Good find, I currently have an aging Pixel 6a (with, regrettably, no headphone jack) but I like Motorola's hardware and their fairly vanilla Android. I may consider a Motorola device, if they provide updates for at least 5 years.
I read standard .epub files with KOReader on my Kobo Aura H2O. It's faster, nicer-looking, and more customizable than the stock reader, and the installation instructions were complete, correct, and easy to follow.
Parachutes give little or no control over where and how the rocket lands, are unreliable (unfurling fabric behaves chaotically; modern spacecraft still don't have 100% reliability on their parachutes), and are surprisingly heavy.
Wings and landing gear are useless extra weight during launch, and excess weight on the booster has a super-linear reduction weight delivered to orbit. (the Tyranny of the Rocket Equation)
During the 1960s, NASA investigated using inflatable Rogallo Wings (basically hang gliders) to land the Gemini capsule. It worked fine, but was more complicated than parachutes, and re-use was not one of the goals of the Gemini or Apollo programs.
None of those give much margin for error on landing. Without any kind of propulsion, there's no option to come to a hover or do another go-around if the landing isn't going well. Space Shuttle pilots had to do extensive training in simulators for the landing because they only got one shot at it during the mission.
Propulsive landing doesn't require any hardware that isn't already on the launch vehicle, only a little excess propellant. (And it is a small amount; Super Heavy is like a soda can that's full of liquid at launch and only has a swig at the bottom during landing.) Propulsive landing gives Falcon 9 and Super Heavy the ability to overcome wind and other weather conditions to make pinpoint landings. Engine throttling gives Super Heavy the ability to hover, so it has a huge margin for error when coming in for a landing.
Super Heavy could have had legs, like Falcon 9, but it has such a huge payload capacity that they can simply choose to always launch with enough propellant to come back to the tower, and it saves a lot of flying weight and complexity by simply not having them. The arms on the tower can be massively overbuilt to ensure however much reliability SpaceX wants.
https://tempest.earth/tempest-home-weather-system/