Why Is Champion Diesel Oil Blue?

There are so many varieties of blue: Ultramarine, Cobalt Blue, Indigo, Navy Blue, Prussian Blue, Electric Blue and Cerulean just to. name a few. 

Blue has been an important color in art since ancient times. For thousand of years the ancient Egyptians produced a blue pigment using calcium copper silicate that is considered the first synthetic pigment. 

Surveys show that blue is the color most commonly associated with security, trust, and loyalty. And it’s chosen by a majority of both men and women around the world as their favorite color. 

Champion dyes its Blue Flame Diesel Engine Oils for several reasons. The robust chemical formula is unique and provides an industry-leading performance to meet the needs of both older and next generation heavy-duty engines, thus providing users the security of knowing that the blue oil is protecting them. The blue color also allows the quick-lube, fleet, or end-user to have absolute assurance and trust that no substitute engine oil is being installed. Also, Blue Flame creates a loyalty from followers that always ask for the “Blue Oil”.

 

“Champion Blue Flame Diesel Oils will forever be recognizable and have a distinctive appearance”, said Karl Dedolph, director of racing and performance products at Champion Brands, LLC. “It’s a huge plus when someone doesn’t even have to see the label to know it’s a Blue Flame product – the color alone is enough to identify the diesel engine oil. The dye is chemically balanced when it is blended and does not create any kind of lubricant issue or problem with additives or base stock.”

 

“The blue dye doesn’t leave a residue in the engine. In fact, the oil over time will turn and look black in color. It’s actually soot, which the diesel engine produces in much higher levels than gasoline motors. The soot enters the oil pan from the combustion chamber due to the gap in the piston rings. The black color, which is very common, doesn’t mean the oil has a problem,” added Dedolph.

 

Blue Flame Diesel Engine Oils are formulated with workhorse high-zinc performance additives, superior protection, advanced polymer technology, and high TBN, supported by a carrier blend of synthetic fluids.

 

In addition, Blue Flame Diesel Engine Oils deliver unmatched high temperature film strength and lubricity protection, with the muscle to combat oil shear and maximize sustained cylinder compression. They also inhibit oxidation, corrosive acids, sludge and varnish build-up.

 

These oils keep your engines going longer by reducing soot-induced engine wear, controlling abrasive soot contamination and preventing high temperature corrosion, even while allowing for improved fuel economy and lower total cost of ownership. They are proven to increase engine horse power and torque.

Champion Blue Flame Diesel Engine Oils are purpose built for extreme protection and performance. https://www.championbrands.com/diesel-engine-oils/

What’s your favorite color? And if it's blue, what kind of blue? Cerulean? Teal? Turquoise? Royal? Tell us in the comments below.

Next time you need oil for your Cummins, Powerstroke or Duramax, ask for that “Blue Oil,” Champion Blue Flame Diesel Engine Oil. 

8 Diesel Power Innovations for Safe, Clean Trucking

Sometimes you have to toot your own horn to draw attention to your achievements. Why? Because there is so much other noise, and when the cause is worthy you want to draw attention to it, to be heard over the noise of the herd.

This seems to be one of the roles of the Diesel Technology Forum (DTF). They don't toot their own horn, but instead make known the achievements of others who are working to advance clean diesel technology. These achievements seldom get the attention they deserve, hence the DTF keeps beating the drum.

On August 27 they published a story about seven examples of innovation involving diesel engine technology. Diesel advances are being demonstrated that will serve our nation for decades into the future. The article is titled Trucking Into the Future with 7 Innovations in Diesel Power but it actually lists eight areas where improvements are taking place. We'll elaborate on these below.

Whereas electrification and hydrogen are currently being ballyhooed as the future of transport power, improvements in diesel have been taking place and will remain with us going forward. These improvements are both in the engine itself and the fuels of the future.

For years the Department of Energy has been partnering with the trucking industry to move the industry forward. The partnership produced a SuperTruck Program with teams of engineers from engine and truck manufacturers to improve emissions and energy efficiency, the same drivers that were initiated a half century ago. Today the program is in a new phase called SuperTruck II.

The three targets for SuperTruck II are:
--Greater than 100 percent improvement in freight efficiency (relative to a 2009 baseline.)
--Demonstrate a 55 percent or better engine BTE at 65 mph.
--Development of cost-effective efficiency technologies.

Here's one example of what the Cummins SuperTruck II team achieved. Brake thermal efficiency is used to assess how well an engine converts heat from a fuel into mechanical energy. Cummins realized a never before gain of 55 percent brake themal efficiency in a heavy duty diesel engine. SuperTruck II improved CO2 emissions by 50 percent and doubled efficiency.

Here are seven examples of innovation highlighted in the DTF article.

1. Combustion Efficiency: To be achieved by means of new metal components, cylinder and piston designs, bearings, rings, valves, camshafts and more including specialized coatings. (See yesterday's story that mentions Nanoslide cylinder walls.)

