1980 pulled over for roadside inspection
http://www.zerohedge.com/news/2016-0...cow-flatulence
By the way, humans in our state are seven times greater than our bovine friends. It is only a matter of time before they regulate bean consumption.
Just had to respond . Bill





If your cars emissions are out of wack or just too high you get a nasty letter from the State which then gives you a couple weeks to repair it or loose your license plates.
This does not only apply to cars from Virginia but any car on any Virginia highway. I have seen one unit on a on-ramp to the beltway around Washington D.C., this one was unattended as most are to not draw attention to the equipment.
They have multiple cameras and are set up on both sides of the road so they can get a good picture of your license. Big brother is getting serious and is using some high tech toys to help them.





I'm a LEO.
-- Joe
The Best of Corvette for Corvette Enthusiasts
So the smog pump and pulley you can get from willcox, rock auto, ebay etc and is easy to find. The diverter valve is a hell of a lot harder, in fact I haven't been able to find any information anywhere really. Fairly straightforward setup in that there is a larger (3/4"?) tube that you need to run to the exhaust in some way. Factory exhaust manifolds have a port on each cylinder, but you can add in a port anywhere just above the cat. It is actuated by a small vacuum line from the carb, from my understanding a sudden loss of vacuum will kill the pump (carb runs rich at WOT, and adding air to the exhaust makes a muffler bomb). I think it also does like a pressure releif at a couple PSI. Again no idea where you get these parts.
EGR is also fairly simple. There is an EGR port on your carb, run that to a temp switch (water neck or a seperate tapped hole in the manifold) and from there to the EGR valve. Need another port on the exhaust to pull air up into the manifold.
Charcoal cannister is a bit tricky to figure out the hoses for. There are diagrams of how the vacuum accessories work, diagrams of the emissions lines, but few that put it all together, especially when running the wrong carb / aftermarket parts. Best bet is to try to figure out how all the parts work instead of relying on a schematic.
Part that has me a little stumped, so the TH350 has two vacuum actuations which seems wasteful. The first is the vaccuum kickdown which is to manifold, the second is the vacuum lockup switch, which goes to ported? I can't seem to get a straight answer on that one. Currently its patched in to one of the cannisters lines and goes up to a manifold port on the carb but I think that's wrong.

