LUNARK habitat mission
Application
LUNARK habitat mission
key factors
  • Flexible to use
  • Strong circadian rhythm regulation
  • All-weather lighting solution
Lighting solution
Product: LED strip
project date
July 2022
Product
Cira-Flow
The LUNARK habitat mission, designed and constructed by the Danish space architects Sebastian and Karl-Johan, aims to simulate the moon's real living environment. The habitat is tested over two months in Northern Greenland, where it behaves mostly like the south pole of the moon, including the extreme temperature, “the peak of eternal light”, the vast white landscape and remoteness. The mission will provide the data analysis for the next human landing on the moon.

Yuji Lighting works with SAGA Space Architects and Louis Poulsen and provides the Cira-Flow series strip with Natural circadian lighting and RGB light for this project. More details please view here.
OUR OFFICE
Beijing Yuji International Co., Ltd.
Room 1502, Building No.6
Jia No.2 North Xisanhuan Road
100081, Beijing, China
CONTACT
contact@business.com
+86-10-6829-0301
info@yujigroup.com
© 2026 Yuji Lighting. All rights reserved.
LUNARK habitat mission




Application
LUNARK habitat mission
key factors
  • Flexible to use
  • Strong circadian rhythm regulation
  • All-weather lighting solution
Lighting solution
Product: Flexia strip light
Insight: Natural circadian lighting
               RGB LED lighting
project date
July 2022
The LUNARK habitat mission, designed and constructed by the Danish space architects Sebastian and Karl-Johan, aims to simulate the moon's real living environment. The habitat is tested over two months in Northern Greenland, where it behaves mostly like the south pole of the moon, including the extreme temperature, “the peak of eternal light”, the vast white landscape and remoteness. The mission will provide the data analysis for the next human landing on the moon.

Yuji Lighting works with SAGA Space Architects and Louis Poulsen and provides the Flexia series strip with Natural circadian lighting and RGB light for this project. More details please view here.