Keyless Entry Power Seats Limited Slip Rear Diff 6 Speed Manual Ice Cold A/c on 2040-cars
Jackson, Mississippi, United States
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2002 CHEVROLET SILVERADO 3500HD LS
WATCH THE VIDEO IN 720 HIGH DEF! WATCH TO THE END FOR A TEST DRIVE! If you're looking for the perfect truck to take you deep into the woods or to the business meeting, look no further than this '02 Silverado 3500HD LS. It's powered by the legendary 6.6l Duramax diesel engine with the hard-to-find ZF 6-speed manual transmission. The Z82 trailer towing package
will let you tow the biggest of campers or trailers without breaking a
sweat plus it has the Z85 suspension package to give you the right stance
and ride while doing it. It has the G80 limited slip differential rear so you can rest assured that it will get the job done as
well off road as it does on the highway. Best of all, it runs perfect
and has NO RUST. Editor's Note: In this article we will only look at the Duramax and its powertrain. At the time of this first drive the 2001 GM Heavy Duty trucks were 95% of the way through their design cycle. Some items on the trucks may yet be changed or modified. We do not yet have firm information related to pricing, warranties, etc. When GM issues announcements about these we will bring them to you ASAP. Forum questions are answered in the right hand column. The Battle Lines Have Been Drawn Since 1993 General Motors and its troops have been fighting a losing battle at the heavy duty end of the pickup truck market. Left without adequate artillery to assault the Dodge and Ford positions, the General has had to make due with increasingly smaller pieces of the high ground where manufacturers battle it out for the bragging rights to claim who's truck is most powerful. The reason: underpowered and underperforming diesel engines. Send word to the front because all that is about to change. The Duramax engine drives great! Those Who Forget History... GM drew upon lessons learned from the redesigned 1994 Dodge Ram and 1996 Ford F-150 to create the latest generation award-winning Silverado and Sierra twins that debuted as 1999 models but something had been definitely missing. Both the Dodge and Ford trucks offered powerful, next generation diesel engines which the GM models have lacked. In 1989 Dodge went to its ally Cummins Diesel for help in creating a powerful diesel engine offering. It found it in the form of Cummins's strong and venerable inline six cylinder diesel that generated more torque than Ford or GM (400 lb. ft. vs. GM's 246 and Ford's 345 at the time of its debut). Combined with the latest generation Ram, sales have rocketed to just over 30% of the heavy duty diesel market. Ford found an ally in big-rig maker Navistar and introduced a new generation of Power Stroke diesel engines in 1999 on its SuperDuty lineup of pickups. The Power Stroke was more fuel efficient and quieter than previous generations of Ford produced diesel engines. Ford has seen its share of the heavy duty market balloon to over 60%. General Motors has been struggling on its own while watching its diesel engine market share fall from 20% back in 1994 to under 10% today. GM has not had a new diesel engine to match the caliber of these fine Ford and Dodge engines since at least 1994. Six years ago General Motors introduced its in-house developed 6.5L diesel, and before that the last new GM diesel was the 6.2L way back in 1982 when it was sent to the frontlines. Well, GM has learned from its own history, and the history of others, and is determined not to repeat it. This time around GM has chosen Isuzu Motors and Allison Transmissions as its allies in the heavy duty truck wars and to that end it has created, or should we say located, its latest diesel engine - the 6.6L Duramax 6600. GM's own Bruce Aileio states that, "Globally Isuzu is recognized as the premier diesel engine design company worldwide." The Great Debate - Maybe Sure to be a point of contention for some heavy duty buyers is the Japanese origins of the Isuzu designed Duramax engine, but consider the following. The Duramax will be built and assembled in Moraine, Ohio at a joint GM / Isuzu facility known as Duramax Ltd. The Duramax uses Bosch fuel injectors of German manufacturing origin. The Allison transmission most Heavy Dutys will probably come with is from an American company and subsidiary of GM. The Allison team worked very closely with Isuzu during all stages of development even going so far as to fly Allison employees to Japan weekly for team meetings and engineering sessions. We consider the Duramax to be a truly global diesel engine and after driving it we believe that folks are going to judge this diesel based on its class leading merits and not on issues related to engine origin. If GM claims hold true, people who do judge this engine and dismiss it because of its design heritage