TouchDIVER G1 haptic glove
TouchDIVER G1 is an innovative haptic glove that enables lifelike interaction in XR and digital contents by offering comprehensive haptic feedback, including force, textures, and temperature sensations.
It features precise sensors to track hand and finger movements, enabling natural interactions with virtual elements and surroundings.
Natural interaction in VR experiences
One device, three co-localized feedback
TouchDIVER G1 sets a new standard by balancing accuracy, rich haptic feedback, and user experience. It stands out by combining force, textures, and thermal feedback for a seamless, immersive tactile experience. The glove includes an SDK for integration with major development platforms like Unity and Unreal Engine.
Choose your setup
TouchDIVER G1 is compatible with various headsets such as Meta Quest, Pico, HTC Vive, PICO, Windows Mixed Reality, and more ensuring unified tracking across platforms.
VR experiences can be run with standalone setup (built-in bluetooth communication) or PC-Based. A wired version is available for continuous usage, making it suitable for installations, events, showrooms, museums, and teleoperation scenarios, offering a predictable communication delay valuable in telerobotics, behavioral, and rehabilitation studies.
Precise finger and hand tracking
TouchDIVER G1 elevates precision and immersion in virtual environments by combining powerful finger tracking with haptic feedback. It accurately captures individual finger movements, enabling precise and natural gestures within XR applications. Additionally, the product tracks hand and wrist positions in space, enhancing spatial accuracy when connected to HMDs or external trackers.
Realistic haptic feedback
Force feedback
Our technology can render cutaneous force on the fingertip, providing realistic tactile sensations with high resolution and speed. It utilizes a mechanical transmission actuated by a servomotor, applying pressure to the fingertip through a lever mechanism.Textures rendering
We developed advanced techniques for texture rendering, resulting in realistic tactile sensations that closely resemble real-world textures. By considering the user’s hand speed and movement, algorithms dynamically adjust the generation of tactile signals in real-time, enhancing the overall realism.Thermal cues
We enhance the sense of touch by incorporating thermal feedback technology. Users feel temperature-related tactile sensations in virtual, augmented, and mixed-reality environments, and get a realistic experience. Temperatures range from 15°C to 42°C, with exceptional resolution and response time.
Haptic Feedback
Force feedback
Our technology can render cutaneous force on the fingertip, providing realistic tactile sensations with high resolution and speed. It utilizes a mechanical transmission actuated by a servomotor, applying pressure to the fingertip through a lever mechanism.
Textures rendering
We developed advanced techniques for texture rendering, resulting in realistic tactile sensations that closely resemble real-world textures. By considering the user’s hand speed and movement, algorithms dynamically adjust the generation of tactile signals in real-time, enhancing the overall realism.
Thermal cues
We enhance the sense of touch by incorporating thermal feedback technology. Users feel temperature-related tactile sensations in virtual, augmented, and mixed-reality environments, and get a realistic experience. Temperatures range from 15°C to 42°C, with exceptional resolution and response time.
Technical sheet
- Thumb, index, middle actuation points
- 200gr in weight
- Oculus, Pico, HTC, Windows Mixed Reality compatibility
- Unity, Unreal Engine SDKs
- 1 hour battery
- Thermal range between 15°C to 42°C
- Force feedback: 5 Newton’s with a resolution of 0.05 Newton’s
- Cable version
- Standalone version
- Textures library
- Easy to clean
- CE and FCC certified
- Compliant to IEC 62368-1 safety standard
Customers applications
From XR Training, to Immersive Marketing showrooms, together with our customers and partners, we provide valuable insights and concrete problem-solving scenarios concerning the main applications of our haptic solutions.
Use cases
Haptic gloves have emerged as a groundbreaking tool within the realm of virtual reality, offering an immersive and tactile experience that enhances user interaction.
From industrial and medical training to virtual prototyping and arts experiences, our haptic products allow interaction with virtual objects as naturally as with the real thing.
Our customers and partners
We offer integrated products and services globally, combining our technologies with the experience of an expanding network of partners.
Customers
Partners
Distributors
You’re missing TOUCH
Until now.
Winner of iF design award 2022
Honoree of Fast Company ’s Innovation by Design 2022
AUREA awards 2022
ADI design index awards 2022
You’re missing TOUCH
Until now.
Winner of iF design award 2022
Honoree of Fast Company ’s Innovation by Design 2022
AUREA awards 2022
ADI design index awards 2022
