If it cant survive freezing then they have a serious problem. These guys aren't dummies. Surely they thought of freezing conditions when they designed these things. Think of all of the other day to day devices that work in freezing temperatures.
BNEAT,
I wouldn't be too sure about other devices having extreme environmental operating ranges. i.e.
iPhone 6 Environmental Requirements

Operating ambient temperature: 32° to 95° F (0° to 35° C)

Nonoperating temperature: -4° to 113° F (-20° to 45° C)

Relative humidity: 5% to 95% noncondensing

Operating altitude: tested up to 10,000 feet (3000 m)
Not as extreme as you might think for something that gets most of its use in the field or going between the great outdoors and your living room.
For what it is worth here it has been cooling off here in Utah and I keep my thermostat set at seventy two. I don't care to put my VF in the freezer I am too concerned about the unit going below the condensation dew point when removed from the cooler usually not a good thing for most electronics. In this case I would be more concerned about the display because I think the circuit board has a conformal coating.
Actually what I started out to say before loosing my "Train"... I have noticed on mine that when it has sent on the end table for a time when I pick it up it feels cool to the touch and the resistance reads 0.19 ohms. When I have been holding it and it is pretty much at body temp it reads 0.18 ohms. No idea why that is so but I will agree with most it is the exact opposite of what I would expect. My example is not very extreme but non the less crazy results.