Alpha Antenna Portable MIL EmComm Enhanced Antennas are tactical wide-band EMCOMM antenna system for DX and NVIS. Perfect for broadband communications, this antenna system is mounted low to the earth to increase ground wave radiation, and to lower the threat of DF signal detection and the risk of being seen.

Key Features:

- Tuner-free operation: No need for an external tuner, simplifying setup and operation.

- Omni-Directional: Omni-Directional DX to the HF Ground and NVIS EMCOMM patterns: Capable of long-distance communication (DX) and Near Vertical Incidence Skywave (NVIS) for emergency communications (EMCOMM), with horizontal and vertical polarization operation.

- Deployment Time: 10 minutes: Quick and easy setup, ideal for rapid deployment scenarios.

- Weight: 5 lbs. – Lightweight design for easy transport and handling.

- Mast with a Self-Supporting Tripod Base: Provides a stable and durable support structure.

- Integrated Guying System: Built-in guying for enhanced stability in various conditions.

Included Components:

• Heavy Duty Telescopic Aluminum Tripod, in a non-padded equipment bag

• (40ft.) 50-ohm Coaxial Feedline

Includes a second bag containing the following items:

• 9.5ft. Vertical Telescopic Whip - (When storing the whip, fold the 9.5ft. whip starting from the top section.)

• Auto Match

• (4) Guying Stakes and Ropes

• (4) 35ft. NVIS Elements

• 25ft. NVIS Element

• 8ft. Ground Wire (All wire elements are 16ga. Tinned Copper KEVLAR PTFE (Teflon) -94° to 302°F (-70°C to 150°C)

Specifications:

• Power Rating: 100W SSB / 25W Digital. The MIL-STD-188 M110a digital communications mode is rated at 25 watts continuous and bursts of 100 watts digital for up to 1 minute using the MIL-STD Data Modem Terminal (MS-DMT) and Automated Message Terminal (AMT) software applications.

• Band Coverage: 160m – 10m Amateur bands

• Frequency: 1.8-34.0MHz

• Height: 15.5ft.

• Approximate Footprint: 68ft x 68ft.

• Weight: 5.0lbs.

• Feedline Connection: UHF SO-239 Female

• Set up time: Less than 10 min.