Gantri Wireless is the first cordless lighting category from San Francisco-based 3D printing lighting brand Gantri, developed in collaboration with design firm Ammunition and comprising ten original designs. The collection includes the Drift, a slender cylindrical base supporting a smooth organic satin form; the Eave, a portable lamp with a translucent rippled shade and integrated handle; and the Pier, a task and ambient light built around an abstracted support beam silhouette.
All lamps are powered by the Gantri Helia platform, which offers two battery sizes housing drivers and Wi-Fi and Bluetooth connectivity. Each unit charges on a stainless steel base through contact placement rather than magnetic attachment. Gantri Wireless introduces five new colorways alongside the new designs: Spruce, Manzanita, Lilac, Magnolia, and Lichen, all drawn from the California landscape.
Portable Wireless Lamps
Gantri Wireless Has Ten Original Designs in Collaboration with Ammunition
Trend Themes
-
Cordless Connected Lighting — A shift toward battery-powered lamps with Wi‑Fi and Bluetooth connectivity enables lighting to function as mobile IoT nodes that change placement and interaction in interiors.
-
Modular Battery Platforms — Standardized battery-and-driver modules that support multiple form factors promise interchangeable power solutions that simplify maintenance and extend product lifecycles.
-
3d‑printed Custom Aesthetics — On‑demand 3D printing combined with designer colorways allows highly tailored, limited‑run lighting designs that redefine personalization and rapid product iteration.
Industry Implications
-
Residential Lighting — The emergence of portable, rechargeable lamps creates new expectations for flexible ambient and task lighting in modern homes.
-
Hospitality Design — Hotels and restaurants can leverage cordless decorative lighting to reconfigure atmospheres without electrical rewiring or permanent fixtures.
-
Smart Home Infrastructure — Integration of wireless lamps into home networks turns lighting into movable smart devices that interact with automation platforms and location‑based services.