This one looks interesting:

http://www.kd5fx.com/FXportable/fx_portable_antenna.htm

Works on 6 meters through 20 meters.  He has photos showing it set up for use on 10 meters and 20 meters with radials cut for 20 meters.  You could go with shorter radials for portable operation on 10 meters.  MFJ also sells a shorter telescopic whip (MFJ-1977) that would work on 6 meters through 15 meters.

Getting back into amateur radio myself.  Own a house in a "no external antennas" neighborhood, so I'm learning CW and experimenting with an indoor magnetic loop on 40 meters.    Hope to hear you both on 7.114 some evening!

http://www.skccgroup.com/opfreq.php

Don't know who Gordo is, but I did it myself here and here.

Cell phone users are the problem.  Especially cell phone users in urban areas.

Radio operators are not the problem.  Especially radio operators in rural areas.

That will go over like a lead balloon with the trucking industry.

Looks like you have quite a few repeaters in your area.  Put your callsign into the QTH search or your ZIP code into the Geo search:

http://k5ehx.net/repeaters/qrepeater.php

Plug PR or VI into the State Search box:

http://k5ehx.net/repeaters/qrepeater.php

See pages 4-5 of the following:

http://www.dxengineering.com/pdf/WA-Multi-Band%20DipolesRev2.pdf

I guess you would connect the SO-239's center pin to the vertical's radiator and the SO-239's shield to the radials.

"Use the ANTENNA connector’s shield for one lead and its center pin for the other."

http://www.mfjenterprises.com/pdffiles/MFJ-259B.pdf

I hope this helps.  I recently acquired one of these but I haven't tried what you want to do yet.

How long is your feedline?  Here is DX Engineering's recommendation:

"The feedline must be in odd multiple lengths of 1/8-wavelength on the lowest operating frequency to optimize the impedance presented to the balun over the frequency range of the antenna. This length can be calculated using the following formula, or use Table 1. The DX Engineering 300 Ω ladder feedline has a VF of 0.88."

http://www.dxengineering.com/pdf/WA-Multi-Band%20DipolesRev2.pdf

You could use a receive converter if your HF rig does FM on 10 meters.  The Hamtronics unit looks like it could be moved up to 162 MHz.

The closest thing I've found is a Vectronics VEC-1012K (which should be retunable for 162.xxx?).  It looks like the VEC-1002K is the same radio with different tuning.  The PCB is 3.3" x 3.0", I wonder if a smaller PCB could be made?

It looks like you're on the second floor of a three story condo.  Can you hear signals when you touch 30 feet (or thereabouts) of wire to the center conductor of your antenna jack?  The good news is, if signals are getting in, they should get out as well.  The bad news is, if signals aren't getting in, ...

Happy New Year and congrats on the new license by the way!

Look into a magnetic loop for indoors.  The MFJ-933 and MFJ-935B tuners use an MFJ-19 capacitor while the MFJ-936B tuner uses an MFJ-23 capacitor.  I would run QRP indoors though.   

http://www.mfjenterprises.com/antennatalk6.php

This may be relevant to your interests:  Everyday VHF, UHF, and SHF propagation

For the upper HF bands, you could use the MFJ-19 butterfly capacitor (used by the MFJ-933 and 935B tuners).

I recently built an indoor loop for 30 and 40 meters.  Constructed from 4" aluminum flashing, it's 6 feet wide by 7 feet tall.  My MFJ-936B (containing a MFJ-23) tunes it on 40 meters.  I hope to try it on 30 meters soon.

It's interesting to switch between copper and aluminum when modeling loops in MMANA:  the practical difference appears to be less than you might think.  I'm interested in trying 5/8" aluminum fuel line as a loop conductor now.