do so at the peril of possibly missing out on an engine with very real economic benefits for those who use heavy duty trucks at work every day. An Aerial View of the Duramax We won't go into all the gory detail here about the 2001 Heavy Duty pickups and Duramax diesel. You can find our first look at the truck and its specifications from our previous coverage of the Duramax introduction. At a high level the new Duramax is rated at a best-in-class 300 horsepower and 520 ft. lb. of torque. The optional Allison automatic transmission is rated at up to 545 ft. lb. of torque and 375 horsepower. A six speed manual is standard. About their transmission Allison says, "Get All The Power You Pay For." General Motors claims the Duramax has best in class fuel economy but official CAFE figures have not yet been released. Informal measurements show gas mileage to be up to 2 mpg plus over competitors' engines. Lifetime durability is also claimed to be class leading with overall engine life expected to be well over 200,000 miles and 50,000 miles between transmission fluid changes. Driven to Win Enough strategic overview and history lessons. On to the drive. GM offered us five trucks to choose from during our test drive, which are listed on the right-hand side of this page. Three GM Duramax equipped Heavy Dutys, one Dodge Cummins and one Ford Power Stroke. The Dodge and Ford trucks were paired with similarly configured GM trucks for the sake of comparison. Unfortunately we never had the chance to drive the Dodge Ram Cummins or its similarly equipped GMC Sierra Duramax counterpart. We left the hotel where we stayed in Phoenix for the first of three 10 mile driving segments to a destination near the Salt River Recreation area in Arizona. It seemed to us that General Motors set the tests up as fair as possible during the entire time, though there were some significant differences in truck setups between 'evenly matched' vehicles. These differences are described below. Though supervised on the outbound portion with GM subject matter experts we were always in the driver's seat. We wanted to find our for ourselves with as little intervention as possible which truck would win this preliminary heavy duty shootout. First Driving Segment - Level Road, City and Freeway Conditions For the first segment we chose truck #5, the Ford F-350 Crew Cab 4x4 with its 7.3L Power Stroke, to help set a baseline. For the purposes of the test the Ford was setup to tow its maximum payload which was a GCWR of 20,000 pounds. The GCWR was simulated by towing a trailer loaded with sand bags for weight and a large Plexiglas wind screen to simulate the aerodynamic drag of say a horse trailer. When you first start the Power Stroke you note its a loud engine, distinctly diesel in tone. On the outside this was very apparent. Inside the cabin the sound is slightly quieter but always omnipresent. Stepping on the gas during a standing start cut the conversation to nil until we got to cruising speeds. Stepping on the gas at speed also created a significant amount of engine clatter. The Ford took its time getting up to speed with its max payload. Stepping on the gas yielded some significant sound and fury but slow and steady progress relative to say a lightly loaded truck. To be expected of course, we know, but somehow you are left wanting for more performance. Some of this had to do with the relatively tall 4.10 axle ratio. Nice for quick accelerations. You could feel the momentum of the payload behind you every tick of the speedometer upwards. Something we became acutely aware of as we got used to the heavy load. At in-town speeds the truck felt good at 40-45mph. Quite comfortable to drive and change lanes. At stop lights though you quickly learned to add an extra hundred or so feet during braking maneuvers. Nobody likes to have a 20,000 pound Ford F-350 tap their rear bumper. The electric brakes proved to be pretty touchy - seemingly binary in operation (on or off with no in-between). Entering the onramp of the freeway at about 15 mph from a left turn we quickly got up to highway speeds. On the freeway the Ford again handled well and had little difficulty in passing slower moving traffic. We kept the truck in overdrive on the freeway and in drive on the surface streets of Phoenix. Overall the F-350 seemed to be quite a capable hauler. Second Driving Segment - Slight Incline, Two Lane Highway Conditions During a quick ten minute pit stop we changed into truck #4, a Heavy Duty GMC Sierra 3500 Crew Cab configured simliarly to the F-350. The GMC Sierra was not at its maximum GCWR payload limit and unlike the F-350 the GMC HD was a two wheel drive truck with a 3.73 axle ratio. Wow. There is a big difference here ladies and gentlemen. The noise level of the Duramax while standing on the outside is something to marvel at. The Sierra was quieter than the F-350 but the biggest difference