2. Engine Management: By controlling combustion events, engines can be optimized in accordance with driving and weather conditions. Some of the innovations here include dynamic skip fire and cylinder deactivation. Recent announcements tout modest reduction of CO2 emissions here.

3. Future Engine Configuration: Most engines today are inline V configurations. Achates Power is testing an opposed piston (OP) engine that some are calling a game changer. OP engines improve efficiency will simultaneously reducing NOx. California likes what is happening with the OP engine that it is helping fund this research which aims to reduce NOx by 90 percent.

4. Electrifying Engine Components: This is another means by which greater efficiencies are achieved. This move may lead to great hybridization in some truck segments.

5. Optimized and Integrated Powertrain: Improvements in the way engines and transmissions work together can also deliver greater fuel savings and reduce emissions.

6. Emission Control System Optimization: Selective Catalytic Reduction systems (SCR) and particulate filters continue to become more efficient.

7. Fuel Revolution: Experiments with biobased fuels have been taking place for decades. Biobased diesel fuels deliver proven reductions in emissions compared to Ultra-Low Sulfur Diesel.

8. Synthetic E-fuels: Because a majority of internal combustion vehicles will be around for years to come (even decades), efforts are being made to improve their performance by means of fuels. E-fuels are created using clean electricity and purportedly have the potential to produce climate-neutral outcomes for the majority of vehicles. 

The bottom line: Diesel engines are "poised to continue to deliver the goods and the benefits in the decades ahead."

Read the complete story here:
https://dieselforum.org/policyinsider/trucking-into-the-future-with-7-innovations-in-diesel-power

Photo Credit:  Photo by Robson Hatsukami Morgan on Unsplash  

First Impressions: Whacked Out Diesel Rat Rod

See full screen photo and videos at The Drive.

A rat rod is a custom car with a deliberately worn-down, unfinished appearance, typically lacking paint, showing rust, and made from cheap or cast-off parts. In the rat rod scene the cars are as unique as snowflakes, each reflecting the eccentricities of its owner. That's what makes the rat pack so much fun. 

One other common denominator in this automotive genre: every vehicle has a story. 

Last week Caleb Jacobs of The Drive posted a story about a very cool Chevy drag truck named Burnie.  The name itself is a story, which we'll return to shortly. 

The truck's own, Robert Berry, has his sights set on becoming the fastest 2-wheel drive, street legal diesel truck in the world. Yes, that's an ambitious goal, but he's clearly marking a path to get there, learning the ins and outs of nitrous, and all the other tricks he can from others who have been in active pursuit of diesel drag records. 

The opening line in Caleb Jacobs' story on Burnie is clever. "Old trucks should never die—they should just be repurposed," he writes, and then admonishes us each to do our part to keep cool old trucks from being turned into scrap.

The aim of this story, besides highlighting features of a very cool truck, is to dissect what it takes to create a top-notch record-breaking drag truck. The world, Jacobs says, needs more eight-second trucks. Here is what Berry Builds has done with Burnie.

The power plant is a 5.9-liter Cummins built by Industrial Injection, a diesel shop located in Utah with a gold star reputation. "It runs a compound turbo setup with an 88-millimeter Garrett GT55 on one side and a BorgWarner 7378 on the other, helping it pull 1,283 horsepower on a dyno without nitrous." That's a pretty solid foundation as a starting point, but add in the Nitrous Express system with 46-136 and you've got a screamer. "Pair that with Burnie's dual FASS Fuel CP3 delivery systems," Jacobs adds, "and it's getting plenty of sauce to fly down the strip."

The name Burnie has a double meaning. Drag racers love doing the burn-out thing. Builders, however, dislike it when things catch fire inside the truck. Evidently there were rats nests in the truck that caught fire when Berry Builds first started working on it. (Remember, this was a 1945 Chev that must have had a stretch of downtime before its resurrection and renovation.)

One of the main obstacles to achieving record-setting paces on the track is traction. This rod has a Moser M88 rear end with 45-spline axles designed to harness the power which has been channeled through a Goerend-built 48RE tranny. Even so, they've had trouble getting their 17-inch-wide Hoosier drag slicks to hook up. Sigh. 

Burnie had a "best time" of 8.90 seconds at Tulsa Raceway. Jacobs says the time could have been better had the windshield not been sprayed with fuel while rocketing down the track. 

It's noteworthy that Burnie is street legal. Every effort is being made to get the truck down into the 7s, but whether successful or not, this rod is guaranteed to turn heads wherever it goes. 

Related Links

1,283 -HP Chevy Diesel Rat Rod Truck Runs 8s and Is Still Street Legal

More Stories by Caleb Jacobs

Page of Images Featuring Burnie  

Top Service Tips for Hard Working Diesel Engines For Operating at Peak Performance

Yesterday we wrote about three reasons diesel engines overheat. Upon seeing today's article about maintenance, it seemed like a good follow up and worth sharing. Rental is a publication for construction pros, but it's relevance is for everyone who owns a hard working diesel.

