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Looking forward to the annual BEMA show. If you’ve never gone, you got to experience it.
09/17/2026

Looking forward to the annual BEMA show. If you’ve never gone, you got to experience it.

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09/16/2026

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Dodge and Ram trucks evolved from simple commercial vehicles into some of America's most recognizable work, performance, and off-road pickups. The earliest Dodge trucks were developed for practical transportation, hauling equipment, delivering goods, and supporting farms and businesses. Over time, Dodge improved their engines, frames, suspension systems, braking performance, and body designs, gradually creating a stronger identity in the American truck market.

During the late 1910s and 1920s, Dodge introduced early commercial trucks that were closely related to the company's passenger-car engineering. These vehicles were basic and durable, with simple cabs, narrow tires, straightforward chassis construction, and modest engine power. Their primary purpose was to transport tools, agricultural products, construction materials, and commercial goods. Comfort and styling were secondary to affordability, reliability, and ease of maintenance.

Throughout the 1930s, Dodge expanded its commercial-truck range with larger and more capable models. Trucks became available in different wheelbases, body configurations, and load ratings. Improvements in engine durability, axle strength, suspension design, braking systems, and cargo capacity made Dodge trucks more useful for professional operators. Their designs also began to look more like dedicated trucks rather than passenger cars adapted for commercial work.

The late 1930s and early 1940s marked an important period because Dodge developed rugged military vehicles for the United States armed forces. The WC-series trucks were designed for troop transport, weapons carrying, communications, supply duties, and difficult terrain. They featured four-wheel drive, strong axles, durable frames, high ground clearance, and simple mechanical systems that could be repaired in demanding environments. These military vehicles later influenced one of Dodge's most famous civilian trucks: the Power Wagon.

After World War II, Dodge introduced the 1946 Dodge Power Wagon, a civilian four-wheel-drive pickup derived from military truck technology. It was one of the first mass-produced civilian 4Γ—4 trucks and was designed for farms, forestry, construction, emergency services, utility work, and remote-area transportation. The original Power Wagon used a rugged inline-six engine, a manual transmission, a two-speed transfer case, heavy-duty axles, and an optional front winch. It could carry substantial loads even on rough terrain and became famous for its durability and versatility.

The Power Wagon was more than an ordinary pickup. Its heavy-duty chassis allowed it to serve as a fire truck, recovery vehicle, forestry machine, utility truck, or agricultural workhorse. Unlike many later pickups designed primarily for road use, the early Power Wagon was engineered to operate in mud, snow, rocky terrain, and undeveloped areas. Its upright body, exposed fenders, simple cabin, and military-style construction gave it a distinctive appearance that remains highly collectible today.

In the late 1940s and 1950s, Dodge introduced more conventional civilian pickup designs, including the B-series and C-series trucks. These vehicles offered improved cabin comfort, better visibility, more useful cargo beds, and a wider selection of body configurations. Their styling became smoother and more integrated, while their chassis and suspension systems continued to improve. Dodge also began offering more powerful engines, including V8 options, giving buyers better acceleration and stronger performance when carrying loads.

During the 1950s, Dodge experimented with more expressive styling and stronger engine technology. The company introduced V8 power and developed more comfortable interiors, recognizing that pickups were becoming personal transportation as well as commercial equipment. Buyers increasingly wanted trucks that could handle farm work during the week but also serve as family vehicles, recreational vehicles, and towing platforms during weekends.

The 1960s brought the Dodge D-series, a major truck family that remained influential for many years. The D-series included a wide range of light-duty and heavier pickups, with different wheelbases, bed lengths, cab designs, engines, and drivetrain options. Dodge offered inline-six engines and V8 power, along with two-wheel-drive and four-wheel-drive configurations. These trucks were more comfortable and more refined than earlier Dodge pickups, but they retained traditional body-on-frame construction and strong working capability.

Dodge also began exploring the growing recreational-truck market. Pickups were increasingly used for camping, boating, hunting, off-road travel, and personal transportation. As a result, Dodge offered more attractive trim packages, improved seats, better heating and ventilation, automatic transmissions, upgraded dashboards, and more stylish exterior finishes. The pickup was no longer simply a tool; it was becoming a lifestyle vehicle.

The 1970s produced some of Dodge's most memorable performance-oriented pickups. The 1976 Dodge Warlock combined a conventional D-series platform with factory-customized styling, special wheels, larger tires, bucket seats, and distinctive exterior trim. It was part of Dodge's effort to offer pickups with personality and factory customization rather than purely practical equipment.

