Sounds like the keyless entry, DC charging fuses, chain maintenance, and this SOC dependent torque reduction are the possible pain points
Keyless entry is a matter of some units malfunctioning a bit but most don't. If you'd like to avoid it, go with a key
If you need keyless, set up a PIN so the bike is driveable even without a key.
DC charging fuses: The 90 amps fuse should be enough, no clue why it blew for the single person a google search came up with. Theoretically the max amps are at low SOC and could reach 96 amps (27kW/280V worst case scenario) but at that low SOC the charge will be much lower until the battery reaches safe fast charge voltage.
Chain maintenance, what can I say. A belt is also not the bees knees so to speak, I've driven a belt for 6 years and snapped 3 of those. Which are 2 times more expensive than a chain set over here. A good oiler takes away a lot of maintenance leaving you with changing the sprockets and chain every 20-30k depending on driving style and weather.
SOC dependent torque reduction is a feature all EV's have, to spare the battery. Max current is limited by SOC and thus is the max torque limited. Even the LW does that (And my Tesla, and my Zero...) but at a later stage which might affect battery life but who knows.
Just my $0.02, hope it makes the decision easier.