Mark
Animal Superpowers, 2007–present
Ongoing series of five device designs


A child using Animal Superpowers’ Ant Apparatus to explore a magnified view of the ground through hand‑mounted microscopes.

Animal Superpowers is an ongoing series of wearable devices that invites people to explore unfamiliar sensory perspectives through play. Begun in 2007, the project asks how changes in what we can sense might change how we move, find our way and relate to other beings.

The Ant Apparatus, Bird Device and Giraffe Device, documented in 2008, were followed by Bat Vision Goggles in 2015. Across the series, magnification, vibration, altered voice and height, and translated ultrasound make aspects of other sensory worlds available to human experience. Each device offers a designed approximation through which to question the limits of familiar perception.

The series now includes the Platypus Device, which explores electrosensitivity. The current working set comprises the Ant Apparatus, the Platypus Device, and Bat Vision Goggles. A new edition of the series is planned for 2027.

Interested in supporting a new edition or hosting the work? Research partnerships →
Research interests
More-than-human · Multispecies relations · Sensory exploration
Project credits

In collaboration with Kenichi Okada


ANT APPARATUS, 2008
Hand-mounted microscope antennas magnify the wearer’s view 50 times. Exploring the ground through the hands shifts attention toward details that are easily overlooked at human scale.


BIRD DEVICE, 2008
The Bird Device uses GPS and vibration to indicate when the wearer faces a selected direction. It translates orientation into a tactile cue, offering an experiment in finding one’s way through touch.


GIRAFFE DEVICE, 2008
The Giraffe Device raises a child’s viewpoint by 30 cm and shifts their voice to a lower pitch. Changing height and voice offers a playful way to explore how bodily scale shapes encounters with adults.


BAT VISION GOGGLES, 2015
Bat Vision Goggles translate ultrasound into audible sound, allowing wearers to listen for the echolocation calls of nearby bats. The device makes an ordinarily inaudible part of the nighttime environment available to human hearing.




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