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The Ramcharger was discontinued at the end of the 1993 model year in North America. In Mexico, however, production continued until 1996. It was then brought back from 1999 to 2001, still as a two-door SUV and sharing the design of the contemporary Ram pickup. Approximately 30,000 were produced, with all examples being two-wheel-drive only.
The Ram 1500 (2010–2018), Ram 1500 Classic (2019–2024), Ram 2500 through 5500, and Ram DX chassis cab (Mexican market) were assembled at Saltillo Truck Assembly Plant in Coahuila, Mexico. From 2009 to 2018, the Ram 1500 (DS) was assembled at Warren Truck Assembly in Warren, Michigan, and the 2009 Dodge Ram 1500 was also assembled at Saint ...
In line with its pickup truck counterpart (which became the Dodge Ram pickup), the Dodge Tradesman and Sportsman nameplates were retired in favor of Dodge Ram Van and Wagon; the B-series nomenclature remained, revised to B150, B250, and B350. Derived from the B150, the Mini-Ram was a higher-trim passenger van with a larger fuel tank. [3]
The Dodge Dakota, marketed as the Ram Dakota for the final two years of production, is a mid-size pickup truck manufactured by Chrysler and marketed by its Dodge Truck division (model years 1987-2009) and later its Ram Truck division (2009-2010) — across three generations.
The Dodge Ram SRT-10 is a sport pickup truck produced by Dodge, based on the standard Ram 1500, with only 10,046 units built. It was introduced as a concept at the January 2002 North American International Auto Show , while the production model was introduced in 2003 as a 2004 model year.
First-generation Chevrolet Silverado 2500HD (2001–02 Regular Cab) The GMT800 Silverado/Sierra 1500 and 2500 pickup trucks were released in August 1998 as 1999 models. The "classic" light-duty GMT400 C/K trucks continued to be produced for the first two years alongside the new models, and the Heavy-Duty GMT400 pickups (alongside the GMT400 SUVs) were continued until 2000, with the new GMT800 ...
Vehicle designs trade off power-to-weight ratio to increase comfort, cargo space, fuel economy, emissions control, energy security and endurance. Reduced drag and lower rolling resistance in a vehicle design can facilitate increased cargo space without increase in the (zero cargo) power-to-weight ratio.
Another method would use iron and sulphur instead of platinum. This would lower the cost of a fuel cell (as the platinum in a regular fuel cell costs around US$1,500, and the same amount of iron costs only around US$1.50). The concept was being developed by a coalition of the John Innes Centre and the University of Milan-Bicocca. [209]