Before You Request a Quote
Radome quote preparation guide
The fastest way to get a useful radome quotation is to send the basic RF, antenna, site and installation data first.
RF data
Frequency band, operating range, target transmission or insertion loss, and any known RF performance limit.
Equipment envelope
Antenna size, rotation envelope, required internal clearance, base interface, access and desired radome height or truncation height.
Site conditions
Country, altitude, wind, snow, ice, UV, salt fog, temperature, corrosion exposure, lifting access and installation window.
For replacement projects
- Photos of the existing radome from several angles.
- Old radome diameter, height, base ring and access details.
- Damage notes: leaking, cracks, deformation, corrosion, aging or previous repair.
- Whether the antenna or radar inside remains operational.
For new projects
- Equipment model, datasheet or antenna/radar drawings.
- Target radome type if known: FRP, metal space frame, weather/satcom, ATC or custom.
- Site layout, foundation concept and transport or assembly limits.
- Expected delivery date and whether onsite installation support is required.
Connected next steps
Continue from RFQ preparation to product selection
After preparing the project data, review the product family that best matches the protected equipment and site environment.
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