As we all know, there have been lots of changes in engine technology the past two decades, and this current decade we're seeing an increased transition for diesel to EV in many realms. In this article the author, Alexis Sheprak, reached out to three leading engine manufacturers to discuss some of the challenges this presents along with tips on how to improve the way we take  care of our equipment.

The three manufacturers she spoke with are Cummins, Perkins and Hatz. The question she asked was "What are your top five service tips for larger diesel engines to maintain peak performance year-round?" Here are the suggestions Rental's readers received. For the purpose of brevity, the suggestions are abbreviated and paraphrased. You will find a link to the full article at the end of this post.

Hatz
1. Follow the maintenance schedule as outlined in the owner's manual. If you're working in a harsh environment, however, make adjustments accordingly. (He uses the example of air filters plugging sooner than normal in extremely dusty environments.)

2. Because their is more electronics on engines these days, use more care when power washing.

3. Monitor your diesel particulate filter (DPF). Do not ignore warnings.

4. If you're running idle much of the day or low-load conditions, "make sure you run the engine at full load for at least 30 minutes at the end of a shift to ensure the diesel oxidation catalyst (DOC) is reaching the appropriate burn out temperatures."

5. Pay attention to engine codes, and have them diagnosed as early as possible.

Cummins
1. Use the correct parts.

2. Following recommended maintenance schedules is critical. "Preventive maintenance saves fuel costs, major repairs in the long-term, and maximizes the productivity and life of the engine."

3. Use the correct fuel, oil and DEF. (Also, regularly check tire air pressure and air filter cleanliness.)

4. Engine filters are becoming more technically advanced. Make sure you are using filters that meet standards.

5. If you have a Cummins, they direct you to their service website, quickserve.cummins.com.  Enter your serial number and you're good to go.

Perkins
1. "Engine oil sampling, change intervals and oil grades." Keeping your oil health is critical, especially heavy working engines under load.

2. "Coolant condition and system performance." Overheating does all kinds of damage as we noted here yesterday.

3. Pay attention to fuel cleanliness and filtration. Failure to pay attention to these will cost you money down the road as it impacts fuel pumps and injectors.

4. Be sure you adjust for the seasons. (Here are some winter maintenance tips from the Blue Flame team.)

5. DEF handling and cleanliness. Also, when storing DEF keep it out of direct sunlight in a cooler storage area. It should not be above 95 degrees F.

* * * 

Additional questions that these engine professionals answered were as follows:

Q: New advanced engines and cooling systems are changing cooling system maintenance requirements. What should rental houses pay attention to when it comes to cooling systems?

Q: What about proper fuel maintenance?

Q: What technologies are available to help monitor engine performance and manage service schedules?

Q: I know there’s been a big push lately for more sustainability. What are some of the latest advancements in fuel types? And what should rental equipment owners be aware of about them?

Q: What’s next for engine technology?

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This article is packed with valuable, authoritative information. You can find the full article here: Diesel Engine Maintenance Tips for Peak Performance

Two Cummins Stories: Westen Champlin's Twin Turbo Diesel Super Stang and the Cummins Cowgirl

There are some things people do just to see if it can be done, and other things folks do just to see what will happen. GM has put diesel engines in Cadillacs and made it work. Does it make sense to put a diesel into a muscle car? Here are two stories about diesel mechanics who have also built a social media following. 

HotCars.com put its spotlight on Westen Champlin, a gearhead with a YouTube channel, who dropped a Cummins diesel into a Mustang that he nicknamed "Smokestang." The guy has built a major online fanbase. His video The Cummins Mustang Gets Twin Turbos off Semi Truck has had over 900,000 views and it was just posted less than a week ago.

After watching a couple of these videos it's apparent Champlin has become an unlikely celebrity of sorts. The things he works on are just unusual enough to capture viewers, and the serial style of storytelling is not unlike Dickens' weekly installments of the Pickwick Papers that were dribbled out in an ongoing series.

Lask week's installment found Westin beefing up the power of his Cummins engine that had been dropped into his 'Stang, and adding weight as well. He's previously punched out some numbers on a drag strip in a previous video that posted in May. 1.5 million pageviews is pretty indicative that this isn't his first rodeo.

"How much room do we have for the turbo?" he asks, then answers, "Not enough. Are we worried about it? Of course not."

The article by Gene Kosowan gives us glimpses of the install and makes clear that it is a story that is developing. In addition to the turbos Westin has added a smokestack to keep the view clear when he's giving it a run. 

Westen is casual about the possibility of blowing up the engine. Though he believes the setup will produce 1,300 horsepower, he simultaneously acknowledges, "The engine will probably blow up at around a thousand, but we're not scared. We'll just do it." 

