Import 6feet C Ku Band Manual Flyaway Antenna — Buy in wholesale FOB from Supplier in China

Shaanxi Newstar supplies a 1.8 metre diameter manual flyaway antenna engineered for dual-band operation across C-band (3.4-7.075 GHz receive, 5.850-6.425 GHz transmit) and Ku-band (10.7-12.75 GHz receive, 14.0-14.5 GHz transmit) satellite frequencies. The reflector assembly employs a segmented aluminium alloy construction with precision-formed panels that maintain surface accuracy within 0.5 mm RMS, critical for maintaining gain performance across the operational bands. The mount system utilises galvanised steel for corrosion resistance in field deployment conditions, while the feed horn incorporates composite materials to optimise weight and cross-polarisation discrimination. This portable terminal is designed for rapid assembly by two trained technicians within 30 minutes without specialised tooling, addressing defence, broadcast, and emergency response organisations requiring immediate satellite connectivity.

The aluminium alloy reflector segments typically utilise 5052-H32 or 6061-T6 grade material with anodised or chromate conversion coating for environmental protection in maritime and tropical climates. Panel joint tolerances must maintain reflector surface continuity to within λ/50 at Ku-band centre frequency, demanding precise mechanical interfaces and adjustable alignment mechanisms. The manual azimuth-elevation mount provides continuous 360° azimuth rotation and typically -5° to 90° elevation travel, with fine adjustment via worm gear drives. The composite feed horn, likely constructed from glass fibre reinforced epoxy or similar dielectric material, positions the low noise block downconverter and transmit reject filter assembly at the focal point. Cross-polar isolation specifications for linearly polarised systems in this class typically exceed 30 dB, though the supplier's exact measured performance should be requested. Wind survival ratings for flyaway antennas of this aperture generally range from 45-60 m/s in stowed configuration, with operational limits near 20 m/s.

Primary users include military expeditionary communications teams, news broadcasters requiring outside broadcast uplink capability, offshore energy operators, and non-governmental organisations deploying to disaster zones with compromised terrestrial infrastructure. The C-band capability ensures resilience in heavy rain conditions where Ku-band links experience significant attenuation, while Ku-band provides higher bandwidth efficiency for clear-sky operations. Enterprise VSAT network operators source these terminals for temporary network augmentation and backup hub contingency. Buyers should confirm with Shaanxi Newstar the exact transmit power handling, included BUC (block upconverter) frequency options, and whether the feed system supports single, dual, or circular polarisation configurations. Packaging, minimum order quantities, and delivery schedules require direct supplier confirmation, as the listing does not specify these commercial parameters.

Shaanxi Newstar operates from Chang'an South Road 493, Yanta District, Xi'an, Shaanxi Province, 710061, China, positioning the company in a major aerospace and defence technology hub with access to satellite industry supply chains and research institutions. The supplier profile indicates harbour trust tier status with a 0.00% response rate and zero recorded average response hours, signalling that buyers should prepare for potentially slow or inconsistent communication and should not assume rapid quotation turnaround. No founding year, employee count, revenue scale, or facility square footage appears in the disclosed profile information.

The company's product specialisation centres on portable satellite communication terminals, specifically the manual flyaway antenna form factor for rapid deployment scenarios. The listing does not indicate manufacturing certification scope (such as ISO 9001 or MIL-STD compliance), in-house RF testing capability, or documented supply references to defence procurement programmes. Buyers should request evidence of reflector surface measurement reports, antenna pattern certification from recognised test ranges, and environmental test records (vibration, temperature, humidity) relevant to their intended operating conditions. The absence of stated export experience to specific regulatory environments means buyers in markets with radio equipment certification requirements (FCC Part 25, CE RED, or equivalent) must verify compliance pathway independently.