While we think the idea of an autonomous auto as a relatively new one, it has been gestating for over four decades. The anatomy of an autonomous auto has been developing since the introduction of an Anti-lock braking system (ABS). While it is normally thought of as an automotive process, the first vehicle to have an antilock braking technology was actually a plane in 1929. Anti-lock brakes work b
When most people think about autonomous autos, the center of focus is usually the steering not nraking. But being able to let the car coast along at a predetermined speed with hands off the wheel. But it can be argued that braking is more important in the autonomy formula. The technology for automatic braking has been around for 45 years now. The Anti-lock Braking Systems (ABS) was introduced by
Technology is especially hard to enforce because legislators frequently have a hard time understanding it. Given its longevity, and propensity for prompt proliferous progress, the automotive industry is of the best acquainted with congressional ignorance. An excellent contemporary illustration is the Apple encryption case. Lawmakers have a fundamental misunderstanding of the crux of that case. R
It is a well documented fact that legislation lags behind automotive technology more often than not. There are many vehicular safety improvements floating around only in the imaginations of engineers. However, because legislators live many years in the past, they have not been able to be implemented. Those on the side of Libertarian values would argue, that it is no place of the (already too large
When General Motors (GM) first announced their alliance with Lyft, many people were not able to extrapolate how that union would yield results in auto autonomy. Now, it seems that they will be in the best position when legislation catches up to technology. None of their competitors have an infrastructure anywhere near advanced as the American auto group’s. But how did GM investing in a ride-sourci
General Motors (GM) is the latest automaker to jump on to the smart mobility bandwagon. The way automakers see it, the incipient industry, is still ripe for vertical integration. That is why GM initiated the process of expressing interest in the emerging market in the first month of this year. It started with a $500 million investment into Lyft. The only ride-sourcing opponent that is even on Ub
The Honda NSX was first released in 1990. That first generation NSX inspired a cult following from generation X. Now, Acura (a part of the Honda Motors family) is releasing a second generation NSX that they hope Generation Y will have a similar reaction to. Aside from the having the same name and brand, not much really links the two generations on a superficial level. They do not even share the sa
The original Honda NSX was supposed to be a Jade of all trades, while simultaneously being a Jack of all tracks. That said, the NSX was rather bi-polar, occupying two extremes of the same sports car category. The first generation; when released; was revolutionary, because it had a uniquely universal allure. It was the first sports car to appeal to the masses, while concurrently pleasing niche die-
General Motors recently invested $500 million into the lesser know ride sourcing competitor to Uber; Lyft. Beyond, the auto group’s apparent move into the ride sourcing business, the union was said to be instigated mostly out of the necessity to establish an infrastructure for the autonomous auto inevitability. Though it went without saying that there would also be some overlaps in terms of ride s
When the Honda NSX was released in 1990, the automaker was taking huge risk. At a time when even F1 racing was removing the nuance from driving; this one of a kind sports car was adding more of it to a production car. Entirely averse to driving distractions; the Honda NSX offered only the essentials of driving (albethem high-end for the era), even before the Ariel Atom made automotive minimalism c
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