For sure it's a Mustang like no other. When they take it out for it's first pass, he can feel the restrained power.  After a leaving a pair of black stripes on the pavement the make a visual inspection and see water leaking from the radiator a little leak from the turbo. "We need a bigger radiator now," he concludes.

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In another story, here's another social media maven in the diesel scene. This story appeared in The American Reporter about a diesel mechanic who is now a social media influencer. She calls herself the Cummins Cowgirl.

The article begins by citing the 21st century emergence of this new profession.

It would not be wrong to say that the 21st century is defined, among others, by the emergence of a new profession – social media influencer. Through posts, captions, and endorsements, these individuals are the stars of busy internet platforms and hold considerable weight on the opinions of their audience.

The Cummins Cowgirl is a heavy duty mechanic with an entrepreneurial bent. Born Chloe Yonker, she used to wrench on semis. Now she has her own shop, and her own social media platform where she is both a star and an instructor. That is, she really does show people how to work on their equipment.

Though he intent is to help people, she says her real aim is the empowerment of women. She wants to show young women that you really can be a female in a male dominated industry.

The article by James Boley ends with this nice summing up:

From big smiles, coveted vehicles, and friendly outings to greased cheeks after a hard day’s work – The Cummins Cowgirl shows an authentic, inspiring glimpse into the everyday life of a mechanic and a woman making it on her own. 

In addition to working on trucks she's also working the social media pretty hard. You can follow her on Facebook, Instagram, TikTok, YouTube and her own official website.

Links

You-Tuber Installs Twin Turbos from a Semi Truck on His Diesel-Powered Mustang
Diesel Mechanic Turned Social Media Influencer
The Cummins Cowgirl 

Diesel Motorsports: Most Fun You Can Get in a Weekend

Photo courtesy Diesel Motorsports

Great story by Jeff Zurschmeide on the PRI website. Diesel motorsports is far from dead, and is even growing. The article, titled Shake, Rattle & Roll, describes how diesel motorsports have become a powerful niche market that is drawing in more people every year.

The author begins by making the same observation I've made over many years of going to races. Most racers use a diesel powered vehicle to pull their race car to the track which is gas powered. Today, diesel is no longer for tow vehicles. There is a huge, enthusiastic diesel motorsports culture. This diesel world includes engine builders, aftermarket providers and sanctioning bodies as well as the sponsors and businesses that provide products for the racers. Altogether it's a great show for the fans. 

Zurschmeide notes that drag strips are the primary venues for diesel racing, with a strong second being presence at pulling competitions. Diesel has also found some surprising success in sports car racing as when Audi proved that a diesel-powered car could compete at the highest levels. In 2006-2008 Audi’s TDI prototypes won the prestigious 24 Hours of Le Mans three years in a row.

That last bit about Le Mans is no laughing matter. Audi and other automakers have developed some powerful diesel power plants, as we noted recently regarding Daimler's powerful new diesel engine for their Mercedes Benz. 

Photo courtesy Diesel Motorsports

That having been said, the mass market for diesel motorsports in America still remains almost entirely limited to straight-line power contests. For now.

Trucks are King in the diesel motorsports scene, which is a grassroots movement driven by an appreciation for power. This need for power is what drives engine builders to satisfy the hunger. Cummins, Duramax and Power Stroke are the main foundations, but innovative builders augment these engines to maximize their capabilities. 

The full article goes much deeper. Check it out by following the first link below.

(Sidenote: The song "Shake, Rattle & Roll" was originally recorded by Big Joe Turner, then made famous by Bill Haley & the Comets.)

KEY LINKS

Shake, Rattle & Roll

70-Year-Old Diesel Is A Thoroughbred at Pike's Peak Hill Climb

Daimler Claims This Is the Most Powerful Diesel Car in Mercedes-Benz History

Looking For Blue Flame Diesel Engine Oil? 

Ka-Boom! Diesel Engine Explodes On Dyno, Throws Piston into the Stands

No, this is not a scene from a movie.

In 1998, Peter Bernstein published a noteworthy bestseller by Peter Bernstein titled Against the Gods, the Remarkable Story of Risk. The author's premise was that in whatever endeavor one undertakes, there is risk involved and we need to learn how to manage it. No one is infallible when predicting outcomes because there are always variables outside of our control. In short, risk is a part of business. There are no sure things. As Robert Burns noted in his Ode to a Mouse, “The best laid plans of mice and men often go awry."

This book came to mind when I read a recent Truck Trend story about a 12-valve Cummins diesel engine that blew up on the dyno in a somewhat sensational fashion. It didn't just throw a piston; it threw a piston into the crowd.  

Competition pushes people to discover the limits of their equipment. Nevertheless, these efforts always involve risk. You can choose to play it safe and minimize risk, but you won't bring home any trophies.

