RADOMES
We are experts in high-performance, low-loss radomes. Our specialty is using the right materials for your application. Whether for aerospace, defense or commercial use, we can design, analyze, prototype, test, and manufacture your radome or other components to meet RF characteristics, optimize performance, and minimize cost, all on schedule.
Radomes Types & Markets
For Aerospace & Defense we offer high-performance solutions with custom engineering, design, prototyping, and testing services for flight qualification. For Commercial applications we provide low cost, high volume manufacturing.
High Temperature Ceramic Matrix Composites
Low Loss Quartz
Flight-Qualified Fiberglass
Low Cost Fiberglass
- Overheating of the radome or the antenna
- Strength and precision
- Damage tolerance
- Rain and particle erosion
- Lightning protection
- Bird impact
- Hail impact
- Manufacturability
Design Considerations
Engineers face unique challenges when designing radomes, whether it is for aircraft, ships or ground-vehicles. Some considerations that can impact design include:
- Minimal RF attenuation/low loss of signal
- Broad bandwidth
- Electromagnetic Interference (EMI) filters
- Frequency Selective Surfaces (FSS)
- High transmission
- High power
- High temperature (-65°F to +185°F, or >1000°F)
Technical Services
- Engineering team with in-depth radome experience
- Finite Element Analysis
- Rapid prototyping
- In-house testing for RF optimization
- Qualification testing
We Design for Your Bandwidth
Our high-performance radomes can be designed to work in the following bandwidths and more:
L-band, S-band, C-band, X-band, Ku-band, Ka-band, Q-band, E-band, V-band, W-band, in addition to multi-band and multi-spectral.*
We Are Government Contract Ready
DCAA-approved rates
ITAR controlled
AS9100D / ISO 9001:2015 Certified
Compliant with Government regulations
CASE STUDIES
X-Band Belly Radomes For Commercial Aircraft
Low-loss RF radomes of the size needed for this commercial aircraft are typically expensive to build. Most suppliers who can provide the services needed from start to finish are larger businesses with long lead times. We were able to provide our customer with complete services and a rapid turnaround from the drawing board to flight qualified hardware.
Fiberglass Radomes For 5G Lamp Posts
Our customer needed durable, low cost, and easy-to-mass-produce radomes for housing 5G transmission equipment hidden within city lamp poles. Previous solutions degraded over time. We found cost effective ways to meet their technical and environmental needs.
Ku-Band Belly Radome
Our military customer needed a Ku-Band radome for the P-3 Aircraft. Our task was to manufacture a 6’ diameter x 3’ deep radome that qualified to the Navy’s strict flight safety and damage tolerance requirements.
Broadband High-Speed Radomes
The US Navy wanted a nose radome that could withstand the high temperatures of supersonic flight and have broader bandwidth. Nose radomes on supersonic missiles are typically made from ceramic materials, but to achieve broader bandwidth in a radome, engineers traditionally look to sandwich constructions. Our engineers found a way to solve this problem in a highly manufacturable and cost effective
The appearance of U.S. Department of Defense (DoD) visual information does not imply or constitute DoD endorsement.
*Original art by Treinkvist. Licensed under the Creative Commons Attribution-Share Alike 4.0 International license. Modified by RWC.
Multiband Large Ground-based Radome
This program required large, durable, low loss radomes for a new system design. Our customer asked us to produce a multiband ground-based radome optimized for specific frequencies and for losses of less than 0.5dB. RWC reduced tooling costs through novel approaches. The radome was tested in-house and performed as predicted.