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Kingsignal HCAHY-50-9 SuperFlex feeder cable (CELLFLEX 1/2″ series) is a professional high-flexibility RF cable designed for use in antenna systems, UAV controllers, repeaters, and other communication systems. Due to its low attenuation, stable electrical characteristics, and support for high-frequency operation, the cable ensures reliable signal transmission even in demanding operating conditions. Its enhanced flexibility allows routing in compact installation areas without the risk of mechanical damage.
🫡 We are a team of veterans
We are a team of veterans working directly with antenna complexes, UAV systems, and communication equipment in real field conditions. For us, minimal signal loss, mechanical reliability, and the ability to install equipment quickly in confined spaces are critical. That is why we rely on professional-grade feeder cables with enhanced flexibility and stable performance.
⚙️ Specifications
| Parameter | Value |
|---|---|
| Cable type | RF feeder cable |
| Model | Kingsignal HCAHY-50-9 SuperFlex |
| Series | CELLFLEX 1/2″ |
| Impedance | 50 Ω |
| Maximum operating frequency | up to 10.6 GHz |
| Attenuation | Low |
| Minimum bend radius | ≈ 32 mm |
| Temperature range | −50 °C to +85 °C |
| Design | High-flexibility |
| Jacket material | Resistant to external impacts |
| Application | Antennas, UAV controllers, communication systems |
| Mechanical durability | Enhanced |
| Usage type | Professional / industrial |
| Operating environment | Indoor and outdoor |
| Compatibility | 50-ohm RF systems |
💬 Comment / notes
This cable is well suited for use in mobile antenna systems, drone controllers, and repeater setups where rigid feeder cables create installation challenges. The combination of low signal loss and high flexibility makes it a practical solution for both permanent installations and field deployments.
🎯 Suitable for
Primarily for military users operating UAVs, antenna-repeater systems, and radio communication equipment in combat and field environments. It is also suitable for RF engineers, drone operators, technical specialists, and professional users of RF communication equipment.