#cummins

What does a diesel shop in Michigan have in common with a Washingtonian florist and a Hoosier pizza hut? An owner who refuses to serve openly gay customers.

When the next-gen Nissan Titan rolls up to the stage at next year’s Detroit Auto Show, the full-size truck will have a big oil-burner with enough sequential firepower to put all on Truck Mountain on notice.

Nissan North America sales boss Fred Diaz expects his employer will gain more mind and market share in 2014 in the run-up to the 2016 Titan’s debut in showrooms, a truck promised to be more competitive than the current model.

WardsAuto reports that the next generation 2016 Toyota Tundra pickup will receive the Cummins 5.0L V8 turbodiesel for 2016, the same engine that will be powering the next Nissan Titan pickup, due for 2015. While Toyota had been working on a diesel engine with Hino, Toyota’s heavy-truck division, the economic crash of 2008 shelved the plans. With new found interest in light diesels and the new Ram EcoDiesel leading the way with favorable reviews and excellent fuel economy, Toyota looks to jump quickly into the light diesel truck market.

There’s just something about a diesel pickup truck that makes grown men regress into Tonka-loving children. Even my Prius-driving environmentalist friends in Berkeley admit they secretly want a diesel pickup. The problem of course is that diesel pickups are expensive (the cheapest diesel Ram 2500 is $36,975 and it doesn’t have an automatic transmission, the cheapest oil-burning F-250 is $38,250) and, for the majority of us, the high payload and towing capacities are overkill. While economical in a specific sense, the large diesel trucks aren’t “fuel-efficient” either. Until now. Mark your calendars folks, The 2014 Ram 1500 Eco Diesel is the half-ton truck in America sporting a small diesel engine.

Nothing is more American than the pickup truck. If the stars and stripes thing ever gets old, they will probably get replaced by a RAM / GM / Ford montage. The other thing that’s quintessentially American is an arms race. No, I’m not talking military hardware, I’m talking about the eternal RAM vs Chevy/GMC vs Ford tuck wars. Who has the best frame? Who has the best engine? Who can haul the most? Be prepared to draw your weapons and click past the jump. Chrysler sent me a 2013 RAM 3500 for a week and then invited me to taste test the refreshed 2014 model for a day.

Christmas is over so we go back to war. This is the newest kill-machine of the Chinese army. It is a 4×4 armored vehicle based on the Dongfeng EQ2050 ( thank you America!). The new car seems designed as a hit-and-run fast attack vehicle with a big turret on the roof for a big fat machine gun or rocket-propelled grenade launcher.

Pickuptrucks.com reports that you may not have to wait for Mahindra to work through its legal issues to get an efficient diesel-powered pickup, as the DOE has funded development of a four-cylinder Cummins diesel engine which is being demonstrated in a Nissan Titan. According to the report

Cummins refers to the engine by the codename “LA-4” with a 2.8-liter displacement (170 cubic inches). Initial power figures on the engine dyno have the mule test engine producing 350 pounds-feet of torque at around 1,800 rpm. A chart in the presentation shows targeted power levels to be approximately 220 horsepower and 380 pounds-feet.

The engine is likely a derivative of the four-cylinder ISF architecture that Cummins builds overseas, with 2.8-liter and 3.8-liter displacements. The overseas 3.8-liter is rated at 168 horsepower and 443 pounds-feet of torque…

To meet U.S. clean-diesel standards, the 2.8 would use diesel exhaust fluid to scrub nitrogen oxide emissions, like Ford and GM use today in their heavy-duty diesel pickups. It would also feature a so-called passive NOx storage system that would capture and hold NOx during cold starts, releasing the gas when temperatures rise to levels of max efficiency for DEF. The passive system would save fuel used today to jumpstart NOx scrubbing when the system is cold.

The upshot? 28 MPG combined, according to pickuptrucks.com. Given the discrepancy between EPA fuel economy numbers and the CAFE method, that means this engine could make a Titan (which gets 13/18 MPG EPA with its stock V8) more than compliant with the 2015 30 MPG truck standard. And because the DOE spent only $15m, this probably qualifies as one of the more promising government fuel-economy improvement programs in some time. After all, improving truck efficiency is one of the toughest aspects of CAFE compliance… and if a Titan can get nearly 30 MPG combined (about the same as current four-cylinder family sedans), the government’s $15m just bought it a crushing blow to the industry’s anti-CAFE carping.