DOPPLER WIND LiDAR SYSTEMSREMOTE SENSING SOLUTIONS
Our products
The HALO Photonics pulsed doppler LiDAR systems are a collection of unique, state-of-the-art autonomous instruments for atmospheric remote sensing. The systems are suited to boundary layer meteorology, cloud measurements, wind profiling and air quality monitoring - all in one unit. HALO Photonics has also developed products that have been specifically optimised for wind energy applications.
BEAM 6X
With no moving parts, meets the needs of short range mast replacement applications; provides very high resolution wind profiles over a 500 m range.
Learn moreStreamLine VS+
For low level wind profiling with a 360° azimuth scanning capacity and 5° to 90° field of view in elevation over 12 km range.
Learn moreStreamLine series
All sky scanning LiDAR system; suited to boundary layer meteorology, cloud measurements, wind profiling and air quality monitoring.
Learn moreAbout HALO PHOTONICS
HALO Photonics develops and manufactures coherent wind LiDAR systems that are extremely robust, reliable, energy efficient and low maintenance. They are built for continuous use in harsh and remote environments.
Our portfolio of wind LiDAR addresses a broad range of applications for example: wind energy, meteorology, environmental safety, climate monitoring to aviation safety.
HALO Photonics was acquired by the Lumibird group at the end of December 2019 with the common aim of utilising Lumibird’s manufacturing and photonics experience and HALO’s leading wind LiDAR products to expand markets, increase customer service and application support capacity and develop further HALO’s best in class product range.
2005
The company was founded in the UK by Guy Pearson and Justin Eacock.
> 200 long range systems
This is our installed base, deployed all over the world in remote and harsh environmental conditions.
Dec. 2019
Thanks to the recent acquisition by Lumibird, HALO Photonics now benefits from increase manufacturing capacity, access to world-class photonics and worldwide customer service.