In Ontario, they did away with the tail pipe sniffer on our emmissions test and now just plug into the OBDII plug and scan the vehicles computer to measure everything.
Last edited by gdh; Oct 12, 2016 at 07:49 AM.
Yes, my truck uses DEF ("GoGo Juice"). The purpose of the DEF is to reduce NOx emissions, a weakness of diesel engines with respect to emissions discharge. The DEF has nothing to do with the 'black smoke'.
The particulate catchers do remove the 'black smoke' They go through a "burn off" period every couple hundred of miles that uses fuel and engine timing to greatly increase the exhaust temperature and empty the box of accumulated particulates. During the "burn off", I notice a decrease in fuel efficiency for the 10 or 15 minutes it takes to clean the exhaust filter.
As far as the computer curtailing speed, that is only for low DEF I believe. It is pretty difficult to run out of DEF...there are several warnings along the way letting you know you are running low. And they intentionally make the tank 5 gallons so you can simply add a $10 2.5 gallon bottle any time the tank gets under 1/2 full. I generally get a box of DEF when I change the oil...every 5,000 miles. Not a big deal.
As far as mileage, I get over 20 MPG with my truck on the interstate. I get 17 MPG around town. I get ABOUT THE SAME MILEAGE when I'm towing a loaded-to-capacity 10,000# trailer on the interstate, believe it or not. I get over 16 MPG when towing my 7,500# 30' long travel trailer. All those numbers are significantly better than my brother's 2005 F350 6.0L Diesel. They are also much better than ANY gasoline truck of even the 1/2 ton variety.
As far as cost, my brother just got done with a $10,500 "bulletproofing" job on his 6.0L Ford. My 6.7L engine does not have NEARLY the same number/type of weaknesses as that engine. Only time will tell, but I believe the newer engines are 'better' (more durable) than the older engines across the board, for all manufacturers.
Lastly, the most powerful "pre-2007" 6.0L Ford engine was 325 hp and 570 ft-lbs of torque. My 2012 has 400 hp and 800 ft-lbs of torque. The new Fords have 440 hp and a staggering 925 ft-lbs of torque. That last number, by the way, is exceedingly close to your normal run-of-the-mill Freightliner big rig.
The same people who are purchasing pre-2007 trucks are probably the same folks that ran out and bought their local hardware store out of incandescent light bulbs. I'm not a huge fan of regulation, but I don't see any part of the diesel equation that has made the newer trucks "worse" and the older trucks "better".
Just had to clarify the point.
Last edited by keithinspace; Oct 12, 2016 at 10:41 AM.
Yes, my truck uses DEF ("GoGo Juice"). The purpose of the DEF is to reduce NOx emissions, a weakness of diesel engines with respect to emissions discharge. The DEF has nothing to do with the 'black smoke'.
The particulate catchers do remove the 'black smoke' They go through a "burn off" period every couple hundred of miles that uses fuel and engine timing to greatly increase the exhaust temperature and empty the box of accumulated particulates. During the "burn off", I notice a decrease in fuel efficiency for the 10 or 15 minutes it takes to clean the exhaust filter.
As far as the computer curtailing speed, that is only for low DEF I believe. It is pretty difficult to run out of DEF...there are several warnings along the way letting you know you are running low. And they intentionally make the tank 5 gallons so you can simply add a $10 2.5 gallon bottle any time the tank gets under 1/2 full. I generally get a box of DEF when I change the oil...every 5,000 miles. Not a big deal.
As far as mileage, I get over 20 MPG with my truck on the interstate. I get 17 MPG around town. I get ABOUT THE SAME MILEAGE when I'm towing a loaded-to-capacity 10,000# trailer on the interstate, believe it or not. I get over 16 MPG when towing my 7,500# 30' long travel trailer. All those numbers are significantly better than my brother's 2005 F350 6.0L Diesel. They are also much better than ANY gasoline truck of even the 1/2 ton variety.
As far as cost, my brother just got done with a $10,500 "bulletproofing" job on his 6.0L Ford. My 6.7L engine does not have NEARLY the same number/type of weaknesses as that engine. Only time will tell, but I believe the newer engines are 'better' (more durable) than the older engines across the board, for all manufacturers.
Lastly, the most powerful "pre-2007" 6.0L Ford engine was 325 hp and 570 ft-lbs of torque. My 2012 has 400 hp and 800 ft-lbs of torque. The new Fords have 440 hp and a staggering 925 ft-lbs of torque. That last number, by the way, is exceedingly close to your normal run-of-the-mill Freightliner big rig.
The same people who are purchasing pre-2007 trucks are probably the same folks that ran out and bought their local hardware store out of incandescent light bulbs. I'm not a huge fan of regulation, but I don't see any part of the diesel equation that has made the newer trucks "worse" and the older trucks "better".
Just had to clarify the point.
When you have a fleet of vehicles that you use commercially, and not only has your purchase costs gone up but your repair expenses, you might feel differently.
The 6.0s were epic turds though. I had more problems with those trucks than anything else.
The Duramax trucks have been pretty good from 2003 or so onward. The newer ones are somewhat cost prohibitive, mainly due to emissions compliance.
Emissions compliance have had a huge economic impact on the automotive industry as a whole. The R&D costs to maintain compliance is absurd. We all pay for that, just to make the regulators feel good.
-- Joe





I can't say that there was a particular problem with the Cummins engine but for it being particularly loud. I could hear him coming a half mile away.
From a fleet perspective, I can understand there being an incremental increase in the cost of comprehensive maintenance. But from the same perspective, you don't run out and find every pre-2007 truck you can to add to your fleet...you'd get eaten alive on maintenance.
What is absolutely undeniable is the immense amount of power they're pulling out of these engines despite the emissions. Perhaps "better" is in the eye of the beholder, but it's the same as saying pre-catalytic converter cars are "better" and "don't have nearly as high of emissions related costs" as post-catalytic converter cars. True or not, the ship has sailed, and is now over 40 years in the sunset. Just as it now has with diesels.
BTW, my truck...RIGHT NOW...TODAY...is at the dealership having a new EGR Cooler installed because the original one clogged all to hell and gave me the dreaded "P0401" code. Has to do with a warping of the door leading to the EGR cooler. letting cool exhaust into the cooler core. My truck has 37,150 miles on it. So...yes, I absolutely concede that emissions crap leads to stupid, retarded, unnecessary expenses.
But I don't love my truck any less. And I don't "wish" for a pre-2007 truck. Just like I don't wish to own a bunch of pre-1975 vehicles just to stay away from having cats on my cars. Just have to roll with the punches.
Last edited by keithinspace; Oct 12, 2016 at 11:12 AM.












