Anglepoise × Sir Kenneth Grange
Original 315 Desk Lamp
Description
A compact polished aluminium shade directs a focused beam across desks, drawings, and detailed work areas. Originally developed in the 1940s for navigators aboard maritime patrol aircraft, the Original 315 draws on the spring-balanced mechanism pioneered for the Anglepoise lighting system. Recreated using archival drawings, the lamp features an adjustable arm that allows the light to be positioned precisely where needed. Integrated mounting points hold the included notebook clip and pen holder, keeping frequently used items within easy reach. Its adjustable construction and practical accessories make it well suited to desks, studios, worktables, and reading areas.
Specifications
Size
- Shade: 4.8" h x 2.9" dia (12.2x7.4cm)
- Cable Length: 98.4"(250cm)
- Max reach (from wall to shade): 26" (66cm)
Material
Aluminum, nickel, cast iron
Technical
- UL listed
- GU10 LED
- Color temperature: 2700K
- non-dimmable
- Bulb included
Brand
Anglepoise
Here’s the unlikely tale of how an iconic British design literally "sprung" from an amateur inventor’s workshop. More than 70 years ago, automotive engineer George Carwardine, tinkering with constant-tension metal springs developed by the French firm Terry’s, found they could be moved in any direction but then “stayed put.” He didn’t find an application for cars but envisioned a task lamp based on the mechanics of the human arm. Notably, he added a shade to focus the light which meant that it used less electricity than usual at the time.
With patent in hand in 1934, George debuted the first Anglepoise at the British Industries Fair. Since then, his original model 1227 and succeeding variations have proved timeless to generations of students, artists and professionals. Anglepoise lamps were produced for World War II bombers, celebrated in a Royal Mail stamp and have inspired tributes from musicians, artists and writers. With new energy-saving strides, the Anglepoise remains true to its defining minimalist design and efficiency.