ISO 9001:2015 certified

ISO 9001:2015

CE certified

CE Certification

RoHS certified

RoHS Compliance

Optical Sensors for Remote Environmental Monitoring

Optical Scientific, Inc. (OSI), based in Gaithersburg, Maryland, designs, manufactures, and services scintillation-based optical sensors, environmental data collection tools, and automated measurement systems for remote and off-grid monitoring worldwide. This category focuses on optical weather sensors and systems (OWI), modular automated weather observing systems (AWOS), and rapid-deploy stations with flexible solar and battery power - supporting aviation and transportation, government and research (NASA, DOE, national labs, universities), industrial and energy, and environmental compliance (EPA, fenceline and air quality monitoring) across North America, Europe, Asia, and remote regions including Antarctica. Request a custom quote or consult with an OSI technical expert.

HazMet-100 Portable Hazardous Meteorological Station
OWI-432 WIVIS Small Weather Station
MAWOS Modular Automated Weather Observing Stations

OSI Optical Sensors & Monitoring Systems

HazMet-100 Portable Hazardous Meteorological Station

HazMet-100 Portable Hazardous Meteorological Station

  • Rapid-deploy optical met station in under 5 minutes
  • Built-in GPS with auto North-aligning compass
  • EPA ALOHA-ready for fenceline air quality response
OWI-432 WIVIS Small Weather Station

OWI-432 WIVIS Small Weather Station

  • Scintillation-based optical WIVIS, 800M+ field hours
  • AC, battery, or solar power for remote monitoring
  • No field calibration required, DSP optical design
MAWOS Modular Automated Weather Observing Stations

MAWOS Modular Automated Weather Observing Stations

  • 80,000+ hour MTBF automated weather observing system
  • Low-power 12VDC design for remote optical sensing
  • Operates from -50°C to 60°C for global deployments

Frequently Asked Questions

What power options are available for OSI's remote optical sensor systems?

OSI optical sensors and automated weather observing systems support flexible power configurations including standard AC, 12 VDC battery, and solar panel inputs for remote environmental monitoring. The MAWOS automated weather observing system (AWOS) operates at a nominal 12 VDC with a max draw of 400 mA, well-suited for off-grid solar deployments. The HazMet-100 also supports portable battery and solar power for emergency field and fenceline air quality monitoring use.

Can OSI optical sensors operate in extreme climates and global remote sites?

What parameters can OSI optical sensors and remote monitoring systems measure?

How difficult is it to install OSI optical sensors at a remote monitoring site?

What communication interfaces do OSI systems support for remote data transmission?

Are OSI optical sensors and AWOS systems compliant with aviation and meteorological standards?

What is the expected maintenance requirement for OSI remote optical sensor systems?

Didn't find what you're looking for?

Request a custom quote or consult with an OSI technical expert on optical sensors, AWOS, and environmental monitoring solutions for your site.

Markets We Serve Worldwide

Aviation & Airports

Aviation & Transportation

Optical sensors, visibility systems, crosswind sensors, and FAA-certified automated weather observing systems (AWOS) for airports, highways, and continuous flight and road safety reporting.

Highway & Transportation

Government & Research

Optical sensors and environmental monitoring solutions trusted by NASA, DOE national labs, universities, NOAA, and military programs for research-grade atmospheric and remote-site data.

Military & Government

Industrial & Energy

Optical flow sensors and automated measurement systems for power plants, refineries, and industrial process monitoring where non-contact sensing and continuous reliability matter.

Environmental Research

Environmental Compliance

Air quality monitoring systems and meteorological stations for EPA programs, fenceline monitoring, and environmental agencies collecting multi-parameter data at remote field sites.

Didn't find what you're looking for?

Consult with an OSI technical expert about optical sensors, environmental monitoring solutions, or request a custom quote for your site.

Related Optical Sensor Categories

Why Aviation, Energy & Research Teams Choose OSI Optical Sensors

800M+ Field Hours of Proven Performance

OSI's patented scintillation-based optical sensor algorithms are built on over 800 million field hours of real-world data, delivering accuracy and reliability for environmental monitoring in any climate worldwide.

Ultra-Low Maintenance, No Moving Parts

With no moving parts, no field calibration, and no scheduled optics cleaning required, OSI optical sensors and automated weather observing systems operate 24/7/365 with minimal intervention at remote monitoring sites.

Trusted by NASA, FAA, NOAA, EPA & Military

Since 1985, from Gaithersburg, Maryland, OSI systems have been deployed by NASA, DOE national labs, universities, DOTs, and agencies worldwide, backed by ISO 9001:2015 and FAA-certified AWOS systems.

Consult an OSI Expert on Optical Sensors & Monitoring

Request a custom quote or consult with an OSI technical expert. Our Gaithersburg, Maryland team will respond with tailored optical sensor recommendations, technical specifications, and pricing within one business day.

Request a Custom Quote

For immediate assistance, feel free to give us a direct call at +01 301 963 3630. You can also send us a quick email at info@opticalscientific.com.