Contact CI Maestro EP

The flagship product of Contact CI is the Maestro EP haptic glove—an advanced device that combines hand motion tracking with force and vibration feedback to simulate the touch and resistance of virtual objects. This allows users to “feel” objects in VR or AR, significantly enhancing the realism of interactions.

Contact CI Maestro EP

Contact CI, founded in 2014 and based in Ohio, USA, focuses on developing advanced haptic solutions—primarily smart VR/AR gloves that provide users with realistic tactile experiences. The company has gained attention not only in the technology sector but also in training and simulation contexts.

Contact CI Haptic Gloves – Maestro EP

The flagship product of Contact CI is the Maestro EP haptic glove—an advanced device that combines hand motion tracking with force and vibration feedback to simulate the touch and resistance of virtual objects. This allows users to “feel” objects in VR or AR, significantly enhancing the realism of interactions.

Key Features of the Maestro EP Gloves:

Multi-Force Haptics – A force feedback system that simulates resistance when interacting with virtual objects.

Fingertip Vibrotactile Feedback – Over 100 vibration effects engage the most sensitive touch receptors on each fingertip, increasing immersion.

Compatibility with Multiple Tracking Systems – The gloves integrate with popular platforms and can be used with hand tracking or VR systems.

SDK for Unity and Unreal – Developers can easily add haptics to new or existing VR/AR applications.

Applications in VR/AR

The Maestro EP gloves are primarily designed for enterprise solutions and simulation training, where realistically touching virtual objects can replace physical mannequins, devices, or real-world exercises—for example, in industrial, military, or medical training.


VR, AR, Telerobotics

Maestro EP
Multi-force haptic solution for VR simulation and training applications.

Exotendon Force Feedback
A proprietary tendon biomimicry system creates a restricting force on each individual finger.

Variable Fingertip Vibration
Vibrotactile actuation engages the most sensitive touch receptors on each fingertip, utilizing over 100 unique vibration effects.

Broad Compatibility
A new tracking-system-agnostic approach allows integration with almost any setup. Contact CI’s Unity and Unreal SDKs make it easy to add haptics to new or existing content.

 

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Maestro EP
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