This VR Glove Lets You Squeeze, Crush, and Juice Virtual Objects

Have you ever tried to grab a virtual cup in VR, only to see your hand pass through it? That disconnect breaks the illusion. VirSqueezer works on a different problem: what happens when you squeeze, crush, or twist a virtual object. The system uses a SenseGlove, a glove that tracks each finger and provides force feedback, so when you squeeze something in virtual reality, it pushes back on your hand.

Under the hood, VirSqueezer figures out where your fingers touch the object and what the object is likely made of. Then it simulates how the material would behave — think a soft peach versus a stiff can. Based on that, it generates realistic visual effects, such as dents that appear exactly where you press, cracks spreading, or liquid spurting out if you squeeze too hard. All of this happens in sync with your hand movements, so the object seems to respond instantly to your actions.

Why does this matter? For VR content creators, squeezing has been one of the hardest actions to fake realistically. Video-generation models can make a can burst, but they don't know where your fingers actually are. Older 3D methods manage simple dents but struggle with things like rupture or overflow. VirSqueezer connects real hand input to convincing physics, which means more believable interactions in VR training simulators, design reviews, and games.

There are limits: the system currently relies on the SenseGlove hardware, which isn't something most people own at home. And it didn't have a chance to try the paper's examples ourselves, since this is a research preprint. Still, VirSqueezer is a promising step toward making virtual objects feel as tangible as real ones — and helps close the gap between the digital world and the one in your hands.