GeoGebra is entirely free — no subscription, no freemium tier, no in-app purchases. It has been free since its founding in 2001 and remains so as part of its educational mission. GeoGebra VR is the Meta Quest and Steam extension of the wider GeoGebra platform, which includes a 3D Calculator, 2D Graphing Calculator, Geometry tool, Classroom management system and AR apps on iOS and Android — all free, all used by over 100 million people worldwide. For Maths teachers already using GeoGebra in their classroom, the VR app is a natural, zero-cost extension into immersive 3D.

What is GeoGebra VR?

GeoGebra VR is the virtual reality version of GeoGebra's 3D mathematical visualisation tools, developed by GeoGebra GmbH — the Vienna-based company behind the world's most widely used free maths software. GeoGebra has been used by mathematicians, teachers and students since 2001, and now reaches over 100 million users across its full suite of calculators, graphing tools, classroom management and geometry software. The VR app brings the most powerful aspect of GeoGebra's offering — three-dimensional mathematical object visualisation — into immersive VR space.

The core experience is conceptually simple: place mathematical objects — 3D graphs, surfaces, solids, geometric shapes — into virtual space, then walk around them as if they were physical objects in the room. A parabola is no longer a curve on a screen — it is a shape you can orbit and examine from below. A saddle-shaped surface (z = x² − y²) fills the space around you. A torus hangs in the air at head height. The mathematical keyboard allows students and teachers to input their own algebraic equations and immediately see them rendered as 3D objects in VR space.

Guided activities are included — structured exercises that lead students through mathematical discovery by taking screenshots of 3D objects from specific perspectives, helping them understand how two-dimensional projections relate to three-dimensional mathematical objects. This screenshot-based activity approach maps directly onto the multi-view projection work that appears in GCSE and A-level Maths and Design Technology. GeoGebra VR is also available as an Augmented Reality app on iOS and Android, placing the same 3D maths objects on real-world surfaces — a complementary tool for schools without VR headsets.

What's Inside

Curriculum & Educational Fit

GeoGebra VR is most valuable for A-level Mathematics and Further Mathematics — where 3D function visualisation, parametric surfaces, conic sections, and calculus concepts (volumes of revolution, cross-sections, surface integrals) are curriculum topics that students consistently struggle to visualise from two-dimensional textbook representations. Being able to physically enter the space defined by an equation — to stand inside z = x² − y² and look at its saddle shape from within — provides a spatial understanding that is genuinely impossible to achieve with a flat screen.

For GCSE Maths, the 3D shapes — prisms, pyramids, cones, spheres and composite solids — benefit from VR exploration. Students examining cross-sections and projections at GCSE will find the screenshot activity immediately relevant. For Design Technology, orthographic projection from first and third angle is a direct match to the guided screenshot activities. For Physics, wave surfaces, electromagnetic field shapes, and three-dimensional probability distributions (quantum mechanics) can all be visualised. For teachers already using GeoGebra on computers or tablets, the VR app is a zero-cost next step — the interface is familiar, the brand is trusted, and it requires no new curriculum preparation because the same GeoGebra constructions appear in both.