Matali Physics is an advanced, modern, multi-platform, high-performance 3d physics environment intended for games, VR, AR, physics-based simulations and robotics. Matali Physics consists of the advanced 3d physics engine Matali Physics Core and other physics-driven modules that all together provide comprehensive simulation of physical phenomena and physics-based modeling of both real and imaginary objects

Matali Physics 7.0 demonstrates the stable behavior of complex systems of bodies with different buoyancies within fluid volumes. The presented behavior is stable both for unconstrained complex multi-body systems based solely on collisions, and for mixed systems with constraints. The new version also introduces a number of other changes, the complete list of which is available on the History webpage.

Matali Physics 7.0 demonstrates the all-inclusive nature of the 3d physics environment e.g. by simulating helicopter rotor blades as a multibody system where the individual parts of the blade are connected by the natural constraints. This approach accurately captures aeroflexion effects under both static and dynamic conditions, while reliably demonstrating the structural loads induced by high-impact events, such as a hard landing. The presented simulation also takes into account the fluid flow fields along with the generated dust - everything as an element of regular gameplay.

The latest version introduces dust modeling using rigid particles on a large scale. Dust-source objects interact with colliding objects, including cameras, as well as fluid flow fields, increasing the immersion of the environment. We invite you to see videos showing Matali Physics environment in action and download Matali Physics Game demo.

The latest version highlights support for emergent gameplay and emergent behaviors i.e. those that (in the 3d physics environment context) are not directly programmed, but result from physics simulation, simple physics-based rules and/or simple physics-based AIs and ultimately lead to very complex behaviors. With the release of Matali Physics 7.0 we ​​would like to emphasize the foundational role that emergence plays in the theory of 3d physics environment.

Matali Physics 7.0 breaks the traditional boundaries of real-time 3d rigid body physics simulations in 3d computer games and contrary to current beliefs about inefficiency, difficulty or impossibility of stabilization, as active, regular gameplay elements presents: 1) joint-free long chains using collision-only simulation; 2) deep stacks; 3) complex, unjoined mechanical physics; 4) high-speed vehicles as plain rigid bodies connected constraints with functional suspension; 5) teleporters placed on or inside objects in motion; 6) complex objects, including vehicles being held, while passing through teleporters; 7) long thin objects, especially cylinders; 8) floating fluid surfaces and volumes.

We are proud to announce the release of Matali Physics 7.0, the seventh major version of Matali Physics environment. The latest version focuses on improving 3d physics engine - the "heart" of Matali Physics environment, fixing bugs, increasing user experience, and presenting unique 3d physics environment features, most of which are extremely difficult to achieve in other solutions. We are also pleased to announce that Matali Physics SDK 7.0 prices remain unchanged, while the Maintenance Plan included in the price has been simultaneously extended by an extra year. More information about changes to Matali Physics environment licensing is available on the Licences webpage.

3d computer games are often criticized for looking realistic but feeling static - just like "walking through a 3d scene" with limited interaction. Even if these games utilize physics simulation in some aspects, overall they present inconsistent, unconvincing interactions and behaviors. 3d physics environment addresses this by introducing alternative approach to creating computer games, where the application development model is built around physics simulation instead of around rendering or scene graphs - this model eliminates entire classes of bugs and enables the creation of unified, emergent, consistent worlds that feel more real and more dynamic. We invite you to read our article discussing this statement.

We wish all our clients, business associates, friends and supporters who make our job a pleasure, peace and happiness during the holiday season, successes and all the best in the New Year 2026. We also want to express our deep appreciation to all of you for invaluable support, trust in us and collaboration, which driving us to further improve and innovate. When summing up the year 2025, we are pleased to announce that our works in the area of physics simulations have been appreciated and Komires Sp. z o.o. was recognised as the deserving recipient of Best Physics Simulation Software Company 2025. We hope that the coming year 2026 will be as successful as this one has been and will bring us all new opportunities and a lot of professional satisfaction.

We are pleased to announce that Matali Physics 6.9.5 presents effective navigation and wayfinding algorithms in a dynamically changing environment with moving large-scale objects as well as navigation and wayfinding algorithms inside such moving large-scale objects. The latest version allows Matali Physics SDK users to create amazing object interactions and next-generation physical AI. We invite you to see videos showing Matali Physics environment in action and download Matali Physics Game demo.