bHaptics has begun shipping the TactGlove DK3, the third development-kit generation of its haptic feedback VR glove, with deliveries starting June 28. Each glove carries eight independently controllable haptic actuators — seven high-definition LRAs (linear resonant actuators) plus a high-fidelity VCM (voice-coil motor) per hand, 16 total across the pair — with an emphasis on low latency and a refined, more ergonomic design. Critically, it’s built to work alongside camera-based hand tracking, so the gloves add touch without giving up the controller-free hand input that modern headsets already do well.
Why touch is the hard sense
Modern VR convincingly delivers sight and spatial sound, but haptics — the sense of touch — remains the stubborn gap between “looks real” and “feels real.” Reach out to grab a virtual object and your hand closes on nothing; that absence is a big part of why VR presence breaks. Devices like the TactGlove attack the problem at the fingertips, where much of our tactile richness lives, using arrays of small actuators to fire localized vibrations timed to contact events. The DK3’s mix of multiple LRAs plus a voice-coil motor is aimed at delivering both crisp, individually-addressable finger taps and broader, fuller sensations — a more expressive vocabulary of touch than a single buzzer per hand can manage.
Built for developers, with the usual caveat
The “DK” in the name is honest: this is a developer kit, not a mass-market consumer product. Its natural homes are XR training and simulation, research labs, and enterprise applications, plus the developers building the experiences that make haptics worth wearing. That framing points at the category’s persistent chicken-and-egg problem, which hands-on reviewers keep flagging: excellent hardware still needs broad software support to matter, and glove-based haptics have long been held back by how few titles actually implement them. The DK3’s compatibility with standard camera hand-tracking is partly an attempt to lower that barrier — meet developers where their input pipeline already is.
Where it points
For the emerging-interfaces beat this site follows, the TactGlove DK3 sits alongside mid-air ultrasound haptics, thermal feedback, and neural wristbands as part of a broad push to give computing a sense of touch. Wearable finger-level haptics are among the most direct routes there — you feel the virtual object with the part of you that would feel a real one. As always, the honest limits hold: developer-focused, dependent on software adoption, and one piece of a not-yet-complete sensory picture. But touch is the frontier that matters most for presence, and shipping hardware that takes it seriously is how the field moves.