Buying Guide
Technical parameters explained
Customers do not need to be radome engineers, but several parameters strongly affect whether a cover can be specified correctly.
Frequency band
The operating band affects material, wall structure and RF review. Send the exact band or range whenever possible.
Antenna size
The equipment envelope determines internal clearance, radome diameter, base interface and installation access.
Truncation height
For some sites, the desired shell height or cut height matters as much as the diameter because it affects clearance and structure.
Insertion loss
The target loss in dB should match the equipment's performance tolerance and frequency band.
Altitude
High altitude can affect wind, temperature, snow, ice, UV and logistics assumptions.
Country and site environment
Country and site conditions help define standards, corrosion exposure, climate and installation planning.
Connected next steps
Apply these parameters to a product family
Once frequency, size, loss target and site environment are clear, continue to the radome product page that matches the project.
Not sure yet
Start with project situation, protected equipment and site environment before choosing a radome type.
Use guideFRP / composite
Rigid composite radomes for many antenna, radar, satcom and replacement projects.
View FRPMetal space frame
Large-span modular structures where wind load, transport and onsite assembly matter.
View MSFInflatable / ASR
Air-supported membrane enclosures for large antenna sites and access-limited projects.
View ASRWeather / ATC applications
Application pages for weather radar, satellite communication and civil aviation radar protection.
View applications