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166mm M8 Black Snake tube Antenna Gooseneck
Military FT-RF Taiwan
10 out of
10
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Description & Specification
GK-305-AB Tactical Gooseneck
166mm Compact Length | MIL-STD-810 | Maximum Support 270g
The FT-RF GK-305-AB is a high-density, ultra-heavy-duty Tactical Antenna Gooseneck designed for unwavering link stability. At a compact length of 166mm, it offers a massive 270g support structure, providing the series' highest level of shape retention. Constructed from reinforced composites and tactical black chrome plating, it ensures the optimal radiation angle is maintained even in extreme high-vibration Tactical Use.
Technical Specifications
Mechanical & Material Specifications
| Model Number | GK-305-AB |
| Overall Length | 166 mm |
| Interface Thread | M8 * 1.25 (Metric) |
| Snake Tube Build | High-Density Reinforced Composite |
| Connector Finish | Tactical Black Chrome (Low Reflection) |
| Maximum Support | 270 g (Highest Shape Retention) |
Compliance & Standards
| Environmental | MIL-STD-810 Compliant |
| Electrical Quality | High-Performance Continuity Test Passed |
| Flexibility Range | 360-degree High-Tension Multidirectional Bend |
| Durability | Salt Spray & Shock Resistant |
Key Tactical Features
High-Density Support
Designed to support the series' heaviest antennas within a compact 166mm profile, ensuring Signal Integrity by preventing sagging during physical maneuvers.
Tactical Stealth Surface
Premium black chrome plating minimizes light glint for stealth operations while providing a robust shield for Signal Security against corrosion.
MIL-STD Impact Protection
Acts as a rugged buffer that protects the radio's antenna port from catastrophic mechanical failure during intense field use and Protection Operations.
Optimized RF Conductivity
Ensures minimal signal insertion loss through rigorous continuity testing, guaranteeing maximum communication range and reliable Signal Management.
Get a Quote / Customization
Contact us for custom length requests or M8 to N-Type/SMA adapter configurations for your radio system.
✉️ Contact FT-RF Team
