1996 Dodge Ram Van 2500 Specs: Trim-by-Trim Breakdown
The 1996 Dodge Ram Van 2500 was a staple workhorse for construction crews, delivery fleets, and adventure seekers across the 1990s, built to haul heavy loads and handle tough daily use. If you’re searching for its exact specifications, you’re likely restoring a vintage model, evaluating a used purchase, or planning a heavy towing job. Many owners also reference these specs for custom builds or part swaps.
This guide breaks down every official 1996 Ram Van 2500 spec, from available engine and transmission pairings to payload, GVWR, and dimensional details. We also cover VIN decoding tips, head-to-head comparisons with competing full-size vans, and common maintenance insights to keep your rig running reliably.
1996 Dodge Ram Van 2500 Specs: Complete Overview
Where the 1996 Ram Van 2500 Fits in the Dodge Lineup
The 1996 model year falls within the third generation of Dodge B-series vans, a production run that spanned 1971 to 1997. The “2500” designation marks its mid-weight class, sitting between the light-duty 1500 and heavy-duty 3500 Ram Van variants. This badge refers to payload and GVWR capacity, not engine displacement.
It was engineered for commercial fleets, cargo transport, and families needing heavy-duty passenger and cargo space. Body-on-frame construction and a solid rear axle gave it the durability required for frequent heavy loads. It shares some mechanical components with the 1996 Dodge Ram pickup, but uses a distinct van-specific platform.
Why These Specs Still Matter Today
The Ram Van line was discontinued entirely after 2002, replaced by a front-wheel-drive model with a completely different design. Final B-series vans like the 1996 2500 are still popular for work conversions, camper builds, and fleet use decades later. Original specs help owners verify capabilities and source correct replacement parts.
As a direct rival to the 1996 Ford E-250 and Chevrolet Express 2500, the Ram Van 2500 shared the segment’s standard body-on-frame, rear-wheel-drive layout. Each model used unique engineering for its chassis, drivetrain, and interior, so spec sheets are the easiest way to tell the three apart when shopping used.
What This Guide Covers
This overview breaks down the core specifications that define the 1996 Ram Van 2500’s performance and utility. You’ll find context for its weight class ratings, standard and optional equipment for the model year, and details on how its body-on-frame design set it apart from both earlier B-series vans and the front-wheel-drive Ram Van models that replaced the line after 2002.
1996 Dodge Ram Van 2500 Specs at a Glance (Data Table)
Engine and Drivetrain Specifications
The 1996 Dodge Ram Van 2500 came with two proven Magnum V8 options, both paired with either the legendary A-727 three-speed or the more modern A-518 four-speed overdrive TorqueFlite automatic. Here is a full breakdown.
Dimensions and Capacity Ratings
Wheelbase choices significantly affected overall length, interior volume, and GVWR. The 2500 was offered in short, medium (Maxi), and long wheelbase configurations across cargo and passenger body styles.
Weight and Tow Ratings
GVWR varies considerably depending on engine choice, wheelbase, body style, and options. The example below illustrates how a short-wheelbase 5.2L passenger van differs from a long-wheelbase 5.9L cargo van.
1996 Dodge Ram Van 2500 Specs: Engine and Transmission Details
5.2L (318 Cu In) Magnum V8 Engine Specs
The 5.2L (318 cubic inch) Magnum V8 served as the standard powerplant for all 1996 Ram Van 2500 models. It produced a rated 230 horsepower and 295 lb-ft of torque, enough for daily hauling of light cargo and passenger transport.
This engine used electronic fuel injection, a significant upgrade over earlier carbureted 318 units, for more consistent throttle response and reliability. When maintained on a regular schedule, these Magnum V8s were known to easily surpass 200,000 miles with minimal major issues.
5.9L (360 Cu In) Magnum V8 Engine Specs
The optional 5.9L (360 cubic inch) Magnum V8 was the top power option for buyers needing extra towing or hauling capacity. It delivered 245 horsepower and 335 lb-ft of torque, a noticeable bump over the standard 5.2L for pulling heavy trailers or fully loaded cargo.
Like the smaller Magnum, it used electronic fuel injection and shared the same durable cast-iron block and pushrod design. Many owners report this engine handles heavy use with minimal issues when given routine oil changes and timing belt service.
Transmission Options: A-727 vs. A-518
Dodge paired both available engines with two TorqueFlite automatic transmissions, each suited for different use cases. The A-727 3-speed automatic was the base transmission, most often matched to the 5.2L V8.
