E93 is a pretty good convertible for whenever! Hardtop is great for daily driver duties, comfy to cruise in, plenty of fun if you want to go a little quick in the twisties... and 8500rpm V8 noise (in the M3).

There is a passable one for Roku.

There’s nothing special about water. As a rule, solids and liquids aren’t compressible. Gases are. Wood has a sort of matrix structure that makes is somewhat “compressible,” but not in the way you’re talking. It’s a macro structural effect, not really a material property. Steel’s bulk modulus is about 80x water’s so…

The mirrors are still the widest part of both Broncos @ 86.2" wide.

Southern VA to GA (through NC and SC) is all 2 lane.

https://murileemartin.com/wordpress/?p=1777

You’re looking at $1800 for an aftermarket and $2400 for an OEM direct fit cat for a 2018-21 Accord right now, plus parts and labor to fix whatever the rest of your exhaust they hacked up.

Fall is here

Your brother/friend’s truck.

Renault and Polestar going at it over the similarities of their logos

“The beam in 2016 was certainly a fracture rather than an outright crack”

Wrong BMW. You need an 8500RPM V8. It’ll last a year:

Wrong BMW. What you need is an 8500RPM V8. It’ll last a year:

I’ve had them charge me a dollar for a handful of bolts or fasteners or little trim pieces, but usually they just tell me to take it when I show them. Most junkyards here charge $2/person to get in and look around anyways.

How has no one suggested a C4? $6k-$8k will get you a manual convertible with around 100k on the clock - depending on how long your commute is this should be decently reliable. And it’s totally rad!

That’s titanium you’d be needing, not tungsten.

eBay must be mad at you, the interior is mint! Brown over mustard is a great combo on this car.  This one looks really well taken care of, but definitely knowing some history would be good... or being ready to do a full rebuild or engine swap.

Buy this instead:

I’m sure they thought of that haha.  Plenty of novel materials that could conduct heat away from the cells pretty well (like graphene), or they could leave whatever gaps they need - even if they leave 3% free space for cooling they have the potential for 6.5% higher energy density.