Updated: Dec 9, 2025 | Source: 2022-2026 Question Pool | Topic: T1B
T1B03T1B

Which frequency is in the 6 meter amateur band?

Deep Dive: T1B03

The correct answer is B: 52.525 MHz. This frequency is in the 6-meter amateur band, which extends from 50.0 to 54.0 MHz. The 6-meter band is often called the 'magic band' because of its unique propagation characteristics that can provide both local and long-distance communications. The 6-meter band (50-54 MHz) is a VHF band that exhibits unusual propagation during certain conditions, sometimes allowing contacts over thousands of miles. Frequency 52.525 MHz is commonly used for FM repeater operations and simplex communications on 6 meters. This band is particularly popular during sporadic-E propagation events, when signals can bounce off ionized patches in the E-layer of the ionosphere, enabling contacts far beyond normal VHF range.

Why Other Answers Are Wrong

Option A: Incorrect. 49.00 MHz is below the 6-meter amateur band, which starts at 50.0 MHz. This frequency is in a different radio service. Option C: Incorrect. 28.50 MHz is in the 10-meter band (28.000-29.700 MHz), not the 6-meter band. Option D: Incorrect. 222.15 MHz is in the 1.25-meter band (222-225 MHz), not the 6-meter band.

Exam Tip

6 meters = 50-54 MHz. Remember: '50 to 54' is the 6-meter band. 52.525 MHz falls right in the middle of this range.

Memory Aid

**6** meters = **5**0 to **5**4 MHz (think '6 = 50-54')

Real-World Example

You're operating on 6 meters during a sporadic-E opening. You tune to 52.525 MHz and call CQ. A station in Texas answers your call from your location in Ohio - over 1,000 miles away on VHF! This is the 'magic' of 6 meters, where VHF signals can sometimes travel much farther than normal due to unusual propagation conditions.

Source & Coverage

Question Pool: 2022-2026 Question Pool

Subelement: T1B

Reference: FCC Part 97.305

Key Concepts

6-meter band 50-54 MHz VHF amateur band Sporadic-E propagation

Verified Content

Question from the official FCC Technician Class pool. Explanation reviewed by licensed amateur radio operators and mapped to the T1B topic.