Yaesu FT-2980R 2-Meter FM Mobile Radio 80 W

The Yaesu FT-2980R 2-Meter FM Mobile Radio is designed for an operator who needs high, adjustable transmitter output from an installed vehicle or fixed station rather than a battery-powered handheld. It transmits from 144.000 to 148.000 MHz in the 2-meter amateur band and receives across 136.000-174.000 MHz. Its main practical advantage is the choice of 80, 30, 10, or 5 W output, allowing the station procedure to use a suitable level instead of one fixed setting for every contact. A total of 221 memory channels provides room for an organised frequency plan, while the large 6-digit backlit LCD supports clear reading at the operating position. This profile fits a planned station that values strong output, accessible controls, and structured memory management.

Operating the Yaesu FT-2980R 2-Meter FM Mobile Radio

The four transmitter levels let an operator align output with the intended communication path and station procedure. The 80 W setting is the maximum, while 30, 10, and 5 W provide lower choices when full output is unnecessary. This makes it practical to document an approved setting for each operating situation and train users to select it consistently. Output alone should not be treated as a fixed coverage distance. The radio carries no stated range figure, so a deployment decision should be based on tests along the routes that matter to the site using the station’s actual antenna system and installation.

With 221 total memory channels, the FT-2980R can hold an orderly set of operating positions instead of requiring frequencies to be entered without a repeatable structure. Each channel label can contain up to 6 alphanumeric characters, giving a manager room for short, recognisable codes tied to a location, group, or purpose in the approved plan. The large backlit LCD makes the selected number or label easier to check from a desk or vehicle position. Where several operators share the station, a common naming method and a concise memory register help keep channel selection predictable and prevent essential configuration knowledge from depending on one person.

Audio, Tone Signalling, and WIRES Access

The internal speaker provides 3 W of audio output, an important practical point for a station used in an equipment room or vehicle cabin where calls need to be heard without constant reliance on a separate audio accessory. CTCSS and DCS encode and decode functions allow a radio technician to match tone settings with the other stations in the intended group. These tones support compatible access and receive behaviour; they should not be mistaken for content encryption. Before issue, the frequency, tone, and encode or decode arrangement for every used memory can be recorded, followed by a call test in both directions to confirm that the participating stations share the required settings.

WIRES Internet Linking Access gives an amateur station another operating path when linking forms part of its communications design. It is most manageable when treated as a defined addition to the local radio plan: establish the local memories, power levels, and tone settings first, then configure linking according to the station procedure. The receiver uses a double-conversion superheterodyne design, and the listed emission types are F3E for FM voice and F2D for packet operation. These technical points help a radio specialist compare the unit with a specific station requirement without forcing routine operators to change them after the configuration has been approved.

Where the FT-2980R Fits in Saudi Operations

The mobile form suits communications rooms, fixed amateur-radio stations, and vehicles able to provide the required power and antenna arrangement, subject to the applicable frequency plan and operating authorisation. At a Saudi facility, it can occupy a defined station point where a clear display, internal audio, and selectable output are more useful than personal portability. Calls can then be tested between that point and the actual receiving locations used by the operation. In a technical amateur-radio training setting, the generous memory capacity and concise labels can support instruction around a controlled channel plan rather than unrecorded changes. Procurement should therefore treat this as an installed mobile or desk station with electrical and antenna dependencies, not as a direct substitute for a pocket radio.

The FT-2980R is positioned by its 80 W ceiling and its three lower output choices, a benefit that differs from the carry convenience driving a handheld purchase. The unit weighs approximately 1.9 kg and measures 160 x 50 x 185 mm excluding protrusions, so an equipment manager can verify the available space before approving its position. A cooling fan is not required for the unit, simplifying one part of the equipment arrangement, although cable routing and suitable clearance remain elements of an orderly installation. If users need to carry a radio throughout a shift, this format does not match that workflow. When a known operating point needs substantial selectable output, the model’s practical advantage becomes clear.

Power and Antenna Planning Before Deployment

The radio operates from 13.8 V DC within ±15% using negative ground, with maximum current stated at 17.0 A. Its external power supply is not included, so the supply belongs on the station bill of materials rather than being assumed to arrive with the transceiver. The installer should select a source that meets the voltage, current, and grounding requirements and route its cable to avoid strain or unintended disconnection. In a vehicle, the capacity of the dedicated electrical circuit should be reviewed before connection. At a desk station, the source and its location should be planned within the operating area. These steps are central to using the 80 W setting without leaving the installation electrically incomplete.

The antenna path has 50-ohm impedance and uses an SO-239 connector. A technician can therefore check the antenna, feed line, and connector arrangement for compatibility before fitting, then test reception and transmission on the planned memories. Frequency stability is stated as ±10 ppm from -20 to +60 degrees Celsius; this describes stability across that range rather than a separate promise about every storage or exposure condition. Once power and antenna work are complete, the team can configure memory frequencies and labels, apply CTCSS or DCS tones, select output levels, and record the test results. Following that sequence turns the FT-2980R into a managed station tied to a documented operating plan.

Package Contents

• MH-48A6JA DTMF microphone
• mobile mounting bracket
• DC power cord w/fuse
• spare 25A fuse
• front elevating foot
• owner’s manual
• warranty card