Gazco eMotiv 64 Electric Fire

Bring modern elegance and compact design together with the Gazco eMotiv 64 Electric Fire. Designed for smaller fireplace openings and contemporary media walls, this stylish inset electric fire delivers impressive realism, flexible installation options, and efficient everyday heating in a refined, space-conscious format.

The eMotiv 64 features a sleek front-facing inset design that creates a clean, built-in finish ideal for modern interiors. Its advanced Chromalight® LED flame technology produces highly realistic flame effects with adjustable flame colours, brightness levels, and ember bed illumination, allowing you to tailor the ambience to suit any room or mood.

A detailed oak log-effect fuel bed with glowing ember visuals enhances authenticity, recreating the warmth and charm of a traditional fire while maintaining the convenience of electric operation. The layered flame display adds depth and movement, creating a striking focal point even in compact spaces.

With up to a 2kW thermostatic heat output, the Gazco eMotiv 64 provides efficient supplemental heating while also offering a flame-only mode for year-round ambience. Control is simple via the included thermostatic remote handset or smart app, giving you easy access to flame settings, lighting effects, and temperature control.

Designed with versatility in mind, it can be installed with a 3 or 4-sided configurable frame, allowing seamless integration into a wide range of fireplace openings and media wall designs.

Key Features:

• Compact front-facing inset design

• Chromalight® LED flame technology

• Realistic oak log fuel bed with ember glow

• Adjustable flame colours, brightness & effects

• Up to 2kW thermostatic heating

• Flame-only mode for year-round use

• Remote and app control included

• Flexible 3 or 4-sided installation options

• Ideal for smaller media wall installations

A perfect balance of compact design, smart technology, and realistic flame effects—the Gazco eMotiv 64 Electric Fire delivers premium style and performance in a space-efficient format.