Available in Contemporary, 2 Way or 3 Way bespoke designs with sizes up to 3m x 6m, this high end, high performance Stratus Lantern Roof skylight is ideal for modern living.
For the ultimate in minimalism, the innovative contemporary style supports the ridge solely by the hip rafters, for a clean and modern look.
UK designed and manufactured | 10 YEAR GUARANTEE AS STANDARD
More thermally efficient than conventional aluminium roof systems
Hard wearing aluminium axterior for a premium, architectural look
20° pitch and discreet cappings create an incredibly clean and modern look
66% smaller ridge than standard systems for beautiful aesthetics
2 way, 3 way or contemporary designs available
Innovative Fully Thermally Broken Lantern Roof
Thermal break technology ensures that Stratus is warm in the winter and cool in the summer.
Every element of the lantern has an ultra-low conductive element that separates the inner and outer aluminium skin, helping keep heat transfer down, and your heating bills low.
Simply Build Better
Every element of the Stratus Thermal Lantern Roof
has been designed to be exceptional.
The low profile 20˚ pitch and specially designed cappings maximise your view of the sky. Discreet black finish of our perimeter beam, ensures if you view the lantern from above all you’ll see is glass and a discreet shadow line.
Stratus is high-quality British engineering at its best.
Re-define your home
Whether you are building a new kitchen-diner extension or replacing an existing lantern roof, the Stratus Thermal Roof Lantern will help redefine your home, creating light and airy spaces for you to enjoy.
A Better Roof Lantern System
The purpose designed Stratus aluminium skylight is discreet yet stylish. Stratus allows light to flood into your home’s interior, with truly outstanding performance.
The thermally efficient system provides excellent thermal performance – keeping cool in the summer and warm in the winter – while delivering the architectural refinement you’d expect of a high end aluminium roof lantern system.