oh, well ok thanks for that SA4MDM.
I repair electronics from shipping damages every day. The box doesn't even have to be compromised, a drop on a flat side is enough to cause hair line cracks in PCBs, and those often cause a ripped internal trace months or even years later, due to thermal expansion when the device is turned on, or the PCB soaking up humidity over time and related bending, or just another random bump.
Repairing those ripped pads and traces is a niche skill. These PCBs have up to 14 layers of traces. It needs a strong microscope and very fine soldering skills, to restore them.
Most customers don't understand this cause, they just show up with a nonworking device and ask for a repair.
Especially devices with daughter-boards show this problem due to the increased impact leverage on the connector and the part of the PCB that sits in the connector.
Hence any shipping box of a heavy electronic device, that actually shows damage, is a red flag, no matter what. The assumption that the device will be fine if there is no visible impact on the case of the device, is entirety false. The internals are much more fragile than the metal or plastic case around it.
For example. the shown repair of a cracked PCB on a graphics card costs $300 - $400, and only makes sense for newer high-end models with a MSRP of $1000 to $8000. In this field we do have most schematics. Good luck finding somebody willing to repair a rare radio from Kenwood without schematics. So even if I would accept the first delivery with damages to the box and the assumption that I can repair it down the road if needed, is highly questionable without schematics.