2013 Toyota HiAce V (H200, facelift 2013) Wagon Super Long Dimensions, Size & Specs

The curb weight of the Toyota HiAce V Wagon Super Long ranges between 2040 and 2150 kg (4496 to 4740 lbs), depending on specific configurations and trim options. Its maximum gross weight capacity is between 2590 and 2700 kg (5709 to 5952 lbs), allowing it to carry significant cargo or passenger loads safely. This weight range reflects the van's robust build suitable for commercial and passenger applications.

The ground clearance of the 2013 Toyota HiAce V Wagon Super Long is between 175 mm and 185 mm (6.9 to 7.3 inches). This ride height provides sufficient clearance for urban driving as well as some light off-road or uneven rural surfaces, reducing the risk of undercarriage damage. It also contributes to stable driving dynamics by balancing clearance with a relatively low center of gravity for a van of this size.

Standard residential garages usually have a width of about 2400 to 2700 mm (94.5 to 106 inches) and a height clearance around 2100 to 2200 mm (82.7 to 86.6 inches). With a width of 1880 mm (74 inches), the HiAce fits comfortably side-to-side; however, the height of 2285 mm (90 inches) exceeds average garage height clearance, meaning it may not fit in many standard garage door heights without modification or specialized larger garage space.

The facelifted 2013 HiAce V Wagon Super Long generally maintained the same overall size as the pre-facelift versions in length (around 5380 mm) and width (around 1880 mm). However, minor changes in design and aerodynamics were introduced. The ride height and curb weight were updated slightly due to structural enhancements and added features. Overall, the facelift improved practicality and style without major changes in size, maintaining the spacious interior and exterior footprint familiar to users.

Compared to other long-wheelbase vans like the Nissan NV350 or Ford Transit, the Toyota HiAce V Wagon Super Long offers competitive length (5380 mm) and width (1880 mm), providing one of the more spacious interiors in its segment. It balances cargo capacity and passenger seating well, with a higher roofline (2285 mm) than some competitors, which enhances headroom and cargo volume. The vehicle’s robust curb weight and ground clearance also make it versatile for both urban and moderate rural use.

The 2013 Toyota HiAce V Wagon Super Long is equipped with 15-inch rims paired with tires sized 195/80 R15 107/105L LT. These tires are designed for light truck duty (LT), indicating they are heavier duty than regular passenger tires, suitable to support the vehicle's substantial weight and maximum load capacity. The tire size also complements the vehicle's ride height and ground clearance to ensure safe handling and road contact.

Thanks to its Super Long designation, the Toyota HiAce V Wagon offers extensive interior space, accommodating multiple seating configurations typically for 9 to 15 passengers depending on the layout. The 5380 mm (211.8 inches) length allows generous legroom and cargo space behind the last seat. The high roof (2285 mm/89.96 inches) improves headroom, making it comfortable for passengers to move inside. It is designed to balance passenger comfort with practical cargo hauling in commercial or family uses.

While the 2013 Toyota HiAce V Wagon Super Long is a large vehicle at 5380 mm long and 1880 mm wide, it is designed with urban usability in mind. Features like moderate ride height, relatively narrow width for its length, and light truck tires help it avoid being unwieldy in city conditions. However, drivers should be cautious with parking and tight turns due to its length and height, particularly in narrow city streets or tight parking lots.

The large size (length of 5380 mm, width of 1880 mm, and height of 2285 mm) and weight (2040-2150 kg curb weight) of the HiAce V Wagon Super Long influence its aerodynamic drag, typically resulting in moderate fuel efficiency compared to smaller vehicles. The higher roof increases air resistance, which may reduce highway fuel economy. However, the van’s design prioritizes cargo and passenger capacity and durability over fuel savings. The vehicle’s weight and dimensions contribute to stable, predictable driving dynamics but require more braking distance and cautious handling compared to lighter, smaller vans.