The 1978 Dodge Li'l Red Express pushed this concept even further. It featured a powerful V8 engine, bright red paint, large vertical exhaust stacks, distinctive wheels, wood-style bed trim, and a bold street-performance character. It was not designed as a heavy-duty towing truck or a dedicated off-road machine. Instead, it represented the emergence of the muscle truck: a pickup built to deliver visual drama, strong acceleration, and a performance-oriented image.

During the late 1970s and early 1980s, Dodge trucks became increasingly influenced by fuel-economy regulations, changing emissions standards, and new customer expectations. Smaller engines, more efficient powertrains, and compact pickups gained importance. Dodge also offered vehicles such as the compact Rampage, while continuing to develop full-size trucks for customers who needed greater payload and towing capacity.

The first-generation Dodge Ram arrived in the early 1980s and introduced a new visual identity. Its styling featured a more prominent grille, a more upright and muscular body, and the ram-head emblem that became closely associated with the truck line. The Ram name helped distinguish Dodge's pickup range from earlier D-series models. These trucks were available with different cab styles, bed lengths, engine choices, and four-wheel-drive systems.

A major milestone arrived in 1989 with the availability of the Cummins turbo-diesel in the Dodge Ram heavy-duty pickup. The diesel engine delivered strong low-speed torque, improved towing ability, and greater durability for commercial and agricultural users. Compared with gasoline engines of the period, the Cummins diesel was especially valuable for pulling heavy trailers, carrying loads, and operating for long periods under demanding conditions. It helped establish Dodge Ram as a serious competitor in the heavy-duty pickup market.

The second-generation Dodge Ram, introduced for the 1994 model year, represented one of the most dramatic styling changes in the history of American pickups. Its large crosshair grille, broad hood, rounded bodywork, tall stance, and semi-truck-inspired appearance made it instantly recognizable. The design was far more expressive than the conservative pickups of the previous era, and it helped create a strong emotional connection with buyers.

The second-generation Ram was offered with gasoline V6 and V8 engines, as well as Cummins diesel power in heavy-duty models. It provided stronger towing capability, improved interior space, more comfortable seating, and a wider range of trim levels. Dodge also expanded its use of four-wheel drive, automatic transmissions, and more sophisticated cabin equipment. The Ram was now positioned as both a serious work truck and a bold personal vehicle.

During the late 1990s and early 2000s, Dodge continued improving the Ram platform. The third-generation Ram introduced more modern chassis engineering, improved cabin packaging, stronger frame construction, and more advanced interior design. The truck became quieter, more comfortable, and more stable at highway speeds while retaining its body-on-frame architecture and substantial towing capability.

The early 2000s also produced one of the most unusual performance pickups ever built: the 2004 Dodge Ram SRT-10. It used the 8.3-liter V10 engine from the Dodge Viper, producing approximately 500 horsepower in pickup form. With rear-wheel drive, aggressive styling, large wheels, performance suspension tuning, and a manual transmission in some configurations, the SRT-10 transformed the Ram into a genuine street-performance machine. It demonstrated that a pickup could deliver sports-car-style acceleration while still retaining a cargo bed.

The Ram heavy-duty range also expanded during this period. Models such as the Ram 2500 and Ram 3500 were developed for demanding towing, commercial hauling, construction work, and agricultural use. These trucks used stronger frames, heavier axles, larger brakes, reinforced suspension components, and powerful Cummins turbo-diesel engines. Dual-rear-wheel Ram 3500 models were especially suited to large fifth-wheel trailers, equipment transport, and high-weight towing applications.

In 2009, Dodge and Ram became separate divisions, allowing Dodge to focus more heavily on passenger vehicles and performance cars while Ram concentrated on pickups and commercial vehicles. This separation gave Ram a clearer identity as a dedicated truck brand and allowed its product development to focus on towing, payload, off-road capability, cabin comfort, and commercial applications.

The fourth-generation Ram 1500, introduced for the 2009-2010 period, brought significant improvements in ride comfort, suspension design, cabin refinement, fuel efficiency, and technology. One of its most important engineering features was the use of a coil-spring rear suspension on the 1500, which improved ride quality compared with the traditional leaf-spring arrangements used by many full-size pickups. Ram also introduced more advanced interiors, improved storage, upgraded infotainment, and better aerodynamic efficiency.

