The Yaesu ADMS-15 software is specifically for programming the Yaesu FTM-200DR radio. It utilizes a personal computer to quickly enter and save the FTM-200DR memory channel frequency and data. Also, the menu settings may be configured for individual operating preferences. All of the information is saved.
The data can be transferred from the PC to the radio via a microSD card. No cables are necessary when transferring the microSD card.
A microSD card is not included with the radio but can be purchased separately.
An alternative method for programming the radio is with the optional SCU-19 PC connection cable for USB (the SCU-19 is included in the optional SCU-39 kit). The CT-169 cable can be used when using a COM port connection.
The software can import and export in the following formats:
| Search Page | North America | Rest of World |
|---|---|---|
| Favorite | Operational | Operational |
| Feature | Operational | Operational |
| Keyword | Operational | Operational |
| Location | Operational | Operational |
| Multi-County | Development Planned | |
| Multi-State | Development Planned | |
| Proximity | Operational | Operational |
| Proximity 2.0 | Operational | Operational |
| Quick | Operational | Operational |
| Travel | Operational | Operational |
There are no header field names in the file. RepeaterBook defaults are BOLD.
| Field Name | Field Value |
|---|---|
| Channel No | Sequential beginning with 1 |
| Receive Frequency | |
| Offset Frequency | Shift in MHz |
| Offset Direction | -RPT, +RPT, -/+, OFF |
| Operating Mode | AM, FM |
| DIG/ANALOG | FM, AMS, DN |
| Name | |
| Tone Mode | OFF, TONE, TONE SQL, DCS, REV TONE, PR FREQ, PAGER |
| CTCSS Frequency | Repeater uplink tone or 88.5 |
| DCS Code | Repeater uplink DCS Code or 023 |
| User CTCSS | 1600 Hz |
| RX DG-ID | Downlink DG-ID or RX 00 |
| TX DG-ID | Uplink DG-ID or TX 00 |
| TX Power | HIGH, MID, LOW |
| SCAN | YES, NO |
| Step | 5.0KHz |
| Narrow | OFF |
| Clock Shift | OFF |
| Comment | |
The RepeaterBook export automatically filters unsupported frequencies and digital modes.