Who this is for
When this helps
- System integrators needing antennas matched to specific link budgets
- Equipment manufacturers requiring custom antennas for a product line
- Procurement teams sourcing antennas for harsh or unusual environments
- Engineering teams needing documented test data alongside hardware
When to look elsewhere
- Buyers looking for low-cost consumer or retail antennas
- Projects needing same-day or off-the-shelf delivery without design time
- Applications where a standard catalog antenna already meets specifications
Custom fabrication addresses the gap between standard catalog antennas and the specific requirements of a given installation, frequency band, mounting environment, or regulatory constraint. When an off-the-shelf design does not meet the electrical performance, physical footprint, or environmental durability a project demands, our engineering team works directly with the client to define parameters and translate them into a manufacturable design.
The process begins with a technical review of the intended application: operating frequency range, gain and beamwidth targets, polarization, impedance matching, power handling, and the physical constraints of the mounting site. This information forms the basis for electromagnetic modeling and simulation, allowing us to predict performance before any hardware is built. Iterations at this stage are common, as trade-offs between gain, size, weight, and cost are worked through with the client's engineering contacts.
Once a design is validated through simulation, we move to prototyping. A physical unit is built using the same materials and construction methods intended for production, then tested in a controlled environment to confirm that measured performance matches simulated results. Parameters such as VSWR, radiation pattern, gain, and front-to-back ratio are verified against the original specification. Any discrepancies are addressed through design adjustments before the design is released for production tooling.
Materials and mechanical construction are selected based on the deployment environment rather than defaulted to a standard configuration. Antennas destined for coastal or offshore installations, for example, require different corrosion-resistant materials and sealing methods than units intended for indoor telecommunications cabinets or rooftop deployments in temperate climates. Wind loading, ice accumulation, thermal cycling, and radome requirements are factored into the mechanical design where relevant to the site conditions specified by the client.
Custom fabrication is available across the antenna types produced by the company, including directional, omnidirectional, panel, and array configurations, as well as combinations intended for multi-band or multi-service operation. Where a project calls for integration with existing infrastructure — such as matching connector types, mounting hardware, or co-location with other equipment on a shared structure — these constraints are incorporated into the design and fabrication documentation.
Production quantities for custom designs range from single prototype units for testing and certification purposes to small and mid-volume runs for network rollouts or equipment manufacturers integrating antennas into their own products. Quality control during fabrication includes dimensional checks against drawings and electrical testing of production units to confirm consistency with the validated prototype. Documentation delivered with a custom order typically includes test reports, mechanical drawings, and installation guidance specific to the design.
Engagement on a custom fabrication project starts with a technical inquiry outlining the application and constraints. From there, our engineering team scopes the feasibility of the request, provides a design and testing timeline, and works through the review cycles described above until the client's specification is met and the design is ready for production.