was between the Cummins and Duramax. It's just plain uncomfortable to stand near the Cummins too long at idle. While parked we can claim to have accidentally tried to start the GMC Sierra when its engine was already idling - that's how quiet it was at rest. The Duramax seemed to get up to highway speeds from a standing start much faster and significantly quieter than the Ford F-350 even with the smaller 3.73 axle ratio. Low end torque was always present. At 55 mph the Duramax had plenty of horsepower left in it at a touch of the pedal. Though we didn't get to try it out as much as we would have liked, the tow/haul mode made things very pleasant while braking. No switching between drive or overdrive was necessary because the Allison transmission's ability to seemingly figure out the mass and momentum of the Sierra was as uncanny as GM described it. Upon touching the brakes for several seconds to slow down the tow/haul mode automatically downshifted to help control the deceleration. This was braking on a fairly level surface though. Others who tested the truck got a glimpse at the braking under more severe hilly conditions where it also seemed to excel. We also didn't personally get to run the Ford F-350 and GMC Sierra HD side by side but were witness to several competitions between the two vehicles driven by other journalists. From a standing start on flat and uphill roads the Duramax beat the Power Stroke no questions asked. Every time. At highway speeds of 50 mph and side by side, the Duramax also handily pulled away from the Power Stroke each time. They were both quite dramatic presentations to help back the claims of General Motors. This you almost have to see to believe. Third Driving Segment - Hilly, Two Lane Highway Conditions For the third and final segment of our drive we chose truck #1, an unloaded GMC Heavy Duty 2500, 4 wheel drive, four door extended cab. We wound up calling this truck the hot rod. We took off in this sweet black number. After previously driving two 20,000 pound DRW behemoths in the first two segments of the drive this SRW Heavy Duty was just begging to be driven - hard. We were able to quickly prove that GM did indeed have a fuel cutoff on the engine to limit truck speed to around 95 mph on our truck. Our apologies to the crew of GM's escort van that had been leading all of the trucks on our merry journey into diesel land. Good thing PickupTruck.Com folks know how to read a map and the GM folks had been kind enough to give us good directions to the last stop on our outbound journey. If ever you were in the market for a light duty diesel truck to do your daily commuting in, this would be the truck. The engine had great response and gobs of torque and power without any payload. The interior was almost as quiet as a gasoline engine's interior at every speed except when totally mashing on the accelerator. The Sierra's ride was very comfortable for an unloaded 4x4. In fact we thought it more comfortable than the 4x4 3/4-ton Silverado we had driven the day before in Los Angeles which was very similarly equipped but for its gasoline engine. Coming Back from the Frontlines After everyone rallied at the edge of the Salt River we were allowed to pair off and select a Heavy Duty to drive back in without any GM chaperones. We missed out on getting the black hot rod again - which we had hoped to take off-road - and got back into the red dually we had driven during the second drive segment. Before we left we were able to lose the trailer and its heavy load. Driving the large Sierra back was pretty pleasant. The engine had lots of spare power now that it was free of the trailer. Even though it was a two wheel drive truck, we did manage to take it off-road a little to get some good photos and video, which you will see in the coming weeks. After such an exciting day at the frontlines a passenger even fell asleep in the truck - further proof of the quiet interior resulting from the Duramax's low NVH levels. Aside from running into an apparent swarm of killer bees just before we got back to the hotel (honest, we swear - the swarm looked like a small black cloud) the drive to the hotel was low key. Nothing like having a Heavy Duty when facing those nasty little buggers. Summing it All Up In summary, GM appears to have taken the lead, if only momentarily, in the heavy duty truck wars. The new Duramax from Isuzu, Allison and GM is going to send shockwaves throughout the truck marketplace. GM is sure to gain much of the ground it has given up while fighting alone now that it has teamed up with such capable allies as Isuzu and Allison. The new Heavy Duty trucks may even help Chevrolet once again capture the number one sales position from Ford in the pickup truck marketplace if the others are sleeping behind their walls. Now the fine print... We
understand you are buying online, but with us you are not buying blind!
