As a handymen I have to fit a good many things. Accordingly, I am well-placed to comment on how the designers of various things patently never have to fit them or they would realise what a bad design job they did.
Some notable things include—
1) various types of back-to-the-wall toilets, bidets, etc where you cannot check after they are fitted that there are no leaks because by fitting them you have covered your only means of getting round the back to check.
2) many light fittings which you find will need to be fitted by people who have three hands or ideally four. For example you make an electrical connection usually by poking a wire into a connector block …so one hand needs to hold the wire and another the screwdriver. In this instance, one more hand is usually required to support the weight of the light fitting (which is not yet attached to the ceiling) and another hand to steady yourself at the top of your step ladder.
3) also with light fittings many require the final fixing to be done with two stupid little screws which come in from the sides. So the same as above applies with the need for three hands and the additional joy of trying to screw horizontally with the ceiling in the way.
4) door knobs (as opposed to levers) with the screw holes around the fixing rim. The supplied screws are usually slotted but due the the relative size of the knob it requires either the screws to go in at an angle (which looks a mess) or the screwdriver to offered to the screws at an angle so they can’t actually be done up easily at all. Additionally, there will usually be a latch of some kind under the surface of the door where you are fitting the knob so having the usual three screw holes will make it very hard to position the knob in such a way as to avoid penetrating the latch with a screw.
Nb. door knobs are regularly fitted by people who don’t care about their knuckles being banged into the door frame as they shut the door while still holding the knob.
5) flatpack furniture irritates me where you can only turn a machine screw using the supplied allen key about a sixth of a turn at a time due the dubious location of the fixing. Hence doing it up to fully tight, takes about a hundred insertions of the allen key, tiny twist, then reinsertion ..ad infinitum.
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