domanska + gieselmann design magnum lamp like a satellite
the matte black lamp is one of 20 winning projects at this years biennale interieur award.
domanska + gieselmann design magnum lamp like a satellite
photo © paris tsitsos
all images courtesy of patrycja domanska and felix gieselmann
‘magnum’ by patrycja domanska and felix gieselmann is a functional and sculptural lamp that attempts to revolutionize the concept of a domestic luminaire. the matte black, minimalist object consists of a coated aluminum rod and a luminous body in the form of a circular disc. this simple composition enables a wide range of applications. depending on the direction the device is applied, the light can be projected onto a ceiling above or dispersed throughout a room.
video courtesy of patrycja domanska and felix gieselmann
with the addition of a magnetic plug, which conducts and connects the rod to the light-emitting element, users have the ability to manipulate the object into multiple configurations. the concept of the plug originates from the automotive industry and was adapted for the design. therefore, it is possible to position the screen as required by securely holding the lamp by the handle and adjusting components in relation to one another. as a result, interactions with the light have been changed so that it fits the movements of surrounding environment. ‘magnum’ is conceived as a satellite – independently circling to constantly accompany its owner as a fixed point and yet to remain an independent object.
(left) the lamp attached
(right) the lamp detached
photo © paris tsitsos
the lamp with its disc towards the bottom of its handle
photo © paris tsitsos
the lamp laid down on its side
photo © paris tsitsos
scale photo
photo © paris tsitsos
the lamp can be easily held and configured with its magnetized design
photo © patrycja domanska and felix gieselmann
details of the satellite
photo © patrycja domanska and felix gieselmann
designboom has received this project from our ‘DIY submissions‘ feature, where we welcome our readers to submit their own work for publication. see more project submissions from our readers here.