It was a proven heavy-duty unit built for durability, but lacked an overdrive gear for highway cruising. The A-518 4-speed TorqueFlite automatic with overdrive was available for both the 5.2L and 5.9L engines, and was the preferred choice for towing and daily driving.
Its overdrive fourth gear dropped highway cruising RPM by hundreds of rotations per minute compared to the 3-speed A-727. This reduced engine wear, improved fuel economy by 2-3 MPG on the highway, and lowered cabin noise during long trips.
The A-518’s overdrive gear cuts highway cruising RPM by roughly 20% compared to the A-727 at 65 MPH, which not only improves fuel efficiency but also extends engine life for vans used for frequent long-distance travel or heavy towing.
Drivetrain and Rear Axle Ratios
All 1996 Ram Van 2500 models used a rear-wheel drive layout, with no all-wheel or four-wheel drive options offered for this model year. The standard rear axle ratio was 3.21:1, optimized for balanced daily driving performance and moderate towing capacity.
Buyers who planned to tow maximum loads or carry heavy cargo regularly could opt for a 3.55:1 or 4.10:1 rear axle ratio. These lower gearing increased towing capacity and off-the-line acceleration, but raised highway RPM and reduced fuel economy slightly.
The A-518 transmission was strongly recommended for vans with the 4.10:1 axle to offset higher cruising RPM via its overdrive gear, making it the ideal pairing for heavy-use commercial or recreational applications.
1996 Dodge Ram Van 2500 Specs: Dimensions, Body Styles, and Wheelbases
The physical size and configuration of a 1996 Ram Van 2500 fundamentally define its capability. Understanding the interplay between wheelbase, body style, and resulting interior space is crucial for matching a van to its intended duty, whether as a people mover or a cargo hauler.
Cargo Van vs. Passenger Van Body Configurations
Dodge offered three primary body configurations for the 1996 Ram Van 2500. The fundamental split was between the Cargo Van, designed with a stripped interior for hauling goods, and the Passenger Van, equipped with seats, windows, and interior trim for transporting people.
A distinct third option was the Maxi Commercial Passenger Van. This variant often combined the longer wheelbase chassis with heavy-duty commercial-spec seating, allowing it to accommodate up to 15 passengers for shuttle or fleet use. This configuration typically carried a different GVWR than a comparable Cargo Van due to the added weight of seats and glass.
Wheelbase Choices and Their Impact on Payload
The 1996 Ram Van 2500 was available with three distinct wheelbases: a short wheelbase of approximately 114 inches, a medium wheelbase around 126 inches, and a long wheelbase of about 134 inches. The choice directly impacted the van’s footprint, interior volume, and structural load capacity.
Crucially, the Gross Vehicle Weight Rating (GVWR) increased with longer wheelbases. A longer chassis is structurally reinforced, allowing it to support a higher maximum weight. Consequently, a long-wheelbase 2500 model could have a higher GVWR—and thus a greater payload capacity—than a short-wheelbase model equipped with the same engine.
Interior Dimensions and Cargo Volume Estimates
Overall length scaled with the wheelbase, ranging from roughly 207 inches for a short-wheelbase Cargo Van to over 233 inches for a long-wheelbase Passenger Van. Vehicle height was more consistent, generally between 81 and 83 inches depending on the specific roof option.
Interior cargo volume was a direct function of these dimensions. The long-wheelbase models offered significantly more floor length and cubic foot capacity. While exact figures varied by year and configuration, the long-wheelbase models were the clear choice for maximizing internal space.
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Towing, Payload, and GVWR Facts for the 1996 Ram Van 2500
Your van’s specific Gross Vehicle Weight Rating (GVWR) is listed on a sticker on the driver-side door jamb. This is the maximum total weight the vehicle is engineered to carry, including itself, fuel, passengers, and cargo. Never assume the rating from a brochure applies to your specific build.
The 1996 Ram Van 2500’s maximum towing capacity ranged from about 5,000 to 7,200 pounds. This wide range depends heavily on the specific engine, transmission, and factory-installed options. A crucial factor is the rear axle ratio—lower numbers (like 3.55) are for fuel economy, while higher numbers (like 4.10) improve towing ability.
The factory towing package was essential for higher ratings. It included a heavy-duty radiator, an auxiliary transmission cooler, a higher-capacity alternator, and a more robust rear axle. Simply adding a hitch does not give you the van’s maximum rated capacity.
Payload capacity is calculated as GVWR minus the van’s curb weight (its weight with all fluids but no cargo or passengers). Because a short-wheelbase cargo van is lighter than a long-wheelbase passenger wagon, its payload capacity can be significantly higher, even with the same GVWR.
