Jeep may have an issue with the Renegade and is either unaware of it or in denial.
A video shot by Spanish reviewer Pablo González shows a Renegade’s rear end catching serious air during a routine braking test. The video, posted on 77km.com and first noticed by Jalopnik, is alarming — the test vehicle’s front end nosedives, while the rear wheels leave the pavement entirely. (Read More…)
Over the last few years, I’ve had work done on my ’99 Ford F-150 at various places near my work. It seems that when a wear item goes (like ball joints), the mechanic wants to replace absolutely everything in the system — tie rods, pitman arm, trailing arm, etc. Or when the left side brake caliper goes bad, they want to replace the right one, too. Or give me all new hoses when I replace my radiator.
The reason the mechanic gives is always, “Well they are the same age, and if the left one is bad, the right one is not far behind.”
This gets really expensive really quick. Is this worth it? Why do mechanics always want to replace everything in the system, if only one part is bad? Is this strategy only to boost profit? Or is there some truth in their reasoning? (Read More…)
The National Highway Traffic Safety Administration will look further into claims that 2011-2012 F-150 trucks may have a faulty brake vacuum pump on cold starts that caused seven crashes, including one injury, the Detroit News reported.
According to the report, nearly 253,000 trucks are affected by the investigation. Ford has said that it will comply with the investigation and that a recall shouldn’t be necessary for the trucks because the failing vacuum pump will sufficiently notify drivers before braking distance is significantly impacted.
GAADI BULA RAHI HAI? (photo courtesy: www.gaadi.com)
Hello Sanjeev, (oh dear…*facepalm*- SM)
I am writing you from India. I have a Jetta MkV 1.9 TDI with automatic transmission. It has done about 74,000 km. About a month back, I got the the brake fluid replaced as the service adviser suggested it should be replaced once every 60-70k km. After I got the car back, it felt like the brake efficiency had decreased. I was told its normal and after driving for some time it would be okay. Unfortunately, it never improved. (Read More…)
I love your column! Anyway long story short I’m an idiot. When I met my wife she had a 2003 Ford Explorer Sport Trac that was in ROUGH shape inside and out, cosmetically and mechanically. She liked her truck though and it worked for us for a few years. Recently we (I) was tired of it. So I traded it in on a 2006 Ford Fusion SEL V6. It’s a beautiful car, black on black, lots of power and nice ride. I paid $7,200 for it with 108,000 miles.
The problem is, only about 5 months into ownership and 4,000 miles later several issues have revealed themselves. (Read More…)
I’ve had a 2009 Dodge Caliber SRT4 for a few years and it’s coming up to its first all-around brake job at 50,000 miles / 80,000 km (I drive like a granny). I work at a dealership (different brand) but can get parts at a bit of a discount. Still, OEM brakes + pads on this thing are $980+tax Canadian. From what I’ve seen I can get aftermarket ones for a quarter of that. One of the mechanics here suggests I put on OEM pads and aftermarket discs. (Read More…)
I have been a fan of TTAC for a while now. I am motivated to write by the recent responses to towing with a 2005 Odyssey. Two years ago I bought a 2008 Toyota Sienna and a 21 foot (actual total length) travel trailer. The trailer has a GVWR of 3500 lb, which the Sienna is rated to tow with its towing package. I had an independent shop install a fluid-to-air ATF cooler, unfortunately, perhaps, choosing the smallest model as it was recommended for a 3500 lb tow. I was concerned about getting too much cooling in the winter. The van already had an ATF cooler in the radiator. I had them put in an ATF temperature gauge (before the radiator) at the same time. The towed weight of the trailer is several hundred pounds below the GVWR, but it has a front profile that is basically vertical. I have towed the trailer about 20,000 km (yes, I’m in Canada) and done what Toyota calls an ATF change three times. That’s actually a drain the pan and refill with 4 L of ATF, not really a change. Of course, I have no way of knowing how accurate the gauge is, but the highest it’s been on the highway is 220 F on a couple of grades in the BC mountains (Coquihalla highway). The temperature went down as soon as the grade did. It went up to 240 F or so for a few minutes while backing up a steep hill and around a bit of a corner into a storage yard. The van had 38,000 km on it when purchased and is now at 82,000 km.
Enough background. I am writing to ask why it is apparently okay to tow a larger trailer (5000 lb rating) with a Highlander but not a 3500 lb trailer with a Sienna. As far as I can tell, the engine, transmission and weight of the vehicles are basically the same. The internet is rife with posters who advise against towing with a minivan but seem to have no qualms about doing so with a SUV, except the very smallest.
What do you think?
Thanks very much for helping me out with this. I can find no answer to my question on the internet. (Read More…)
Sajeev, I enjoy TTAC and your writing. Okay, I succumbed to the blandishments of you Panther lovers (and to fond memories of my father driving his Fords and Lincolns), and bought a 1996 Lincoln Town Car Cartier. The car has about 143,000 miles on it, all in North Carolina. The previous (2nd) owner was reportedly a little old lady, and because of the condition of the driver’s seat she could not have weighed much more than 90 or 95 pounds. It is well taken care of and straight.
This is the kind of video that might suffice as standalone weekend entertainment. After all, braking a truck with your feet is a pretty demonstrably bad idea. But the lovable nerds at Popular Science just had to take it a step further and work out the physics of trying to halt a truck ala Fred Flintstone, noting
Let’s estimate he can push down with a force about a quarter of his weight. If he weighs 200 pounds, this would result in a force of 50 pounds, or 225 N. We also know that the force of friction (F) between his feet and the asphalt depends on the force with which he pushes down (N) and the “coefficient of kinetic friction”(μ) between the soles of his shoes, which we will assume are made of rubber, and the pavement.
F = μN
The μ between rubber and asphalt varies between 0.5 and 0.8. Let’s assume a value of 0.7. Therefore, solving for stopping distance, we get:
D = ½(2100kg)(18m/s)2/(0.7)(225N) = 2160 meters, or over 1.3 miles!
The situation might be improved if he exerted his full 200 pounds, or 900 Newtons, of force against the ground. In that case:
D = 1/2(2100kg)(18m/s)2/(0.7)(900N) = 540 meters (about a third of a mile)
However, the amount of torque exerted on his ankles and knees might make that a problematic proposition.
Surf on over to PopSci for the entire breakdown (no pun intended).