The explosion took place a few weeks back at the Ultimate Callout Challenge in Brownsburg, Indiana. The team Power Driven Diesel had its truck named Godfather up on the dyno. They were looking for spectacular numbers. Instead they experienced a spectacular debacle.

According to the story by Monica Gonderman, the truck's main engine had been having trouble during the drag racing portion of the event so they replaced it for dyno day. Evidently they had a small fire a couple hours before their turn on the dyno, but must have felt they were good to go. 

They were aiming for an earth-shaking 3,000 horsepower, which they hoped to achieve with a little squirt of nitrous. Having hit 2700 hp a week earlier, they were feeling upbeat about it. Gonderman writes:

After shifting into fourth gear, the truck was under full power and pushing probably 250 pounds of boost. It was ripping through the pull nicely--until it wasn't. The internet reports that the truck made 2,369 hp and 3,039 lb-ft of torque before exploding. 

As we said at the outset, there is always risk involved, especially when you are pushing the envelope. The truck experienced serious damage as parts flew everywhere. The piston landed two rows in front of a guy shooting video. 

The PDD team seems to have been good sports about it all, because they offered to sign engine parts as souvenirs for those who witnessed the calamity. Todd, the man in the driver's seat, said the reverberations from the explosion felt like what you might feel when surrounded by an exceptionally good sound system. Good vibrations? 

On May 23 the Power Driven Diesel team posted a video about the event on YouTube and has already had over 200,000 views. You can watch it here. 

You can also check out the Truck Trend site to read more and see a gallery of photos.  

NOTE: This coming weekend it's the Daytona Truck Meet at Daytona Beach, from June 10 - 13. Will we see you there? 

New Cummins Diesel Engine Fires Off Fabulous Numbers: Clean Diesel Keeps Getting Cleaner with a Little Help from Silicon Valley

Cummins X15: expanding diesel's possibilities.

A recent story by Michael Coates in the Clean Fleet Report was reprinted on SHIFT, a website devoted to sustainable mobility. The article is about Cummins' efforts toward clean diesel.

The author begins by noting what we've been saying many times. There are seemingly countless articles claiming that the internal combustion engine is dead or dying. While investors are throwing their money behind EVs, there are significant advances taking place with the internal combustion engine. While the world prepares for an electric future, there are great strides being made in the realm of diesel.

Coates writes: "While 2045 may still be more that two decades away, emissions advances in internal combustion engines (ICE) are continuing. A new technology may take the already quite clean (especially compared with engines of just a little more than a decade ago) engines to a level that reduces smog-producing emissions while increasing fuel economy and yet not losing any performance."

The new engine concept is a joint effort by Cummins and a Silicon Valley tech innovator, Tula Technology. The two firms  released a study this past month showing how Tula's diesel Dynamic Skip Fire (dDSF) technology reduced NOx by 74% and CO2 by 5% when applied to a current Cummins engine. The Tula software uses algorithms to fire or deactivate a given cylinder on a cylinder event basis. As a result it is able to control exhaust temps that are critical for optimizing emissions control equipment. It reportedly clicked off a savings of 20% in fuel. 

The specific Cummins diesel was the X15, a state-of-the-art engine used in many Class 8 trucks. dDSF is essentially a micromanager of the engine's cylinders. The engine was first put through the paces on the dyno and then road tested, testing that is ongoing. 

According to the Clean Fleet Report, Cummins is not the first to employ dDSF technology. GM began working with Tula in 2018. The joint effort with Cummins, however, has now been going on for a year or more.

The selection of the X15 was quite intentional. This is Cummins' most fuel efficient diesel engine in the Cummins lineup and possibly the most fuel efficient they've ever produced. The target for this Tula-Cummins team-up is to hit 2024 NOx standards without losing this fuel-efficiency milepost.

For long haul trucking fleets that average 100,000 miles a year, even the slightest gains become significant when added up. This is just one more event in an ongoing series of incremental improvements through the application of technology. We look forward to the road ahead. 

Related Links

Cummins Won't Let Diesel Die
Cummins and Tula Work Together To Advance Diesel Tech
The New Cummins Heavy Duty Diesel

Champion Launches API CK-4 Premium Heavy-Duty SAE 10W-30 Diesel Engine Oil

Champion Brands has been celebrating 65 years in business this year by introducing new products and noteworthy specials. Yesterday they released a new API CK-4 Premium Heavy-Duty 10W-30 Diesel Engine Oil which has been designed to provide robust performance for the next generation of diesel engines. 

The new oil is a response to the new American Petroleum Institute (API) diesel specs that were launched a few years ago. The objective with these new specifications is to give extra protection for heavy duty engines while helping them meet environmental regulations. API CK-4 effectively replaces API CJ-4 and is backward compatible with most diesel applications where API CJ-4 has been previously recommended. The new oil spec requires better shear stability, oxidation resistance and aeration control than its predecessor.

