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Civil Aviation Radar Protection

Air Traffic Control Radomes

Air traffic control radomes require careful attention to RF performance, reliability, environmental load and long-term site operation.

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Air Traffic Control Radomes

Typical use cases

This page is for customers who already know the protected antenna, radar or communication equipment and need a standalone radome source.

  • Civil aviation radar and airport-related monitoring sites that need standalone radome sourcing.
  • Replacement projects for aging ATC radar radomes where the protected equipment remains in use.
  • Projects that require factory-backed technical review and export coordination.
  • Operators or contractors who need a radome manufacturer rather than a complete radar package.

Signal protection

The radome must protect the radar while minimizing unwanted impact on signal performance.

Reliability focus

Long-term outdoor performance, sealing, fasteners and structural integrity matter for operating sites.

Project documentation

Clear drawings, specifications, site inputs and installation responsibilities help reduce project risk.

What buyers should prepare

  • Radar type, frequency range and any available radome specification.
  • Existing radome drawings, photos and condition notes for replacement.
  • Site weather conditions, foundation/interface details and access constraints.
  • Any documentation or certification requirements for procurement review.

How Radomecn helps

We connect the enquiry with factory engineering, confirm practical inputs, support quotation preparation, and coordinate supply, replacement or onsite installation requirements when needed.

Connected next steps

Connect this product with the next step

Most radome buyers need to compare product type, confirm technical parameters, prepare site data and then send a structured enquiry.

Start with selection

Use the selection guide if you are not sure whether FRP, MSF, ASR or an application-specific radome fits.

Open guide

Compare radome coverage

Use the datasheet page to understand which radome families and parameters are covered.

Open datasheet

Check technical inputs

Review frequency band, antenna size, truncation height, insertion loss, altitude and country/site data.

View parameters

Prepare enquiry data

See what drawings, photos, RF data and site information make quotation faster.

Prepare RFQ

Send the project

Submit frequency, antenna size, radome type, location and site constraints through the structured form.

Open enquiry form