Radome Transmission Loss Tool - Discover the Difference
The data displayed here is based on a predefined reference radome configuration, illustrating how transmission loss varies with changes in total radome thickness. For customer-specific antennas, we perform individual simulations in the defined frequency range to identify the optimized material stack-up, perfectly matched to the antenna characteristic – delivering the lowest possible transmission loss.
Thickness: mm
slide to adjust thickness
Options:
Click to highlight type:
Angle of incidence:
Show/hide certain angles:
0 deg is always visible.
5-Layer Radome
An advanced multilayer configuration that adds extra skins and cores for superior electromagnetic consistency and mechanical stability. This design minimizes insertion loss across broad frequency ranges and withstands extreme conditions, perfect for high-performance systems.
3-Layer Radome
A sandwich design with outer and inner skins plus a lightweight core. This structure delivers excellent strength-to-weight ratio, improved RF transparency, and enhanced durability against environmental stress. Ideal for applications requiring reliable performance and reduced signal loss.
Monolithic Radome
A single-layer construction that offers basic protection and simplicity. While cost-effective, it provides limited control over electromagnetic performance and mechanical strength, making it less suitable for demanding environments or wideband applications.