Champion's cost-efficient petroleum-based diesel engine oil provides increased power density while reducing oil volume and extending drain intervals. It also controls oxidation by-products and deposits. Its high wear protection and viscosity stability helps maximize the performance life of today's advanced diesel engines.

Champion API CK-4 Premium Heavy-Duty SAE 10W-30 Diesel Engine Oil controls oxidation, aeration, corrosive acids, sludge and varnish precursors which allow for extended drains and minimized wear even under the most extreme conditions. It has higher resistance to permanent shear loss and exceptional wear protection, providing unmatched value for many diesel owners.

Champion API CK-4 Premium Heavy-Duty SAE 10W-30 Diesel Engine Oil (Part# 4154N) meets or exceeds the following specifications: API CK-4, CJ-4, CI-4 Plus, ACEA E7-16, E9-16, JASO DH-2, Volvo VDS-4.5, VDS-4, Cummins CES 20086, Detroit Diesel. DFS93K218,  Cummins CES 20081,Detroit Diesel DFS93K222, Ford WSS-M2C171-F1, Renault VI RLD-3, MCK EO-O Premium Plus, CAT ECF-3.

Specific Properties Include: Viscosity Index -6200 @-25C, HTHS @ 150C -3.5, Distillates (Petroleum), Hydrotreated Light and Heavy Paraffinic.
https://www.championbrands.com/diesel-engine-oils/ 

About the company: Champion Brands, LLC, is a globally recognized industry leader in specialty lubricants for over 65 years. Champion produces and blends over 300 products including fuel, oil, engine additives, and lubricants for the automotive, racing, heavy truck, agricultural, industrial, commercial, and specialty markets. For more information about Champion API CK-4 Premium Heavy-Duty SAE 10W-30 Diesel Engine Oil (Part# 4154N) contact your nearest Champion distributor or call Champion at 660-890-6231. Champion Brands, LLC; 1001 Golden Drive, Clinton, MO, or go to www.championbrands.com

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2021 Champion New Products
and Announcements

Champion Brands Celebrates 65 Years in the Lubricant Business

Champion Oil's Winter-Blend Diesel Flo Fuel Additive Gets an Upgrade

Highlighting A New All-Season Air Brake Anti-Freeze from Champion Brands

Champion’s Classic & Muscle 15W-50 Motor Oil for Vintage Trucks

Blue Flame Contingency Program for Drag Racers: How to Get Your Piece of the Action

Champion Oil Seeking Diesel Vehicle Builds for SEMA 2021

Special Offer For New Champion Diesel Oil Distributors

Champion Blue Flame Diesel Engine Oil Recommended for Limited-Edition Shelby F-250 Super Baja Pick-Up

Champion Oil Introduces a Professional Grade 80% Ether Starting Fluid
Champion Blue Flame Diesel Engine Oil Supports OOIDA Members
Champion Offers Power-Shield Assembly Lube & Oil Booster to Diesel Engine Builders

Champion’s Limited-Slip Friction Modifier Additive Formulated for Diesel Pick-Ups

 

A Partnership Made In Heaven: Cummins Diesel and RAM Trucks

Cummins 6.7L Turbo Diesel (2021)

When we think of "barnstorming" the image that comes to mind is that of airplane stunts by rural daredevils who would fly town to town back in the 1930s. There was something romantic about these aerobatic flyboys. 

Barnstorming didn't apply only to pilots however. The makers of Cummins engines also did some barnstorming themselves, in their own way. They orchestrated events to showcase their benefits and win fans.

While reading the 100-years-plus history of the Cummins engine I came across this account from 1931 in which a Cummins H-powered diesel truck drove 14,600 miles non-stop to show off its reliability over a long haul. For the sake of transparency, so that no hanky-panky could take place, the event was conducted at the Indianapolis Motor Speedway in front of witnesses. 

What's striking is that more than 80 years later, the feature that sets diesel engines apart is not just the power they generate but also their reliability.

In 2019 Cummins completed a 30-year relationship with RAM trucks that began with the Cummins 5.9L Turbo Diesel. This year's 2021 6.7L Turbo Diesel generates even more horsepower and torque while continuing its tradition of durability and efficiency.

HD RAM 3500 Dodge pickups produce 1,075 lb-ft of torque when equipped with the Aisin transmission. And it is no laggard in the horsepower department either, with 420 hp.

* * * 

One of the great advantages of living in the Internet age, especially at this point in time, is that if you are new to the Diesel Cummins-powered RAM family, there are communities of RAM enthusiasts out there that you can reach out to in time of need, or just to stay current on things. The same applies to whatever engine that moves you, whether Duramax or Power Stroke as well. 

Whenever engine designs change there can be quirks you need to be aware of. Just switching over from a gasoline-powered vehicle to the diesel family can be a learning curve. For this reason we've included a list of hot-linked forums for easy access here in the right hand column. 

