Mira Minimal | 2018-2020

Designers: Kohler Mira Design Team, Kohler Mira Ltd., Cheltenham, Gloucestershire, United Kingdom
Manufacturer: Kohler Mira Ltd., Cheltenham, United Kingdom

Mira Minimal is a new compact, contemporary mixer shower designed to maximise available showering space despite the current trend towards smaller bathrooms in the UK.

Intended as an alternative to traditional bar valves, with no diminishing of performance, the Mira Minimal is intuitive, simple to use and install, for all UK pressure ranges.

This is a high specification and high performing entry level product aimed at a sophisticated consumer who cares about the appearance of their shower space.

As bathrooms get smaller, the space in which one takes a shower is increasingly at a premium. By making the visual and physical impact of the shower system more discreet and more recessive, a greater sense of unrestrained showering can be created. The intuitive nature of the control interaction further enhances this message to the consumer.

As a bridge between the previous and the new, both geometric forms, typically of shower mixers and contemporary forms are expressed.

The form and detailing are commensurate with Mira design language evident in the wider range further enhancing the consumers link to the brand.

This shower mixer offers the homeowner a safer shower experience thanks to precise thermostatic control with a maximum temperature stop and cool touch to exposed surfaces. Mira technology delivers up to 3x more water flow than similar mixer showers.

In line with optimising a smaller space, the overhead is an adjustable swing-arm fitting to offer reach and flexible use.

The compact size and recessive nature serve to create a more modern and distinct shower system which is unique and stylish but not at the expense of performance or ease of installation.

As part of a wider modular platform range and strategy, componentry across SKU’s can be shared but will also be utilized on new future mixer developments to reduce the environmental impact by not always creating new bespoke parts.