The fourth-generation Ram 1500 was offered with several engine choices, including V6 and HEMI V8 power, while heavy-duty models continued with powerful gasoline and Cummins diesel engines. The truck became increasingly suitable for families and long-distance travel, but it still retained strong work capability. Higher trims introduced leather seating, premium audio, navigation, heated and ventilated seats, and upscale materials.

Ram also revived the Power Wagon name as a modern off-road model. Unlike the original civilian Power Wagon, the modern version is based on the Ram 2500 Heavy Duty platform and combines a heavy-duty frame with specialized off-road equipment. Depending on generation, it has included a factory suspension lift, electronically disconnecting front sway bar, locking differentials, skid plates, off-road tires, Bilstein dampers, and a winch. Its purpose is to provide serious rock-crawling and trail capability while retaining substantial payload and towing strength.

The Ram Rebel later added an off-road-oriented model to the light-duty 1500 range. It emphasized all-terrain tires, increased ground clearance, specialized suspension tuning, protective equipment, aggressive styling, and selectable driving modes. The Rebel was designed for customers who wanted more trail capability than a standard Ram 1500 without moving to a heavy-duty platform.

The fifth-generation Ram 1500, introduced for the 2019 model year, continued the shift toward a more refined and technologically advanced pickup. It featured a stronger and lighter platform, improved aerodynamics, greater cabin space, better ride quality, and more sophisticated infotainment. Engine choices included gasoline V6 and V8 power, with electrification and eTorque mild-hybrid assistance appearing in several applications. The truck became quieter and more comfortable, while still offering strong towing and payload performance.

The fifth-generation Ram 1500 also expanded the luxury side of the market. Upper trims such as Limited models offered premium leather, high-quality interior materials, advanced displays, sophisticated driver-assistance systems, large infotainment screens, and extensive storage. These trucks could function as professional work vehicles during the day and luxury family transportation at night.

The 2021 Ram 1500 TRX represented another major stage in Dodge and Ram performance-truck history. It used a supercharged 6.2-liter HEMI V8 producing approximately 702 horsepower and 650 lb-ft of torque. The engine was paired with an eight-speed automatic transmission and a four-wheel-drive system. The TRX featured a widened body, long-travel suspension, specialized dampers, reinforced chassis components, aggressive all-terrain tires, and extensive underbody protection. It was engineered for high-speed desert running rather than ordinary trail driving.

The TRX could accelerate from 0 to 60 mph in approximately 4.5 seconds and complete the quarter mile in roughly 12.9 seconds under the manufacturer's stated conditions. Its importance was not limited to straight-line speed. The truck was designed to absorb large impacts, remain stable over rough terrain, and maintain control at high speeds on sand, dirt, and desert tracks. It combined supercar-like power with the size, seating, and cargo-bed practicality of a full-size pickup.

The TRX also demonstrated how far pickup interiors had evolved. Although it was built for extreme off-road use, it offered a comfortable cabin, advanced infotainment, performance displays, premium materials, and modern driver-assistance features. It was both a high-performance machine and a usable everyday truck. The original 702-horsepower TRX production run concluded after the 2023 model year, with a 2024 Final Edition marking the end of that particular supercharged generation.

Ram's current truck strategy includes several distinct directions. The Ram 1500 serves the light-duty market, balancing daily comfort, towing, technology, and fuel efficiency. The Ram 2500 and Ram 3500 focus on heavy-duty work, large trailers, commercial hauling, and serious payload demands. Chassis-cab models extend the range into vocational applications such as utility bodies, tow trucks, emergency equipment, and construction vehicles. Ram also continues to develop off-road models such as the Rebel and Power Wagon, along with high-performance trucks carrying the TRX name.

Across the entire timeline, Dodge and Ram trucks evolved through several distinct phases. The earliest Dodge commercial vehicles were simple, affordable work machines. The military WC trucks introduced rugged four-wheel-drive engineering. The 1946 Power Wagon brought that capability to civilian customers. The D-series and classic Dodge pickups added comfort, styling, and recreational appeal. The first-generation Ram introduced a stronger brand identity, while the second-generation Ram made bold styling a central part of the truck's personality.

The arrival of Cummins diesel power strengthened Dodge's reputation for heavy-duty towing. The SRT-10 demonstrated the performance potential of a pickup, while the modern Power Wagon and Rebel established more specialized off-road roles. The Ram 1500 then moved toward greater comfort, refinement, luxury, and technology, while the TRX showed that a full-size pickup could also become a 700-horsepower desert-performance vehicle.