For example, a short-wheelbase cargo van with a 7,300 lb GVWR and a 5,400 lb curb weight has a payload capacity of only 1,900 lbs. A long-wheelbase model might have a higher GVWR but also a much heavier curb weight, potentially resulting in a similar or lower payload. Always calculate based on your van’s actual numbers.
A common misconception is that installing heavier-duty springs increases your rated payload or towing capacity. It does not. Modifying the suspension changes the ride but does not alter the factory-tested and certified weight ratings on your GVWR sticker. The 2500 designation indicates a specific weight class, not the engine size.
How to Decode the VIN and Identify Your 1996 Ram Van 2500 Specs
The most reliable way to confirm your van’s exact factory configuration is by decoding its unique 17-character Vehicle Identification Number (VIN) and cross-referencing it with official labels and records. This process verifies your engine, transmission, and original options.
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Step-by-Step Guide
Find the VIN on a metal plate at the base of the driver-side windshield or on the driver’s door jamb. Carefully transcribe all 17 characters. This code is the primary key to your van’s identity.
Examine the driver-side door jamb sticker. It lists critical specs the VIN decoder may not show, including the Gross Vehicle Weight Rating (GVWR), front and rear Gross Axle Weight Ratings (GAWR), and recommended tire pressures.
Positions 1-3 (e.g., “1D4”) identify Dodge. Position 4 indicates body style; “B” is for the Ram Van series. Positions 5-8 encode details like the “B” for the 2500 series and “2” for the 5.9L V8 engine.
For example, the VIN 1D4GB28A6TFxxxxxx breaks down as: 1D4 = Dodge, G = Van, B = Ram Van 2500, 2 = 5.9L Magnum V8, with the 10th character “T” indicating the 1996 model year.
The certification label also displays any specific factory option codes. If you have the original window sticker or service records, these documents provide the most definitive list of the van’s installed features.
To resolve any discrepancies, such as a replaced engine, you can often cross-reference the VIN with Chrysler’s factory build records through enthusiast forums or professional services. This matching process confirms the original drivetrain and equipment.
1996 Dodge Ram Van 2500 Specs Compared: Ford E-250 and Chevy Express
Engine Lineups Compared Across the Three Vans
The 1996 Dodge Ram Van 2500 was powered by its robust Magnum V8 engine family, offering either a 5.2L (318 cubic inch) or a 5.9L (360 cubic inch) V8. These engines represented a more modern pushrod design for the era. The Ford E-250 countered with a 4.6L V8 and a massive 7.5L (460 cubic inch) V8, the latter being an older, less efficient design.
Chevrolet’s Express 2500 took a different approach, offering the most variety with a base 4.3L V6, a 5.0L V8, and a 5.7L V8. This gave buyers a wider range of power choices, from a fuel-conscious six-cylinder to classic small-block V8 performance. The Dodge Magnum engines were generally regarded as more refined and efficient than Ford’s aging large-displacement options.
Transmission and Drivetrain Similarities
All three full-size vans shared a fundamental, rugged architecture. They utilized body-on-frame construction, a solid rear axle, and a rear-wheel-drive layout. Crucially, no all-wheel-drive (AWD) or four-wheel-drive options were available from the factory for any of these models in 1996.
The Dodge Ram Van commonly used the A-518 4-speed automatic (later known as the 46RH/RE), a durable transmission. The Ford E-250 employed a similar 4-speed automatic to manage its power. The Chevrolet Express typically used a 4-speed automatic or, in some configurations, a 3-speed automatic, especially behind the V6 engine. Internally, Dodge maintained a more truck-like cockpit feel, while Ford and GM had begun refining their interiors with more van-specific ergonomics.
Towing and Payload: Which Van Carries the Most?
Towing and payload capacities are critical for commercial buyers. These figures depend heavily on engine choice, axle ratio, and wheelbase. Generally, the Dodge Ram Van 2500 and its competitors were in a close contest, with maximum ratings often exceeding 5,000 pounds for payload and 7,500 pounds for towing when properly equipped.
The specific numbers varied, making a direct comparison complex. For example, a Ram Van 2500 with the 5.9L V8 might have a different maximum towing capacity than a Chevy Express 2500 with its 5.7L V8 due to differing drivetrain calibrations and axle options. Detailed towing charts from each manufacturer are essential for accurate planning.
Common Issues and Maintenance Insights for the 1996 Dodge Ram Van 2500
Top Rust-Prone Areas to Inspect
Rust is the single biggest threat to this generation of Ram Van 2500, far outranking mechanical wear for most owners. Before purchasing a used example, prioritize a thorough inspection of hidden structural zones. Check wheel wells for bubbling paint and flaking metal, as road salt and debris collect there and accelerate corrosion. Also examine frame rails, rocker panels, and floor pans closely—even vans that appear clean on the surface can have hidden rot in these areas that compromises structural integrity.
