Diamond AZ506FX Dual-Band Mobile Antenna – Slim Nickel-Titanium VHF/UHF Vehicular Whip (144/430MHz) with FRP Outershell, 0.67m Length, MP PL-259 Base

  • REF: AZ506FX
  • EAN: 4936312566001

Dual band mobile antenna

The Diamond AZ506FX dual band VHF/UHF mobile antenna is a commercial-grade, high-performance vehicular RF radiator precision-engineered by the famous Japanese manufacturer to deliver elite multi-band communications. Optimized for high-mobility applications where maximum physical flexibility and extreme aerodynamic efficiency are vital, this premium mobile whip operates with outstanding efficiency across the 144 MHz (2m) and 430 MHz (70cm) amateur and commercial bands. It serves as an essential logistics procurement component for municipal service fleets, tactical transport vehicles, emergency monitoring setups, and high-volume B2B radiocommunication hardware wholesale distribution channels looking to supply premium, damage-resistant mobile antennas.

The advanced mechanical engineering of the AZ506FX centers on a high-tech nickel titanium core element encased in a heavy-duty FRP outershell (Fiberglass Reinforced Polymer). This specialized material composition allows the antenna to withstand severe physical bending, low-clearance foliage impacts, and intense highway wind velocities without taking a permanent set or fracturing. Electrically, the antenna acts as a 3/8 wave radiator on 144 MHz and a 3/4 wave radiator on 430 MHz, yielding a sharp, low-angle power gain of 2.15 dBi on VHF and 4.5 dBi on UHF. Rated to comfortably handle a maximum power threshold of 50W FM, the antenna maintains a highly optimized voltage standing wave ratio (VSWR of less than 1.5:1) across targeted allocations, channeling RF energy cleanly through a standard 50 ohms characteristic impedance path.

Housed on a high-retention structural base, this ultra-lightweight hardware accessory stands at a compact physical length of 0.67 m and weighs a minimal 85 g, drastically reducing mechanical strain on delicate vehicle sheet metal, trunk lips, or magnetic mounts. The antenna base is cleanly terminated with a standard MP connector (Male PL-259 type), ensuring a solid, tool-free mechanical link to heavy-duty mobile cable harnesses and standard SO-239 base receptacles. Delivered completely turnkey, this precision Japanese-engineered vertical array ensures immediate system alignment, rapid vehicle outfitting, and absolute multi-shift field deployment readiness.

Technical Specification Parameter Specifications
Product Brand Designation Diamond Antenna (Original Genuine Japanese Manufacturer Line)
Hardware Model Designation AZ506FX / AZ-506FX (Flexible FRP Dual-Band Series)
Primary Component Classification Dual-Band Mobile VHF/UHF Transceiver Antenna Whip
Operational Frequencies Scope 144 MHz VHF (2m Band) / 430 MHz UHF (70cm Band) Dual Matrix
Antenna Radiation Wave Type (VHF) 3/8 Wave High-Efficiency Performance Configuration
Antenna Radiation Wave Type (UHF) 3/4 Wave High-Gain Array Profile Design
VHF Performance System Gain 2.15 dBi Nominal Gain Specification
UHF Performance System Gain 4.5 dBi Elevated Propagation Profile
Maximum Input RF Power Capacity 50W FM Maximum Continuous Power Rating
Voltage Standing Wave Ratio VSWR Less than 1.5:1 Target Resonance Bounds
System Characteristic Impedance 50 ohms Nominal Standard Optimization
Primary Core Element Material Premium Nickel Titanium Shape-Memory Flexible Alloy
Outer Protective Armor Shielding FRP Outershell (Fiberglass Reinforced Polymer Weather-Shield)
Primary RF Interface Connection MP Connector Base Interface (PL-259 Male Fitting)
Total Physical Antenna Length 0.67 m Mobile Clearance Profile Height
Net Operational Component Mass 85 g Ultra-Lightweight Balanced Structural Weight
Verified Hardware Compatibility Scope Dual-band mobile transceivers, standard SO-239/UHF-Female magnetic bases, trunk edge lip mounts, and matching 50-ohm RF cabling options
Primary Fleet Utility Purpose Turnkey vehicular radio outfitting, low-overhead clearance protection, extreme impact flexibility tracking, and active RF final stage transmitter protection