Suppliers: Meteorological Measuring Systems & Weather Stations

Honeywell Aerospace

Advanced Solutions for Defense Modernization: Propulsion, Sensors, Communication & Augmented Reality Systems

FT Technologies

Rugged Ultrasonic Wind Sensors for Military & Defense Applications

Forcys

Undersea Sensing, Communications, Imaging, Control and Navigation Solutions for Naval Forces

Showcase your capabilities

If you design, build or supply Meteorological Measuring Systems & Weather Stations, create a profile to showcase your capabilities and connect with visitors who have an active requirement for your solutions.

Create Supplier Profile

Products

3 Cutting-edge Solutions
Add your solutions
High Altitude LiDAR Atmospheric Sensing (HALAS)

Remotely-operated, ground-based weather information system

Remotely-operated, ground-based weather information system
...tmospheric and weather data for specific regions and time periods of interest in as little as three...
FT743-SM

Ruggedized ultrasonic wind sensor with built-in heating system

Ruggedized ultrasonic wind sensor with built-in heating system
...the coldest of weather....
FT602-SM

Compact surface mount anemometer for mission-critical wind speed & direction data

Compact surface mount anemometer for mission-critical wind speed & direction data
......d CANBUS interfaces for seamless integration into a wide range of military systems and equipment....

Rugged Weather Stations & Military Meteorology Equipment

Sarah Simpson

Updated:

Military Meteorology

Meteorological and weather stations are essential for a wide range of military operations. They may be portable or fixed, and can be installed at air bases and remote air strips to provide weather information that will aid aircraft and drone operations, facilitating effective flight preparation, takeoff and landing. They provide essential situational awareness for operations planning that can be crucial for mission success.

Military weather sensors may also be installed on board naval and coast guard vessels to aid in visibility and navigation, and are used on armored vehicles and artillery platforms to increase ballistic effectiveness and reduce friendly fire. Rapid-deployment weather stations may also be set up in emergency response situations such as fires and nuclear, biological and chemical threats, as these situations can be exacerbated by wind and rain.

Rugged Weather Stations

Military weather stations can measure and record a wide range of parameters, including wind speed and direction, temperature, pressure, humidity, precipitation, and lightning. Sensors may be integrated into the station, or connected via expansion ports for additional flexibility. Additional sensors may include GNSS receivers, cameras for panoramic views and additional situational awareness, and LiDAR ceilometers for measuring cloud height.

Data may be recorded locally on internal storage, or communicated to the cloud via SATCOM (satellite communications), cellular or radio modem. This data may then be accessed and displayed on devices such as mobile phones, tablets or PCs. Wireless weather stations may also be connected directly to another system by serial RS-232 or RS-422, or Ethernet.

Weather stations deployed on bases or vehicles may be able to utilize existing power sources. Remote military weather stations may use batteries for power, as well as solar panels.
Rugged weather stations for military use need to be resistant to a wide variety of harsh environmental conditions. These include sand, dust, rain, ice, snow, gunfire, extreme operating temperatures, EMI (electromagnetic interference) and shock and vibration.

Related Articles

FT Technologies Discusses the Role of Ultrasonic Wind Sensing in Uncrewed & Autonomous Systems

FT Technologies explains the importance of accurate wind data for uncrewed and autonomous vehicles and outlines how ultrasonic wind sensing mitigates limitations of pitot-based airspeed measurement in demanding operating environments

Feb 10, 2026
FT Technologies Examines Environmental Factors Affecting Ballistic Flight Performance

This whitepaper by FT Technologies explores how environmental conditions, such as wind, temperature, air pressure, and humidity, can influence ballistic flight performance and precision fire control

Nov 17, 2025
Supporting UAV-Based Wind Measurement for Rocket Launches with Ultrasonic Anemometers

FT Technologies highlights how its Acoustic Resonance ultrasonic anemometer, integrated into a UAV system, provides precise real-time wind data for rocket launches while overcoming limitations of conventional measurement methods

Sep 24, 2025
Durable Ultrasonic Wind Sensors Engineered for Military & Defense Environments

Defense Advancement highlights FT Technologies’ battle-tested ultrasonic wind sensors, engineered for demanding military and defense applications

Aug 29, 2025
Portable Weather Observation System to be Advanced for USAF

The U.S. Air Force has provided Intellisense Systems with additional funding to further ruggedize its Integrated Weather Observation System (IWOS®), which incorporates over twelve weather sensors into an interlocking, cylindrical design

May 20, 2024
Electric Propulsion Thrusters on Orbit Ready for First Fire

Benchmark Space Systems’ next-gen electric propulsion system has deployed to support the demonstration of cloud and weather data mapping for potential future military operations

Mar 28, 2024
Case Study: UAV Atmosphere Sounding System to Support Rocket Launches

Unmanned Aerial Vehicles (UAVs) equipped with advanced wind sensors, being a cost-effective and efficient solution, can obtain accurate wind data that can help improve the safety of rocket launches

Mar 26, 2024
MyRadar ONR Contract for Advanced Weather & Environmental Data Visualization

MyRadar will be partnering with the Space Sciences and Engineering Center at the University of Wisconsin-Madison to develop an algorithmic tool that will provide more accurate forecasts for cloud representations through a 24-hour forecast lead-time

Aug 10, 2023