BEAT

Electro-Mechanical Heart

BEAT is an interactive installation which takes the user's pulse via an optical heart rate sensor and then syncs a mechatronic copper heart with the user's own pulse. It drew from Victorian-era mechatronic devices as well as V-twin motorbike engines — the heart mechanism uses springs, cams, gears and pistons powered by a 12-volt motor. The cabinet interior uses thick black felt to minimise light and focus attention on the suspended copper heart; embedded LED lighting intensifies as the heart's speed increases to match the user's pulse, creating an atmosphere of excitement and energy.

Team projectRowan Dixon, Laerke Rasmussen, Hugo Hasted, William Pepera, Alfie Thompson
MechanismsElectronicsInstallationAnthropometrics

Renders & photos

BEAT — the mechatronic copper heart, glowing warm amber
BEAT — front view of the installation cabinet
BEAT — foil detailing on the copper heart
BEAT — the motor and heart mechanism in motion
BEAT — an early front view of the installation
BEAT — front view detail of the installation
BEAT — another front view of the installation
BEAT — animated view of the heart mechanism in motion
BEAT — animated detail of the mechanism plates
BEAT — installing the embedded LED lighting