Specifications:
Frequency Range: 1.6-50 MHz
Antenna Element Length: 16.2 meters (insulated copper wire)
Pulling Rope Length: 2 x 6 meters (12 meters total, divided into two coils)
Coaxial Feeder Cable Length: 6 meters (50 Ohm)
Connector Type: SMA to BNC Adapter
Balun Ratio: 9:1

Features:
1. Compact and Portable Design: Lightweight and small-sized antenna kit, allowing easy transportation and quick setup in various environments.
2. Effortless Installation: No welding required and includes all essential components, enabling simple and efficient deployment.
3. Broad Frequency Compatibility: Suitable for shortwave and medium wave listening, as well as QRP radio transmission.
4. Optimal Performance: Designed for field camping, emergency communication, and temporary setups with efficient signal reception.
5. Flexible Erection Options: Ideal for outdoor use with height adjustments and compatibility with roofs or open space away from interference sources.

Package Included:
1 x 16.2M Antenna Element
2 x 6M Pulling Rope
1 x 6M Coaxial Cable
1 x 9:1 Balun
1 x SMA to BNC Adapter

Installation Notes:
1. The installation is simple and no welding is required. The height of the antenna erection should be as high as possible. Need to stay away from buildings, trees or other large objects. The ideal erection site requires a space of about 25 meters. If space is tight, excess traction ropes can be trimmed, but not shorter than 1 m (3-4 ft) on each side at the ends of the antenna element and support structure. If it is still too long, the antenna element can be shortened, but this will reduce the efficiency of the antenna.
2. It is a good choice to erect on the roof. Because the floor of the reinforced concrete structure will block and absorb various interference signals generated by various electrical appliances in some buildings, and the surrounding environment is relatively empty, which is conducive to the antenna receiving signals;
Erection between two buildings is not a good choice. Because the building is a reinforced concrete structure, it will block the absorption signal. Various interference signals generated by various electrical appliances in the building will be radiated through the windows and received by the antenna.