This multiband vertical design provides 8 band coverage encompassing the 6, 10, 12, 15, 17, 20, 30 and 40 meter bands. Cushcraft achieved a major breakthrough in the development of an HF multiband vertical antenna that has been specifically designed for use with a tuner and amplifier.

As a result, the antenna more accurately addresses the needs of the contemporary ham shack.

Key Features/Specification

• Bands: 6, 10, 12, 15, 17, 20, 30, 40m
• Gain: 3dBi
• Power rating: 1.5kW
• VSWR: 1.3:1 (typical)
• Bandwidth (2:1) kHz 6m (3000) 10m (1700) 12m (100) 15m (450) 17m (100) 20m (300) 30m (150) 40m (50)
• Radiation angle: 16 deg
• Horiz. Rad. Pattern: 360 deg
• Height: 6.7m
• Mast size range: 38-44mm
• Weight: 10.5kg

This multiband vertical design provides 8 band coverage encompassing the 6, 10, 12, 15, 17, 20, 30 and 40 meter bands. Cushcraft achieved a major breakthrough in the development of an HF multiband vertical antenna that has been specifically designed for use with a tuner and amplifier. As a result, the antenna more accurately addresses the needs of the contemporary ham shack.

Multiband vertical antennas have always been complicated designs with components as likely to be damaged by high levels of mismatched transmit power as the rigs they are attached to. Before the use of tuners became widespread, the antenna was protected by the same safety mechanisms that protected the rig. Now, the automatic power reduction circuits of the past have actually become a second layer of protective circuitry.

The R8 is the first multiband vertical designed for the rigors of contemporary operating conditions. Although the antenna is best operated within it 2.0:1 VSWR bandwidth,it can sustain a 3.0:1 VSWR mismatch at full power for typical operating intervals. Now radio amateurs can take full advantage of the versatility that a tuner used in conjunction with a multiband HF vertical antenna can give them. For high wind environments, add the R8GK Guy kit-three point non-conductive guy system.

The R8 provides 360 degree (omni) coverage on the horizon and a low radiation angle in the vertical plane for a better DX.