Mercedes-Benz Sprinter Size Guide: Dimensions, Cargo & Payload

Sprinter Dimensions, Cargo and Payload: Quick Answer

Mercedes-Benz Sprinter Cargo Vans offer up to 533 cubic feet of cargo volume or up to 6,812 pounds of payload capacity, depending on the selected model, GVWR, roof height, wheelbase, drivetrain, engine, equipment, and body configuration. The 144-inch wheelbase provides the most compact footprint, the 170-inch wheelbase provides greater cargo-floor length, and the 170-inch extended body provides the greatest maximum cargo volume.

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Up to 533 Cubic Feet

The 170-inch extended high-roof Cargo Van provides the greatest maximum cargo volume in the configurations listed below.

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Up to 6,812 Pounds

The 144-inch Standard Roof Cargo Van 4500 provides the highest maximum payload rating listed in this guide.

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RWD and AWD Choices

Available drivetrain choices let buyers compare payload, traction, body size, operating environment, and upfit requirements.

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Cargo Volume

Measured in cubic feet.

Cargo volume describes the three-dimensional space available inside the cargo area. It is especially relevant when carrying packages, furniture, bins, supplies, lightweight equipment, or bulky items that occupy significant space.

• Affected by wheelbase and body length
• Affected by roof height
• Affected by wheel housings and body configuration
• Reduced by shelving, partitions, tanks, cabinets, and other upfits

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Payload Capacity

Measured in pounds.

Payload is the weight the van can carry after accounting for its own curb weight. It includes people and everything added to or carried by the van.

• Passengers and personal items
• Cargo, tools, equipment, and materials
• Shelving, partitions, racks, tanks, and upfits
• Hitch equipment and trailer tongue weight

How Is Sprinter Payload Calculated?

The published payload figure is based on a vehicle’s rated gross vehicle weight minus its base or configured vehicle weight. Every option and item added to the van can reduce the remaining payload available for passengers and cargo.

Example: A van may offer substantial interior room but still reach its payload limit before the cargo area is physically full. Heavy tools, water tanks, refrigeration systems, generators, batteries, shelving, and towing tongue weight can consume payload quickly.

GVWR and Model

The 2500, 3500, 3500XD, and 4500 use different GVWR, axle, wheel, tire, chassis, and body configurations that affect payload.

Wheelbase and Body

Longer wheelbases and extended bodies provide more cargo room but add vehicle weight, which can affect the remaining payload.

Roof Height

A high roof increases vertical space and cargo volume, but the taller body can weigh more than the equivalent standard-roof configuration.

RWD vs. AWD

AWD equipment adds weight. As shown in the tables, otherwise comparable AWD models generally have lower listed payload than their RWD counterparts.

Options and Upfits

Seats, shelving, partitions, refrigeration, steps, hitches, batteries, tanks, generators, and accessories reduce remaining payload.

Passengers and Towing

Passenger weight and trailer tongue weight count toward the load carried by the van and reduce available cargo payload.

Configuration Highlights

• Up to 319 cubic feet of cargo volume
• Up to 6,812 pounds of payload
• RWD and AWD choices
• Standard- and high-output diesel availability

Configuration Highlights

• Up to 374 cubic feet of cargo volume
• Up to 6,735 pounds of payload
• RWD and AWD choices
• High-roof room with the shorter wheelbase

Configuration Highlights

• Up to 488 cubic feet of cargo volume
• Up to 6,382 pounds of payload
• RWD and AWD choices
• Longer cargo floor without the extended rear body

Configuration Highlights

• Up to 533 cubic feet of cargo volume
• Up to 6,250 pounds of payload
• RWD and AWD choices
• Maximum listed interior cargo volume

Measure the Cargo

Record the length, width, height, shape, and loading orientation of the largest items the van must carry.

Calculate Upfit Weight

Include shelving, partitions, racks, tanks, flooring, generators, batteries, refrigeration, steps, hitches, and accessories.

Add People and Supplies

Account for drivers, passengers, tools, spare parts, fluids, personal items, inventory, and everything carried during a normal workday.

Evaluate the Route

Consider parking, loading docks, alleys, garage clearance, turning room, road conditions, snow, jobsite access, and highway use.

Choose RWD or AWD

Compare the traction benefits of AWD with its additional vehicle weight and the resulting reduction in listed payload.

Leave a Working Margin

Avoid building a van that must operate at its maximum rating every day. Allow capacity for business growth and changing loads.

Do This

• Use the payload rating for the exact vehicle
• Weigh the completed van after upfitting
• Distribute cargo between the axles
• Secure tools, equipment, and freight properly
• Check tire pressure and load ratings
• Include passengers and tongue weight in payload
• Reweigh the van when the upfit or normal load changes

Avoid This

• Assuming cargo volume and payload are the same measurement
• Using the highest lineup rating for every Sprinter
• Ignoring the weight of shelves and accessories
• Loading all heavy cargo behind the rear axle
• Exceeding GVWR, axle, tire, or hitch limits
• Choosing a body too long for daily operating conditions
• Operating without confirming the completed vehicle weight

Configure a Sprinter Van for Your Columbus-Area Business

Commercial vans operating throughout Columbus and Central Ohio may encounter downtown delivery routes, suburban service calls, interstate travel, winter weather, loading docks, equipment-heavy jobsites, and long operating days. Those conditions can affect the ideal wheelbase, roof height, drivetrain, payload rating, and upfit.

Browse new Sprinter inventory, review current Sprinter offers, or continue your research using the guides below.

Sprinter Dimensions, Cargo and Payload FAQs