Anukari 1.1: Strings, Tubes, Wind, and 1,000+ New Presets

video upload by Anukari 3D Physics Synthesizer

The Making of the Modulosphere: Behind the Springs

video upload by Anukari 3D Physics Synthesizer

Press release follows:

Anukari 1.1 Brings Strings, Tubes, Breath, and Over 1,000 New Sounds to the 3D Physics Synthesizer

The first major update since launch is built almost entirely from user requests, and it's free for every existing owner

PRESCOTT, Ariz., Nov. 10, 2026 -- Anukari, the synthesizer that makes sound from a real-time 3D physics simulation, today released version 1.1, its first major update since leaving beta in June. Where Anukari 1.0 let musicians build instruments from masses, springs, and mallets, 1.1 adds resonating strings, bars, plates, membranes, tubes, bells, a mouthpiece that lets players blow into their creations like a wind instrument, more than 1,000 new factory presets, and dozens of other additions. The update is free for everyone who already owns Anukari.

Almost everything in the release started as a request from someone playing Anukari. Resonators were the most-asked-for feature by far.

“After 1.0, I read every message people sent me, and the same ideas kept coming up,” says Evan Mezeske, Anukari’s founder and creator. “Version 1.1 is basically that list. Resonators were at the top of it, but nearly every feature in this release exists because a user asked for it.”

Resonators are virtual objects that ring like real ones do: a string that can be plucked or bowed, a metal bar, a plate, a drum membrane, a tube, a bell. Each one can be struck, rubbed, or blown, and each can be wired into the mass-and-spring contraptions Anukari users were already building. So, a bouncing weight can drum on a plate, or a swinging structure can vibrate a string.

“The palette of sounds in Anukari just got dramatically bigger,” says Mezeske. “Between the resonators and the mouthpiece, there are so many kinds of sounds and crazy ideas you can explore now that simply weren’t possible before. And because resonators connect to the mass-spring systems people already know how to build, it isn’t additive, it’s multiplicative. Every old idea suddenly has a hundred new versions.”

The new mouthpiece exciter brings breath into the picture, letting players drive tubes and other resonators with air, the way a player’s breath drives a clarinet or a trumpet. New spring types let objects collide and bounce off one another or hold rigid shapes, which opens the door to things like wind chimes, rattles, and clattering machines. The bow, mallet, and plectrum all gained new, much richer physical models as well.

Mezeske’s own favorite addition is the Modulosphere, a sphere that can float through the scene and change whatever it touches. “Anukari has this whole 3D space, and the Modulosphere is the perfect expression of that,” he says. “It’s a way of shaping sound that only makes sense in three dimensions. It really takes advantage of Anukari’s virtual 3D world in a unique way.”

Big ideas in Anukari can mean big structures, and building them by hand can be painstaking. Version 1.1 adds tools that generate whole shapes and duplicate pieces in patterns. It also lets musicians bring their own AI assistant. Anukari has no AI built in, but anyone who already uses an AI assistant on their computer, such as Claude or ChatGPT, can now connect it to Anukari, describe the contraption they have in mind, let the assistant build it, and then see and hear the result in a fraction of the time.

“Some of the most fun things to make in Anukari are huge and complicated, and that can be incredibly involved,” Mezeske says. “If you already use an AI assistant, you can now point it at Anukari, describe whatever you’ve dreamt up, and hear how it sounds much sooner. There’s no AI inside Anukari; it just gives your assistant the controls. It’s a tool for exploring crazy ideas faster. And if you’re not a fan of AI, I completely respect that. You don’t need to use it. The new pattern duplication is super powerful on its own.”

To show off the new possibilities, 1.1 ships with more than 1,000 new factory presets across four new banks, including a collection of orchestral instruments built entirely from physics, along with a redesigned preset browser with search, filters, and favorites to make them easy to find. Playing has improved too, with legato and glide, editable envelope and velocity curves, and steady, incremental reductions in CPU use.

Since 1.0, Anukari has also arrived on Linux, fully supported alongside macOS and Windows, and gained gravity and turbulence controls that let structures fall, sway, and drift.

Anukari 1.1 is available now from anukari.com as a VST3, AU, AAX, and LV2 plugin, and as a standalone app for macOS, Windows, and Linux. It is a free update for all existing owners. To celebrate the release alongside Black Friday, Anukari is 50% off through December 4. The free 7-day demo has also been reopened for everyone, including people who already used up their trial on an earlier version, so anyone curious about what’s changed can try it again.