Advertisement
Find a Car
Go!

Tesla Reveals Model S Logs, Says New York Times Writer Fudged Facts

Follow Richard

2012 Tesla Model S

Last week, the New York Times published an article by John Broder detailing his attempt to drive a Tesla Model S from Washington, D.C. to Boston, Massachusetts using Tesla's new quick-charge stations. Mr. Broder reported numerous problems with the car's charging process, and in the end, he claims to have been stranded when the vehicle's battery went dead.

Now, Tesla's CEO Elon Musk -- especially eager to defend his products in the wake of the 2008 Top Gear fiasco -- has released logs from Broder's test car. And the data contained in those logs imply that Broder's report may not have been fully accurate. 


What the New York Times said

Broder noted that Tesla's quick-charge stations in Newark, Delaware and Milford, Connecticut are about 200 miles apart, a distance well within the 265-mile range of the Model S he was driving. He said that he reached the Delaware station with his battery still at half-charge and went to grab a bite while the battery got topped off. Upon his return 49 minutes later, the car's display said "charge complete".

The first sign of problems arose en route to Connecticut, when Broder noticed that his estimated battery range was dropping faster than it should have been. He called a Tesla rep, who gave him advice on how to stretch the battery life, including turning down the climate control and driving slower. 

Broder eventually arrived at the Milford charging station safe and sound -- though chilly, given the lack of heat and sub-freezing temps. After an hour, the Tesla's estimated driving range read 185 miles. Since the day was coming to an end, he decided to spend the night in Groton, Connecticut before heading back to Manhattan, where the Model S needed to be dropped off the following day.

When Broder awoke the next morning, however, his estimated range had plummeted, leaving him short of the mileage he needed to return to Milford for a charge. A Tesla rep suggested that the cold temperatures were causing problems with the battery (it was 10 degrees outside), and arranged for a charge in nearby Norwich.

After an hour in Norwich, Tesla said he was good to go, but Broder claims that the battery hadn't charged enough to reach Milford. Sure enough, in Branford, Connecticut, the car gave up the ghost. Broder had to be towed to Milford so that the car could be charged and he could complete his trip.

Thus explains Broder's headline: "Stalled Out on Tesla's Electric Highway".

What Tesla says

But not so fast. After the Top Gear incident, Tesla began keeping detailed logs on all of its media cars -- a fact that the company hadn't disclosed to journalists. Elon Musk has just released data from Broder's car that contradict the reporter's account. Here are Musk's major points of contention:

  • Although Broder says that the battery was fully charged when he left Delaware, the logs say that it had only reached 90% capacity.
  • When Broder first began worrying about his ability to reach Connecticut, he claims that he set the cruise control at 54 mph. However, the Tesla logs say that he averaged over 60 mph during that time.
  • Tesla claims that Broder actually turned up the heat when he said in his report that he'd turned it down. (This is debatable, since the logs do show that Broder turned down the heat at least twice during his journey.)
  • Tesla says that Broder left the Milford station with only a 72% charge. (That's true -- but then, Broder had waited for an hour, which seems a fair amount of time to pause at a supercharging station.)
  • Tesla admonishes Broder for leaving Norwich with only 32 miles of range for a 61-mile trip. (Though not debatable, Tesla's logic is iffy: Broder said that he'd waited in Norwich for an hour and that the battery range "never reached the number of miles remaining to Milford". So really, how long was the guy supposed to hang around?)
  • En route to Milford, Broder said that he "limped along at about 45 miles per hour", but the logs indicate that he averaged above 50 mph during that leg of the trip.
  • Tesla suggests that Broder's problems en route to Milford were related to his "having driven the car hard and...taking an unplanned detour through downtown Manhattan to give his brother a ride".
  • Perhaps most damningly, Tesla logs show that the battery charge on the Model S never reached 0%, even when Broder says that the car shut down, forcing him to call for a tow truck.


 
Follow Us

 

Have an opinion?

  • Posting indicates you have read this site's Privacy Policy and Terms of Use
  • Notify me when there are more comments
Comments (7)
  1. So I can recharge my electric car for "several hours" or fill my gas tank in a couple minutes? That's my choice here? Great technology, guys. Way to go.
     
    Post Reply
    -2
    Bad stuff?

     
  2. @Damon: Electric cars are not for everyone, including perhaps you. Neither are Corvettes.
     
    Post Reply
    +3
    Bad stuff?

  3. It's the age old conundrum of saving time or saving money (or gas in this case). The Model S is currently the only electric car in the world that can feasibly do a road trip. Except when doing road trips, you never have to wait for your car to charge. It does that while you are at work, sleeping in your bed, or any random place you decide to stop that has an EV charger.
    Data is data. The facts derived from the data are that Broder was not using common sense and didn't follow instructions like he said he did. You do have to plug it in at night, just like a smartphone. Carrying an extension cord is really not a big deal.
    People are also missing the point. This car is an awesome car. The throttle response is positively breathtaking!
     
    Post Reply
    +3
    Bad stuff?

     
  4. Judging from Broder's response (http://wheels.blogs.nytimes.com/2013/02/12/the-charges-are-flying-over-a-test-of-teslas-charging-network/), he understands the importance of plugging in electric cars overnight under normal conditions. However, Broder's test wasn't exactly meant to simulate "normal conditions": "This evaluation was intended to demonstrate its practicality as a 'normal use,' no-compromise car, as Tesla markets it. Now that Tesla is striving to be a mass-market automaker, it cannot realistically expect all 20,000 buyers a year (the Model S sales goal) to be electric-car acolytes who will plug in at every Walmart stop."
     
    Post Reply
    -2
    Bad stuff?

  5. Does every Tesla have a detailed flight recorder -- or just the loaners? That seems like a fair thing but the driver should be made aware of it.
    BTW, if the g'mnt/auto industry/insurance industry/legal industry have their way, all motor vehicles will. Large OTR trucks are already there. Unions will bitch about it.
     
    Post Reply
    Vote
    Bad stuff?

  6. Huh? Why was my comment disabled?
     
    Post Reply
    Vote
    Bad stuff?

  7. I dare say Mr. Broder would not set out on the same trip in a vehicle with a combustion engine after having pumped a buck fifty worth of premium, or heck, even fifteen dollars worth for this "test". Had he taken either approach his delays and frustration, even the temperature of his fingers and fanny would've suffered similarly, if not worse. He would have had to make so many stops that the same trip would be all but pointless. His "report" was similarly pointless.
    There are certain behaviors expected of responsible drivers - no matter what means of energy consumption his vehicle requires. Mr. Broder has yet again allowed his bias to get the better of him. He should be ashamed and should apologize. The NYT should print a retraction ASAP.
     
    Post Reply
    +1
    Bad stuff?

 

Have an opinion?Join the conversation!

Advertisement
Get great deals on the 2012 Tesla Model S!
By clicking above, you agree that your data will be subject to our Car Quotes Privacy Policy
Advertisement
Advertisement

 
© 2013 The Car Connection. All Rights Reserved. The Car Connection is published by High Gear Media. Stock photography by Homestar, LLC. Send us feedback.