Yaesu FT-5DR Quick Reference: WIRES-X, YSF, and US Hemet Hangout

Resource Area: Resource Home | Useful Links

Licensing: Get Licensed | License Testing

Repeaters, Nets, and Logging: Repeater & Nets | Net Operations | NetLogger

Digital, Radios, and Logs: Radio Guides | Pi-Star / Hotspots | WPSD | EchoLink | Wavelog

Activities: POTA | SOTA | Fox Hunt | Field Day | Special Event Resources

Emergency and Partner Groups: ARES | RACES | ERC

Updated: July 18, 2026

This quick reference is for using a Yaesu FT-5DR with LDARC digital resources, especially US Hemet Hangout through a Pi-Star or WPSD hotspot. It separates two similar-looking but different things: native Yaesu WIRES-X and YSF reflector operation.

Quick links: Before You Start | Native WIRES-X | YSF Hotspot | DG-ID | LDARC Settings | Troubleshooting | References

Before You Start

  • Use the A-band for WIRES-X operations on the FT-5DR.
  • For digital voice, use C4FM DN or AMS. DN is the simplest choice when you know the path is digital.
  • For normal LDARC hotspot use, set DG-ID TX and DG-ID RX to 00 unless a repeater, node, or net control operator tells you otherwise.
  • For US Hemet Hangout on a hotspot, use YSF-59073 – US HEMET HANGOUT.
  • If using the XLX side, use XLX618 Module H. This is usually a hotspot/dashboard setting, not a native WIRES-X room selection.

Path A: Yaesu System Fusion / Native WIRES-X

Use this path when you are using a true Yaesu WIRES-X node or a repeater that supports native WIRES-X control.

  1. Put the FT-5DR on the repeater or local node frequency.
  2. Use the A-band as the operating band.
  3. Set the radio for C4FM DN or AMS.
  4. Set the normal DG-ID to the value required by that repeater or node. If no value is specified, use 00.
  5. For the WIRES-X DG-ID menu, leave it on AUTO for open DG-ID 00 nodes, or set the matching 01-99 value if the node requires it.
  6. Press and hold GM/X to enter WIRES-X.
  7. Use SEARCH & DIRECT to select a room/node, search by name, or choose a saved category.
  8. To disconnect from a room/node, press and hold BAND. To leave the WIRES-X screen, press and hold GM/X.

Path B: YSF Reflector Through Pi-Star or WPSD

Use this path for a personal hotspot. The FT-5DR may use the WIRES-X button as a control interface, but the hotspot is steering YSF reflectors, not connecting you to the Yaesu WIRES-X network.

  1. On the hotspot dashboard, enable YSF/C4FM service.
  2. Select YSF-59073 – US HEMET HANGOUT as the reflector.
  3. Program the FT-5DR to the hotspot simplex frequency.
  4. Use C4FM DN or AMS.
  5. Set DG-ID TX and RX to 00 unless your hotspot configuration specifically uses a different DG-ID.
  6. Key briefly and confirm the hotspot hears the radio.
  7. If your hotspot supports WIRES-X style reflector control, press and hold GM/X, then use the radio screen to search/select the YSF reflector. Search for YSF59073 or US HEMET HANGOUT.
  8. If the radio does not show a usable list, steer the hotspot from the Pi-Star or WPSD dashboard instead.

DG-ID Quick Reference

  • DG-ID TX/RX 00: normal open C4FM operation and the safest default.
  • DG-ID 01-99: use only when a repeater, node, hotspot, or event instructions specify a matching DG-ID.
  • WIRES-X DG-ID AUTO: normal setting for open native WIRES-X nodes.
  • WIRES-X DG-ID 01-99: used to match a native WIRES-X node that is intentionally using a specific DG-ID.

LDARC Repeater, Hotspot, and Room Information

Use these LDARC-specific settings when programming the radio or setting up a hotspot for the club digital system.

Program the LDARC Club Repeater

Repeater output / receive145.420 MHz
OffsetNegative, standard 2-meter offset. Transmit is 144.820 MHz.
Analog FM tonePL 88.5 Hz
Digital modeC4FM DN or AMS. Use DN on linked digital systems.
Native WIRES-X roomLDARC room 62917
  • For analog FM, program 145.420 MHz, negative offset, and PL 88.5 Hz.
  • For C4FM, use the same repeater frequency pair and use DN or AMS. Do not use VW when you expect traffic to pass through linked systems.
  • From another native WIRES-X repeater or node, search for or direct-connect to LDARC / room 62917 to reach the club repeater room when it is available.

Access Through a Hotspot

  • YSF / C4FM hotspot path: select YSF-59073 – US HEMET HANGOUT. In many Pi-Star/WPSD lists this may appear as YSF59073 – US-HEMET HANGOUT or simply 59073.
  • XLX path: select XLX618 Module H. Module H is the Hemet Hangout module. In WPSD this is selected directly as XLX618 and Module H.
  • Bridge note: LDARC WIRES-X room 62917, YSF-59073 US Hemet Hangout, and XLX618 Module H are part of the Hemet-area linked digital system when the bridge is active.

Using Another WIRES-X Repeater

  1. Connect your radio to the local WIRES-X-capable repeater or node.
  2. Open the radio’s WIRES-X function.
  3. Use search/direct entry, history, or category list to find LDARC or room 62917.
  4. Connect to the room, listen first, then identify normally.
  5. Disconnect when finished so the local repeater is not left tied to the room unexpectedly.

Directories

Troubleshooting

  • The WIRES-X button does not find rooms on my hotspot: use the hotspot dashboard. A Pi-Star/WPSD hotspot is using YSF reflector control, not full native WIRES-X.
  • I cannot reach US Hemet Hangout: confirm the hotspot is on YSF/C4FM and is linked to YSF-59073 – US HEMET HANGOUT.
  • The hotspot hears me but nobody comes back: verify the radio and dashboard show the same frequency, mode, and DG-ID behavior.
  • The repeater ignores WIRES-X commands: confirm that the repeater supports native WIRES-X control and that your DG-ID matches its instructions.

References

Resource Area: Resource Home | Useful Links

Licensing: Get Licensed | License Testing

Repeaters, Nets, and Logging: Repeater & Nets | Net Operations | NetLogger

Digital, Radios, and Logs: Radio Guides | Pi-Star / Hotspots | WPSD | EchoLink | Wavelog

Activities: POTA | SOTA | Fox Hunt | Field Day | Special Event Resources

Emergency and Partner Groups: ARES | RACES | ERC

This entry was posted in FT-5DR. Bookmark the permalink.

Leave a Reply

Your email address will not be published. Required fields are marked *

This site uses Akismet to reduce spam. Learn how your comment data is processed.