The Cummins Forum not only has troubleshooting tips, but interactive starter questions designed to address various issues. It's a great way to stay current on what's happening.

Related Links

The History of the Cummins Engine

Motor Trend's 10 Best Diesel Trucks Ever

Fastest Diesel Passes of 2020

Front end of the Firepunk Diesel S10

2020 was an unusual year for many reasons, from the global pandemic to social turbulence in many cities. Hard to believe, but there was no SEMA Show, no PRI, no Diesel Power Challenge. Things were so bad that Diesel World labelled it The Year of Cancelled Events.

People were bored, anxious, overworked, and many were unemployed. Nevertheless, there were still many exciting moments for the highlight reels for 2020. As we look in the rearview mirror we see new records set and a lot worth talking about, which is what Diesel World has done for us in this article by Mike McGlothlin titled Fastest Passes of 2020.

McGlothlin begins by noting that 2020 was actually a huge year for drag racing because drivers and teams stayed focused. They didn't allow what was going on around us to distract them from their aims, which is probably good advice for all of us who have dreams and goals. As a result, there were numerous records broken in 2020 and promising prospects for 2021.

After a condensed summary of 2020 we get photos and details about the main stories, beginning with the Quickest Diesel Dragster in the World, Scheid Diesel's billet-block, compound turbo, P-pumped Cummins-powered Spitzer chassis rail. Track conditions were perfect at October's PDRA and the Scheid team was ready. Boom... Elapsed Time on the 1/8th mile run, 4.04 seconds.  New record. 184 mph. Driver: Jared Jones.

It's gratifying when it all comes together. The record Jones broke had been set only 7 months earlier by John Robinson, a 4.101 second pass that screeched to 181 mph. One can expect these two drivers will be very conscious of one another as they push the envelope in 2021. The goal for each will be to break into the 3s. No doubt they can almost taste it.

A new car on the scene in 2020 was Jeremy Wagler's Duramax dragster. This diesel, too, is quick, and made real progress in its first season. This will be another driver and car to pay attention to going into 2021.

* * * *

In the diesel truck category the big dog to watch these past several years has been Firepunk Diesel out of Ohio. The Pro Mod S10 has been setting records all along, and the sacrifices they've made have been rewarded with many trophies and achievements along the way. The Diesel World story shared the impressive numbers they produced in October, but failed to note their Cummins-powered breaktrhough into the 3s that later took place in Florida. You can read about that here. Engine builder Lavon Miller and driver Larson Miller will remain in the forefront of what's happening wherever they go in 2021.

* * * *

When you scroll through McGlothlin's article you'll find diesel-powered Corvettes, pickups, dragsters and pro street vehicles with Duramax, Cummins and Power Stroke engines. Racing is one of the ways engine manufacturers explore the cutting edge of what's possible in engineering technology. 

You's also find the drivers and teams to watch in 2021.

Here's the link to the Diesel World story by Mike McGlothlin:

https://www.dieselworldmag.com/events/fastest-passes-of-2020/

If you are a racer, learn more about our Champion Brands Contingency Programs for 2021. Here's how to get your piece of the action. You may also tap the orange button near the top of the right hand column.

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Diesel Engines Are Here To Stay

Photo: MathKnight. Creative Commons.

Earlier this week 365 News, a communications arm of CONEXPO-CON/AGG, published a story titled Diesel's Not Done. The six minute read touches on a range of themes relevant to diesel owners and people in the diesel industry. 

The main point of the article is this: Whereas electrification has taken center stage and captured the media spotlight, the benefits and attributes of diesel technology are many and will continue to make a contribution for years to come.

Engine makers have made great progress in reducing diesel emissions for for the past several decades. This is a trend that will continue. At the same time, innovative thinking is also producing many new and interesting developments. 

The important thing for manufacturers like John Deer and others in this market segment is to ensure that innovation does not come at the expense of certain fundamental values. Those values include the importance of uptime and reliability. 

Michael Lefebvre, manager, global marketing support, John Deere Power Systems, says that these are exciting times because of all the technical advances being incorporated into engine design. Many of the advances in this high tech era "include  leveraging virtual analysis and telematics data, using digital tools and advanced simulation, and streamlining overarching power systems in the vehicle." 

“Engines will become smarter and more capable – not only in terms of lower emissions or higher power, but by being more reliable to run in the way applications demand,” Lefebvre said.

The Emissions Question

How low can emissions go? The past focus as has been on reducing NOx (nitrogen oxide) and particulates. In the future, the focus will be on reduction of CO2, said Christer Hedström, a director at Volvo Penta. Hedström said that environmental impact and engine performance are two sides of the same coin. You can't focus on one at the expense of the other.

The truth is, though, that diesel engines have never been cleaner. Marketing communications director Steve Nendick of Cummins stated that the their engines are not only more powerful that ever, they simultaneously meet the toughest global emissions legislation.

