Hehe. I fly power planes, helicopters and sailplanes. I have thousands of landings without an engine. And that's why I know there are other options than simply heading for the nearest highway. Thx.
"On the Internet, know one knows if you're a dog." Easy enough to claim expertise on an anonymous account.
There are *occasionally* other options. Not always, though. Over a third of homebuilt accidents involving aircraft power failure occur on the initial climb; over half occur within the pattern. Some airports are still in the country, but many of the most-active are in populated areas.
Take this photo. The Cardinal lost its engine taking off to the south at my home airport, about 30 years ago. Picked a pretty good field. Today, though, that very spot has a daycare, surrounded my strip malls, a grocery store, a Lowe's and several high-rise apartments. No good choices...and it's where I fly from, now. I've mentally designated a few places to try set down if I lose an engine, but I *don't* fly a high L/D airplane. If my engine quits, I throw out a brick and fly formation with it.
The other factor to consider is the relative fatality rate of the attempt to land on a road after an engine failure. As I posted earlier, there was one ground fatality out of 50 forced landings to a road...out of 1,800 homebuilt accidents over a ten year period. That's a rate of about 0.05% of the total accidents.
Coincidentally, in 2019, there were about 1,700 aircraft accidents of ALL types. Homebuilts comprised about 10% of the total, but if we use the full rate of 0.05% for the overall fleet, we're STILL looking at maybe one fatality due to an aircraft in a loss-of-power situation landing on a road.
In contrast, there were about
6,200 pedestrians who died after being hit by cars that year.
Seems to me that people would be better served if you spent your efforts trying to reduce the pedestrian slaughter.
Ron Wanttaja