Mira

Mira

Light different

Mira challenges how we think about lighting an entire room. Taking a fresh approach to providing functional, full-room illumination, Mira directs light towards ceiling and wall surfaces, which reflects evenly to fully illuminate a space.

It’s functional

Mira’s advanced optics create an asymmetric light distribution directed towards the ceiling and walls. With more than 2300 lumens per foot, Mira generates enough reflected light to functionally illuminate the desired surfaces.

Diagram of Mira’s asymmetric light reflecting off ceiling and wall surfaces
Mira luminaires providing even, reflected illumination across an open office
Mira luminaires lighting a conference room

Combine forces

Designers can specify wall throw, ceiling throw or a combination of both in the same run to deliver the recommended footcandles to a typical tabletop. Mira’s indirect lighting design offers a flexible approach to providing room-filling, functional light while ensuring a glare-free experience.

Conference room example

In this example, the linear run along the glass partition directs light solely onto the ceiling, while the remaining sections can illuminate both the ceiling and wall. This design allows specifiers to avoid glare for those entering the room and avoid unwanted reflections on the glass surface.

Room dimensions
16′ W x 20′ L x 10′ H
Total fixture length
60′
Mounting height
8′-6″ A.F.F.
Fixture spacing from ceiling
18″
Fixture spacing from wall
18″
Targeted table illuminance
30fc
Total watts
300
Intensity multiplier to achieve 30fc avg on the table top
75%
Total watts (dimmed)
225
Power density (dimmed)
0.703 W/SF

Even a single pendant can effectively illuminate a significant area. With lengths from two to eight feet, in one-foot increments, Mira’s output scales to fit the space.

The slim, angled profile adds a modern design element.

  • Mira asymmetric luminaire render
    Ceiling and wall throw photometric distribution diagram
A single Mira pendant lighting a small office

Wall mounted with a ceiling throw, Mira effectively illuminates wider corridors or areas that give way to more open spaces. Mira’s asymmetric distribution delivers an even coverage over large areas while maintaining uniformity. The light distribution across the ceiling minimizes hotspots and shadows, making the space inviting and functional. The ceiling remains fixture-free and visually quiet.

  • Mira asymmetric ceiling-throw luminaire render
    Ceiling throw photometric distribution diagram
Mira luminaires washing the ceiling of a wide office corridor

Mira enables even wall illumination without the need of a cove. Reflected light gently yet effectively illuminates adjacent features like counters and desks.

  • Mira asymmetric wall-throw luminaire render
    Wall throw photometric distribution diagram
Mira luminaires evenly washing a wall in an office kitchenette

Whether direct or indirect versions are used to complete the illumination of a space, Mira’s look and feel remain consistent.

  • Mira direct luminaire render
    Direct Lambertian photometric distribution diagram
  • Mira indirect luminaire render
    Indirect batwing photometric distribution diagram
Direct and indirect Mira luminaires lighting a corridor and meeting space
Specify different mountings and lighting distributions in a space to develop visual interest while delivering appropriate illumination.

Switch it up

Specify different mountings and lighting distributions in a space to develop visual interest while delivering appropriate illumination.

Ceiling-mounted Mira luminaires washing the walls of a lobby

Switch it up

Ceiling mounted luminaires wash the walls in this lobby while a pendant adds direct illumination.

Wall-mounted and pendant Mira luminaires lighting a corridor and meeting space

Switch it up

Wall mounted, ceiling directed luminaires pair with pendants to light this corridor/meeting space transition.

Get all the details

Mira brochure cover

Meet the family

Angle luminaires in a finished interior

Ready to bring Mira to your next project?