Electrification
After detailing the advances that have taken place in exhaust aftertreatment systems, the author underlines another main point, that although diesel technology is not going away any time soon, there will be increased adoption of electrical power that brings benefits to customers.

“We have already started to see electrification where the energy demand is relatively small and where there are good charging possibilities during a standard working day,” Hedström said.

“I think we’ll see electrification move into applications where there is an increased energy demand, but it will take some time before we’ll see it in the high-power, high-energy demanding applications.”

Overall power solutions will need to balance the mechanical, hydraulic and electric power systems, as well as cost. 

A variety of fuel sources are being explored, including
--advanced diesel
--hybridization
--full electric
--hydrogen fuel cell technology

The bottom line in this informative article is diesel, for the time being, has many advantages. Tim Burnhope, chief innovation and growth officer at JCB, noted that currently going all electric is cost prohibitive. People are simply unaware of the power needs of today's heavy equipment. It would cost $208,000 for a single lithium-ion battery large enough to power a 22-ton excavator for an eight-hour shift – not to mention the vast amount of carbon-dioxide produced in the battery’s manufacturing process.

“Diesel, on the other hand, contains more energy than petrol, natural gas, a variety of battery types and many other fuels or power sources,” he stated. “In fact, by mass, diesel contains around 54 times more energy than current lithium-ion batteries.

“Diesel is safe to be delivered to the site easily – even in remote locations,” he said. “Finally, with their high-torque nature and robustness, diesel engines are perfectly suited to heavy-duty applications, including use in construction equipment.”

If you consider the remote areas where much of this massive equipment must operate, you'll recognize that these places are quite far off the grid. Traditional internal combustion engines will remain the only solution for the foreseeable future.

* * * 

This article is an attempt to summarize an important story from 365 News. You can read the full account here at Diesel's Not Done.

https://news.conexpoconagg.com/news/Diesel-s-not-done/643.article?utm_source=newsletter&urm_medium=CONEXPO-CON-AGG-365-CONEXPO-CON-AGG-365-11th-March-2021&utm_term=conexpo365

 

The Legendary First-Generation Cummins 6BT Diesel Engine

You can tell who the diesel guys are by the way the write about diesel engines and diesel power. From the getgo, there's a sense in which we're always having to be a little defensive, write in a more calculated manner. 

So it is that Henry Cesari's article Monday at Hot Cars begins with this observation: "Diesel engines are divisive: there are many unfair myths surrounding diesel engines." It's almost as if he's saying, "Let's get this out of the way. If you don't like it when I write about diesels, go read something else." We like it and yes, we know diesels have pros and cons, but they're not going to be extinct any time soon. Their role is currently too important.

This article is about when Dodge trucks were mated with Cummins engines to produce the popular, much-heralded 1989 Dodge Ram. It's titled, Looking Back At The First Generation Cummins-Powered Dodge Ram Truck.

It's a great story. From initial vision to completion it took more than five years. When I think about how impatient everyone is today it's obvious that it takes real resolve to complete truly great projects. In most cases--the exception being the Harrier jet--the bigger the plane, the longer the runway required to get it off the ground. Kudos to Dodge and Cummins for their determination and commitment.

Dodge was famous for its trucks long before the Cummins-powered Dodge Ram. The Power Wagon and the Li'l Red Express, for example, were exceedingly popular. Today, 75% of Dodge Ram 2500 and 3500 buyers opt for the Cummins engine option, which is able to tow nearly 15 tons with ease.

Cesari not only did his homework, he produces a stimulating read, writing "when thirty years ago, Dodge shoe-horned a Cummins-built diesel engine--intended for heavy equipment use--into their Ram pickups, the two companies incited a diesel revolution. Today, we're looking back at the Cummins-powered 1989-93 Dodge Rams." 

It's surprising how much was involved with making it work. In addition to an impressive engine makeover they followed up with 11 million miles of testing to ensure they'd actually produced a a power plant that was strong but that would also last.

According to Cesari, the Cummins team overbuilt every aspect of the new 6BT engine. The engineers incorporated "seven main bearings on the crankshaft, and six head bolts for every single cylinder. The company built both the block and head out of cast iron. They spared no expense in forging, hardening, and testing components such as the crankshaft, the connecting rods, and the pistons. When Cummins purchased components from outside vendors, they opted for the highest possible quality: the injector pump and the injectors are all durable Bosche units." 

The Cummins-powered 1989-93 Dodge Rams were pretty special. They set the bar high for everything that would follow. The Dodge team knew there could be no shortcuts. Their reputation was on the line.

Read the full article HERE at HotCars..com

For another fun Cummins/Dodge related read this one by Michael Van Runkle also, about a slammed 2019 SEMA special that features a 5.9-liter Cummins turbodiesel engine, stacks, and drop dead good looks.