Strong-fit parts include terminals, contacts, shield features, brackets, retainers, grounding clips, control-system stampings, and overmold-ready inserts used in flight-control, payload, sensor, communication, and power/control assemblies.

We fit best on the electronics and interconnect side of the program, not the full platform. That includes stamped parts used inside control modules, sensor hardware, communication links, payload electronics, and power-routing assemblies.

Common materials include copper alloys, stainless steel, brass, and beryllium copper. Selection depends on the part’s job in the assembly, including conductivity, spring performance, corrosion resistance, weight, and forming stability.

Yes. For thin, lightweight, or burr-sensitive parts, we define the tooling, deburring, handling, inspection, and packaging approach to protect critical edges and formed geometry from the press through delivery.

Yes. We often support parts where plating, burr condition, flatness, or contact geometry affect conductivity, shielding performance, grounding, or final assembly fit.

Lead time depends on geometry, material, tolerances, and secondary requirements. During quoting, we align tooling build, sample timing, and first-article expectations, then establish repeat production timing once the process is locked.

Yes. Depending on the program, we can support SPC, FAI/FAIR, inspection reports, and lot traceability documentation.

Yes. We coordinate required secondary operations and can deliver parts with the finishing, protection, lot control, and packaging needed for receiving and assembly flow.