The weight of an antenna is directly correlated with its size. A 0.6 m antenna has a significantly larger surface area for its reflector dish and requires a more robust structural design, including mounting brackets and a feed horn assembly, compared to a 0.3 m antenna. The increased volume of materials (such as aluminum, steel, and polymers) used in its construction directly results in a greater overall mass and, consequently, a higher weight.

The "False" option is incorrect because it defies the physical principle that, for objects of similar design and material composition, a larger object will have a greater mass. Official vendor specifications consistently show that as the diameter of an antenna increases, its weight also increases to ensure structural integrity and performance under environmental loads like wind.

1. Huawei Technologies Co.

Ltd.

Microwave Antenna Product Documentation. In typical technical specification tables for Huawei's microwave antenna series (such as the UBA

HUA

or SHXA series)

the relationship between antenna diameter and weight is clearly documented.

Section: Technical Specifications > Physical Characteristics.

Reference Detail: A representative 0.3 m (1 ft) single-polarized antenna is specified with a weight of approximately 5-7 kg. In contrast

a 0.6 m (2 ft) single-polarized antenna from the same product series is specified with a weight of approximately 10-14 kg

confirming it is heavier.