The most important change is the expansion of the truck's mission. Early Dodge trucks were primarily tools for farmers, tradesmen, military operators, and businesses. Modern Ram trucks can be work vehicles, luxury family transportation, heavy-duty towing platforms, rock-crawling machines, desert racers, or high-performance street trucks. Despite this diversification, the central formula remains recognizable: a durable frame, powerful engine, useful cargo bed, strong drivetrain, and the ability to operate in demanding conditions.

Dodge and Ram's evolution is therefore a story of increasing capability and specialization. The Power Wagon represents rugged four-wheel-drive heritage, the Cummins-powered Ram 2500 and 3500 represent heavy-duty towing strength, the Li'l Red Express and SRT-10 represent performance-truck culture, the Ram Rebel represents accessible off-road versatility, the Ram 1500 Limited represents luxury and everyday refinement, and the Ram TRX represents extreme high-speed off-road performance.

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09/08/2026

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Every Mopar big-block on this page was born in the same building. The 413 Max Wedge that taught Chrysler how to drag race. The 426 Hemi that swept the 1964 Daytona 500. The 440 Six Pack that powered the Road Runner. The 383 that went into more Mopars than every other big-block combined. All of them came from the Chrysler Trenton Engine Plant in Trenton, Michigan. One building. One assembly line. Every RB and B-series big-block V8 that Chrysler produced for the American market passed through the same doors, was assembled by the same workforce, and left on the same trucks. The most important Mopar address nobody outside the factory ever learned.

This photograph commemorates the seven millionth engine. The engine on display is a 383, which is fitting because the 383 was the volume engine that paid for everything else. For every 426 Hemi that left Trenton, approximately 273 383s left beside it. The Hemi got the posters. The 383 got the production numbers. The 383 powered Plymouth Furys, Dodge Polaras, Chrysler 300s, Plymouth Satellites, Dodge Coronets, and hundreds of thousands of police cars and taxi cabs that needed V8 torque without Hemi complexity. The 383 made 330 HP in its hottest Street Wedge configuration and approximately 270 HP in its most common four-barrel form. It was never the fastest Mopar engine. It was the most common. And the most common engine is always the one that keeps the factory running.

The Trenton plant produced every displacement in the B and RB big-block families. The B-series: 350, 361, 383, and 400 cubic inches, all sharing the same 4.80-inch bore spacing and the same basic block architecture. The RB (Raised Block) series: 383, 413, 426, and 440 cubic inches, with a taller deck height for a longer stroke. The 426 Hemi used its own unique block but was assembled on the same line, by the same hands, in the same building. When Tom Hoover's engineering department finished the blueprints for the Race Hemi in late 1963, the production orders went to Trenton. When the Street Hemi was homologated for 1966, the 11,000 engines across six model years were assembled at Trenton. When the 440 Six Pack went into Road Runners and Super Bees, it came from Trenton.

Seven million engines from one plant is a manufacturing achievement that dwarfs the production numbers of the famous engines this page celebrates. The 426 Hemi: approximately 11,000 Street Hemis plus racing units. The 440 Six Pack: approximately 30,000. The 340 Six Barrel: approximately 5,100. Combined, the legendary Mopar performance engines total fewer than 50,000 units. The other 6,950,000 engines that left Trenton were 383s and 400s and 440 four-barrels that went into sedans, wagons, trucks, vans, police interceptors, and taxi cabs. The workhorse engines. The engines that paid for the Hemi development program. The engines that kept the assembly line running so that the Hemi could exist. Without three million 383s, there would be no 11,000 Hemis. Volume subsidizes performance. Always.

The Trenton plant eventually closed as Chrysler consolidated manufacturing and big-block production ended. The building that made every Mopar big-block, from the first 361 in 1958 to the last 440 in 1978, is no longer producing engines. But seven million of them are still out there. In running cars, in barns, in junkyards, in machine shops being rebuilt, and in the memories of every mechanic who ever turned a wrench on a B or RB engine. One building. Seven million engines. Every Mopar big-block that ever existed. The factory floor where the Hemi was born, where the Max Wedge was assembled, where the 440 was built, and where the 383 kept the lights on. The most productive engine plant in Mopar history, commemorated by the engine that nobody puts on a poster: the 383. The seven millionth engine wasn't a Hemi. It was the engine that made the Hemi possible.

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2200 NE Jacksonville Rd
Ocala, FL
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