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Check our development kits, so you can make a prototype yourself.

Torso R&D kit - 9 tactors with OPSskin shirt

Science Suit R&D hardware Elitac provides an easy to use, highly customizable product that can be used to test tactile applications in a research environment. Use the science suit to test and validate your new ideas. The Science Suit is designed to enable an easy connection and operating system to all common devices (mobile and desktop), either by cable or Bluetooth connection.

  • 9 tactors: 8 vibration motors equally spaced around the torso and one tactor for system feedback.
  • OPSskin shirt, tight fit, made of moisture wicking mesh material
  • Vibration motors can be placed around the torso
  • Available in multiple sizes (S to XL)
Wearable Lab
Wearable Lab

Extended R&D kit - 16 tactors with Velcro enabled Unisex shirt

Science Suit R&D hardware Elitac provides an easy to use, highly customizable product that can be used to test tactile applications in a research environment. Use the science suit to test and validate your new ideas. The Science Suit is designed to enable an easy connection and operating system to all common devices (mobile and desktop), either by cable or Bluetooth connection.

  • 16 vibration motors that allow for more levels of feedback around the torso or extension to (upper) arms or legs
  • A fully velcro enabled shirt that allows you to place vibration motors anywhere
  • One size, fits waist size from 72-108 cm, chest size from 76-117cm

Torso en body R&D kit (9 or 16 actuators)

Science Suit R&D hardware Elitac provides an easy to use, highly customizable product that can be used to test tactile applications in a research environment. Use the science suit to test and validate your new ideas. The Science Suit is designed to enable an easy connection and operating system to all common devices (mobile and desktop), either by cable or Bluetooth connection.

  • 9 vibration motors for tactile feedback on all body parts
  • Set of velcro enabled 7 straps (torso, leg, arm)
  • Easily add, remove or relocate vibration motors based on your subject/participant or research purpose

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