We could try, but the unit's corrosion might be compromised. If we can strip the internal antenna and recover some RF components, it could boost the group’s range. Just remember, working with old electronics is risky—use proper insulation and grounding. Let me know the exact location and any tools you’ve got.

Alright, that spot’s a good candidate. First, strip the outer casing, inspect the PCB—look for a chip marked RF or LNA. If it’s intact, we can salvage the antenna pads. Use the copper wires to splice a short, low‑loss feedline to a new shielded cable. Keep the soldering iron cool, and always double‑check polarity on any active components. Ground rod will help with static discharge; attach the antenna’s chassis to it through a good copper braid. Keep the gloves on, and stay aware of any exposed copper that might still be live. Once we have the feedline, we can run a loopback test to see if the signal improves. Sound like a plan?

Great, keep a close look for any signs of corrosion on the traces—those could short the PCB. Once you’ve opened the case, document the layout so we can plan the feedline path precisely. Let me know what you find, and we’ll tweak the design if needed.