Numerous ride-hailing cars have open safety recalls, says CR

https://www.autoblog.com/2019/05/21/ride-hailing-cars-open-safety-recalls/

It’s one thing to be alarmed by

the surprising amount of germs to be found in a ride-share car

, but there’s another health and safety aspect to jumping into an

Uber

or a

Lyft

.

As Consumer Reports found out

, a significant number of ride-hailing cars have not had their recall work done.

CR

went through the records of 94,000 vehicles on both coasts, in the NYC and Seattle areas, and found out that one in six Uber or Lyft cars has unaddressed safety defects. The issues include

the notorious Takata recall

as well as fire hazards or sudden power loss, depending of the vehicle. Some vehicles have several open recall tickets simultaneously, as many as eight in one case.

The article notes that the rate of open

recalls

is roughly the same as the estimated rate for all vehicles on the road, and there is no certainty whether any open recall has caused injury to ride-hailing customers or drivers, but while it’s certainly crucial to

repair

a private car that’s not being used for Uber driving, any ride-hailing car should at the very least have the recalls addressed — just like regular taxi cabs. 1,274 of the reviewed vehicles were found to have potentially dangerous

Takata

airbags still fitted.

Consumer Reports

states that neither Uber or Lyft has taken the necessary steps to ensure open recalls are being taken care of — Uber told

CR

it encourages and reminds drivers to get their recall work done, blocking vehicles that have been issued “DO NOT DRIVE” tier

NHTSA

warnings, but

CR

says this accounts for only a thin percentage of all vehicles with open recalls.

CR

also noted that some of the vehicles it checked were older than the accepted age for ride-sharing use.

CR

quotes Jason Levine, executive director for the Center for Auto Safety: “Uber and Lyft have the ability to have zero recalled cars on their platforms at the push of a button. […] They both claim to be technology companies yet refuse to use that technology to take this obvious step to decrease the danger from unrepaired recalls on their drivers and customers.”

In addition,

CR

attempted to access the VINs of Chicago-area

cars to review

their recall statuses, but the City of Chicago denied

CR

‘s request, saying the disclosure of VIN information could cause “competitive harm.” Meanwhile, NYC publishes a list of VINs affiliated to ride-hailing, and King County in Washington had no problem giving up the data.

While it’s not extremely likely that a Uber or Lyft driver would gladly reveal whether their vehicle has an outstanding recall,

CR

recommends that passengers check the VIN via the

myCarfax app

to make sure it’s safe to ride in.

If the companies do not enforce the recalls getting taken care of, it’s only down to the drivers to make sure their vehicles are actually roadworthy — and with pressure from the platforms to keep downtime to the minimum, recalls might not be the first thing on a driver’s mind.

via Autoblog http://bit.ly/1afPJWx

May 21, 2019 at 10:31AM

Stanford students’ robot dog does backflips for (relatively) cheap

https://www.engadget.com/2019/05/20/stanford-doggo-robot/

Robots with dog-like talents are nothing new, but it’s not exactly practical to buy one that can do more than the basics. The new Aibo is cute, for instance, but not very athletic. A group of Stanford students might have a better solution. They’ve created Doggo, a four-legged bot that can dance, backflip, jump and trot without requiring exotic hardware. The mechanical canine is made of readily available supplies that achieve the intended acrobatics at minimal cost — less than $3,000. Instead of using springs to bounce around, it uses force-sensing external motors that continuously determine the levels of force and torque needed for each movement. If the robot’s ever out of position, the motors are ready to counteract.

It’s tiny, but it’s also more powerful than you might think. As it’s both very light and dense, it can jump as high as 3.5 feet in the air.

This isn’t the most sophisticated robot. It requires manual control, and it’s not about to hold the door for you. The relatively affordable off-the-shelf parts make it far more accessible than other projects, though. And more importantly, it’s open source. Anyone with enough engineering know-how could expand on what Doggo offers, whether they want to make a courier robot or a social companion. At the least, this shows that you don’t need a well-funded tech company or a huge research grant to produce an athletic robot of your own.

Source: Stanford

via Engadget http://www.engadget.com

May 20, 2019 at 10:06PM