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What I like is it is minimalist simplicity: no computer, your receiver, a pencil and paper, just write it down in groups ( usually 5 ) and decrypt is per yoru chosen procedure. 

 If you want to practice legally, make an audio file,post it herefor your friend or group and its essentially identical to copying the message from your radio receiver.  Would be fun, too.

Something I would add to this tutorial is a simple way to practise the full process. Take a short message, encrypt it using the one-time pad, convert the encrypted letters into Morse, and then have someone decode the signals before reversing the encryption. It makes the difference between encryption and signal transmission much easier to understand. The Morse code converter is handy for checking the letter-to-signal step, especially when practising with longer messages.

What battery chemistry are you planning to pair with your panels ? lifepo4 has pretty much become the standard for field work nowadays due to weight and steady voltage.

Investing in a well-shielded MPPT controller (like a Genasun or Victron) and putting ferrite chokes on the DC lines makes a world of difference if you want to listen or transmit on low power while charging your battery at the same time.

OH8STN's site is definitely the gold standard when it comes to field solar setups for ham radio! His video breakdowns on man-portable power kits saved me a lot of trial and error.

One practical tip I would add for operating HF/VHF with solar in the field: be very careful with cheap PWM solar charge controllers or lower-end MPPTs. Many budget controllers emit massive amounts of RF noise (QRM) across HF bands as soon as they start charging.

One quick detail for anyone planning to attempt this mod: make sure you save your alignment settings or write down the soft-cal menu values before doing a full master reset. Sometimes opening up the wideband transmit can reset factory calibration values on certain firmware revisions.
Thanks again for sharing the exact link for the 818.

You're completely spot on about the board layout differences. The FT-818ND main board has minor revisions around the microprocessor area compared to the older FT-817ND, especially regarding the jumper layout. A friend of ours tried using an old 817 diagram on an 818 a while back and almost bridge-soldered the wrong SMD pads.

Thanks for digging up that link Davys, that's super helpful.