We handwrite every single description. We provide 24+ high resolution
pictures & we inspect and photo what you see and what you can't see.
We'll also be glad to email you detailed, closeup pictures of any area
you'd like to see more of. People ask us all the time what is the catch
to our vehicles. They assume that the prices are low because there is
something wrong with them. Nothing could be further from the truth! Our
secret is simple...LOW OVERHEAD. We are an internet-only dealer. We do
not maintain regular office hours or a large sales facility. We simply
have a Mississippi bonded dealer's license, a storage lot, and a
computer. Since we don't have dozens of mechanics, helpers, salesmen,
secretaries, etc. on our payroll; we are able to sell at greatly reduced
prices. We've put this vehicle through our EXTENSIVE inspection process & can report it has a great ride & drive! We do our best to let you know of any/all issues we can find on these vehicles since you're buying sight-unseen. The power mirrors do not work. We'll try to fix them, but bid assuming they do not work. WATCH THE VIDEO. If you have any specific questions then don't hesitate to call us email us. Please understand we do our best to describe, in detail, every vehicle we offer to the Ebay public. However, if you have any hesitation during the bidding period, please obtain a Buyer's Inspection PRIOR TO PLACING YOUR BID to satisfy yourself. After the auction ends, understand you are the legal winning bidder of this auction and agree to all our Terms and Conditions. Be
sure and take a look at the book values on this vehicle (or any other
we have for sale) before you bid. We stopped offering a built-in BuyIt
Now option due to ebay's policy of letting anyone with an email address
register a username. We had half a dozen de@dbe@t
bidders in a row hit the BIN with no intention of paying. We do have a
BuyIt Now price so give us a call if you're interested. Make sure you
call us for more information on this vehicle. As always though, our
reserve is THOUSANDS less than NADA value so bid early & bid often
so you don't miss out!
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Chevrolet Silverado 3500 for Sale
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08 silverado 3500 lt2 4wd diesel 4dr flatbed loaded leather xnice txtruck!(US $19,995.00)
2009 chevrolet silverado 3500hd 4x4 crew cab 6.6l duramax allison tx one owner(US $19,450.00)
Turbo-diesel 4x4!!!!!!!!!......no reserve!!!!!!!!!!!!......needs tlc
2002 duramax diesel, chevy silverado 3500 extcab 4x4 10' dump plow
Chevrolet 3500 dually hd 4x4 diesel(US $57,000.00)
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Auto blog
Chevy's 6.6-liter Duramax is pretty much all new
Thu, Sep 29 2016To say there's a heated battle in heavy-duty pickups is an understatement, with Chevrolet, Ford, and Ram constantly trading blows of increased torque, horsepower, and towing capacity. The latest salvo is the revised, more powerful turbo diesel 6.6-liter Duramax V8 in the 2017 Chevy Silverado. It has 910 pound-feet of torque, an increase of 145, putting it nearly level with the Ford Super Duty. Here's a closer look at where those gains come from. How exactly did Chevrolet add all that torque plus 48 horsepower? The automaker essentially took a fine-tooth comb to the entire engine. Chevy says it changed 90 percent of the V8, and the cumulative effect of those small changes adds up to big increases. As you might guess, the turbocharger is updated. The larger unit features electric actuation of the variable nozzle turbine (VNT), and what Chevy calls a double axle cartridge mechanism that separates the VNT moving parts from the housing. That helps with heat performance as well, with a claim that the exhaust side of the turbo can run continuously up to 1,436 degrees Fahrenheit. Helping that cause are six exhaust gaskets made of Inconel - an nickel alloy that contains chromium and iron – and upgraded stainless steel for the exhaust manifold. Despite having the same cast iron cylinder block, albeit with some minor enhancements, the engine has new cylinder heads, pistons, piston pins, connecting rods, and crankshaft, which have all been upgraded to handle 20 percent higher cylinder pressures. Alongside the increase in pressure, Chevrolet also increased the cylinder head's structure with a honeycomb design. The pattern features high-strength aluminum with dual layer water jackets that not only improve strength, but also optimize water flow for better cooling. For 2017, the cylinder head also benefits from integrated plenum that aids the engine in getting more air under heavy loads. The cylinder head isn't the only component to get a minor update, as the pistons have a larger diameter pin for improved oil flow. The same detailed improvements has been bestowed to the humble connecting rods (second in our hearts only to the inanimate carbon rod). The new design has the bolts oriented roughly 45-degrees to the rod instead of parallel. The angle split design, as it's called allows for easier passage through the cylinder.
