodium, lithium, copper, barium, strontium, or magnesium.
The canvas places each virtual firework where you interact, so the show feels direct and tactile.
Use sound, fullscreen mode, scene presets, finale bursts, and performance controls for a larger show.
Create a fireworks card, copy a show link, or move into the HD Fireworks Simulator when you want more control.
Browser fireworks effects
The main simulator is built for interactive virtual fireworks: tap the sky, change flame-color presets, start an auto show, or trigger a finale. The Effects page has a different purpose. It previews browser fireworks effects, confetti effects, spark scenes, and abstract visual motion in a controlled canvas.
These effects are useful for UI celebration moments, landing-page backgrounds, event screens, and visual experiments. They are not presented as real-world pyrotechnic physics, and the page does not claim that arbitrary text or logos can reliably explode into readable fireworks.
Open fireworks effectsA muted browser-safe fireworks preset for automatic visual bursts.
Continuous center confetti, random confetti explosions, and side confetti cannons for comparison.
Hexagons, star fields, color circles, light links, and tunnel motion for non-realistic celebration scenes.
The effects panel can be collapsed on mobile so the canvas remains the main interactive surface.
FAQ
Learn more about the online firework simulator, scene controls, and the science behind flame colors.
A flame test is a qualitative analytical procedure used in chemistry to detect the presence of certain metal ions based on the characteristic color the metal emits when heated in a flame. This occurs because metal atoms absorb energy, causing electrons to jump to higher energy levels, and then release that energy as visible light when they return to their ground state.
Each metal atom has a unique electron configuration with specific energy level gaps. When electrons transition from excited states back to ground state, they release photons with wavelengths determined by these energy gaps. For example, sodium emits light at 589nm (yellow), while copper emits at 510nm (green). This is why each element has its own characteristic flame color.
Yes. Open the simulator, pick a color, and start launching. There is no account or download.
Some pages include shaped shell patterns such as heart, smiley, and Saturn-style rings, but they are designed to behave like real fireworks: loose, sparkling, and slightly imperfect rather than crisp icons. Shared shows can also replay the selected shell styles.
Our simulator is based on real flame test chemistry. When you select a different metal element, the fireworks display the characteristic color that element produces when burned. For example, choosing Strontium (Sr) creates scarlet red fireworks, while Barium (Ba) produces green fireworks - just like in real pyrotechnics.
Yes. On small screens the main controls stay compact so the sky remains usable, and the detailed controls can be expanded when you need them.