Engine and Transmission Service Intervals
The 1996 Ram Van 2500 typically came with either the A-727 3-speed automatic or the heavier-duty A-518 4-speed automatic. The A-727 is extremely robust but lacks an overdrive gear, reducing highway fuel efficiency and raising engine RPM at cruising speeds. The A-518 handles heavy loads far better but can develop harsh or delayed shift quality if transmission fluid changes are skipped past the 30,000-mile recommended interval. Cooling system maintenance is non-negotiable for the 5.9L Magnum V8, as these engines run warm by design.
Neglected radiators, failing water pumps, or old coolant will quickly lead to expensive head gasket failures if not addressed. For the 5.9L specifically, spark plug wires are accessible but require removing the plastic intake manifold cover for replacement, and the distributorless ignition system components should be checked for wear every 60,000 miles to avoid unexpected misfires.
Suspension and Braking System Maintenance
This generation of Ram Van is known for its rugged, truck-based underpinnings, but it also has dated, truck-like handling that puts extra stress on wear items. Front suspension bushings, ball joints, and tie-rod ends wear predictably, especially on vans used for heavy hauling or frequent stop-and-go driving. Inspect these components every 15,000 miles, and replace them in pairs to maintain even handling. The solid rear axle is virtually indestructible when paired with healthy leaf springs.
Prioritize checking leaf spring shackles and bushings for corrosion or cracking during routine service. Brake components wear at a standard rate for a vehicle of this size, but upgrade to heavy-duty pads and rotors if you regularly tow or carry maximum payload.
Where to Find Replacement Parts Today
One of the biggest advantages of the 1996 Ram Van 2500 is the wide availability of replacement parts, making it one of the easiest 1990s vans to maintain as a DIY project. NAPA and RockAuto carry nearly every common wear item, from suspension components to cooling system parts, at affordable prices. For harder-to-find body-specific parts, specialty B-series van suppliers stock everything from floor pans to rocker panel replacements, so you won’t struggle to source parts even for heavily worn examples. This parts accessibility helps keep long-term ownership costs low compared to competing 1990s cargo vans.
Key Takeaways
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The standard engine was a 5.2L (318 ci) V8 producing 220 hp, with a 5.9L (360 ci) V8 option for more power. -
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Maximum towing capacity reached 7,400 lbs when properly equipped with the larger engine and tow package. -
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Body styles included 159″ and 189″ wheelbase options, with cargo, passenger, and cutaway variants. -
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GVWR ranged from 8,500 lbs to 9,000 lbs, directly impacting payload capabilities. -
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The Ram Van competed directly with the Ford E-250 and Chevrolet Express 2500, often offering comparable power.
❓ Frequently Asked Questions
1
What engines were available in the 1996 Ram Van 2500?
The 1996 Dodge Ram Van 2500 came standard with a 5.2-liter (318 cubic inch) V8 engine. An optional upgrade was a larger 5.9-liter (360 cubic inch) V8, which provided increased horsepower and torque for heavier duties.
2
What is the towing capacity of a 1996 Dodge Ram Van 2500?
The maximum towing capacity for a 1996 Ram Van 2500 was 7,400 pounds when properly equipped with the 5.9L V8 engine, the correct axle ratio, and the factory tow package. Capacity varies based on engine and configuration.
3
How do I identify my specific 1996 Ram Van 2500 specs?
The most accurate way is to decode the 17-character Vehicle Identification Number (VIN). The VIN reveals the model year, engine type, transmission, and manufacturing details. Additionally, the sticker on the driver’s door jamb lists the GVWR and other critical facts.
4
What were the main dimensions of the 1996 Ram Van 2500?
Overall length depended on the wheelbase: the standard 159″ model was about 209 inches long, while the extended 189″ version stretched to approximately 236 inches. Both models shared a similar width of around 79 inches.
5
How did the 1996 Ram Van 2500 compare to its rivals?
It was a strong competitor to the Ford E-250 and Chevrolet Express 2500. The Ram Van often offered more standard V8 power, but the Ford and Chevy were praised for their more modern chassis and, in later years, improved fuel-injected engine options.
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How do I identify the correct GVWR for my specific van?
Locate the certification label on the driver-side door jamb — it lists the exact Gross Vehicle Weight Rating, tire pressure, and gross axle weight ratings for your individual van, which may differ from other 1996 Ram Van 2500s.