Dodge Challenger SRT Hellcat vs. Chevrolet Camaro ZL1 in latest Head 2 Head
Fri, Jan 30 2015"Olympian" is one of the terms we use to signify the greatest height, the seat of the gods. Yet Mt. Olympus is the second-highest peak in the Balkans ranges, overshadowed by the crest at Musala in Bulgaria's Rila mountains. Both great heights, but one is a little higher. That's how we get the Olympian Chevy Camaro ZL1 pitched at the Musalic Dodge Challenger SRT Hellcat in Motor Trend's latest episode of Head 2 Head. The side-by-side spec sheet is filled with farcical numbers. For the ZL1, that's a 6.2-liter V8 with 580 horsepower, 556 pound-feet of torque, a 4,051-pound curb weight, 0-to-60 miles per hour in 3.9 seconds, a quarter-mile time of 12.2 seconds and a base price of just $57,800. Opposing that, the Hellcat wrings out its 6.2-liter V8 for 707 hp, 650 lb-ft of torque, weighs 4,449 pounds, does the quarter in 11.7 seconds and has a base price of just $60,990. Except in the case of the Hellcat, when Motor Trend put it on the dyno the machine spit out a reading of 672 hp and 606 lb-ft at the wheels. If there's a 10-percent driveline loss through those beefed-up internals and heavy-duty eight-speed transmission, that means the Hellcat is actually rated at about 750 horsepower and 700 lb-ft. But once they get put on a closed-off strip of coast road in Northern California, there are only a few strands of hair between their respective performances. That's not the case for they sensations provide; host Jonny Lieberman calls one of them, "One of the most incredible cars ever made," and says, "It changes everything." Watch the video above to see who got the verdict and how. Related Video:
GM recalls trucks and SUVs for brake pedal problem
Thu, Feb 11 2016The Basics: General Motors will recall over 473,000 North American examples of the 2015-2016 Chevrolet Silverado HD, GMC Sierra HD, and police pursuit versions of the Chevy Tahoe. These include 426,573 vehicles in the US and 46,837 in Canada, according to Reuters. The Problem: The brake pivot nut can loosen over time, which can render the pedal inoperative. This would be a danger to drivers trying to stop the vehicles. In some cases, the "Service Engine Soon" light might come on. Injuries/Deaths: None reported. The Fix: Dealers will inspect the pivot bolt, and if necessary they will apply adhesive to it and reinstall the part with increased torque. If You Own One: "We expect to start customer notifications shortly," GM spokesperson Tom Wilkinson told Autoblog. Related Video: Transport Canada Recall # 2016053 Recall Date 2016/02/04 Notification Type Safety Mfr System Brakes Manufacturer Recall Number 20760 Units Affected The number of vehicles or components affected by the recall. 46,837 Category Light Truck & Van, SUV Recall Details On certain Heavy Duty and Police Pursuit vehicles, the brake pedal pivot nut may become loose, causing the brake pedal to be loose or inoperative. If the brake pedal becomes loose or inoperative, it could interfere with the accelerator pedal, and/or the driver may be unable to safely stop the vehicle through application of the brake pedal, potentially affecting stopping distances and increasing the risk of a crash causing injury and/or damage to property. Correction: Dealers will inspect the pivot bolt installation to determine whether the vehicle has already received the production remedy. If not, the dealer will add adhesive to the nut, and reinstall the nut at an increased torque. Note: This condition may result in the "Service Engine Soon" light illuminating, and brake lights may stay on longer than expected. Make Model Model Year(s) Affected CHEVROLET SILVERADO 2015 2016 CHEVROLET TAHOE POLICE PURSUIT VEHICLE 2015 2016 GMC SIERRA 2015 2016