2018 Great Wall Steed 6 Dimensions, Size & Specs

The Great Wall Steed 6 boasts a ground clearance of 195 mm (7.7 inches), which is relatively high for a pickup truck in its segment. This elevated ride height allows the vehicle to navigate uneven terrain, dirt roads, and moderate off-road conditions with ease, reducing the risk of underbody damage. Its clearance supports better approach and departure angles, making it a practical choice for users needing a versatile pickup for both urban and off-road driving.

The Great Wall Steed 6’s dimensions—5345 mm long, 1800 mm wide, and 1760 mm tall—make it a slightly large vehicle to fit into a standard home garage. Standard garages typically measure about 6 meters (20 feet) in length and 3 meters (10 feet) in width, which accommodates the Steed 6 with limited extra space to maneuver inside. Owners should measure their garage to ensure enough clearance, especially considering width and length allowances for opening doors and safely parking without difficulties.

Compared to its predecessor, the Great Wall Steed 5, the Steed 6 shows an increase primarily in length, offering more cargo and cabin space. While the Steed 5 typically measured around 5300 mm in length with slightly narrower width, the Steed 6 extends to 5345 mm long and is 1800 mm wide, making it a bit larger overall. These size enhancements translate to improved utility and comfort, consolidating the Steed 6’s position as a more practical and competitive picker truck in the market.

In comparison to similar midsize pickups like the Toyota Hilux, Ford Ranger, or Nissan Navara, the Great Wall Steed 6 fits within the competitive range for length and height but is somewhat narrower. For example, the Toyota Hilux is about 5330 mm long, which is nearly the same as the Steed 6’s 5345 mm, while its width is about 1855 mm compared to the Steed’s 1800 mm. This somewhat narrower width can offer easier maneuverability in tight spots but might affect interior shoulder room versus the wider competition.

The Great Wall Steed 6 is equipped with 16-inch rims and tire sizes of 235/70 R16 as standard. These tire dimensions provide a good balance between on-road comfort, off-road capability, and payload capacity. The 235 mm width (about 9.3 inches) offers stable grip and traction, while the 70 aspect ratio helps cushion the ride and absorb bumps, enhancing off-road performance and drivability on rugged surfaces without compromising road handling.

Given its exterior dimensions—length of 5345 mm and width of 1800 mm—the Great Wall Steed 6 provides a spacious cabin suitable for both work and family use. The moderate width and height translate into sufficient headroom and shoulder space for passengers, as well as practical legroom in the front and rear seats. This balance between external size and interior layout aims to enhance occupant comfort while maintaining a functional cargo bed for hauling purposes.

While specific cargo bed dimensions are not provided, the overall length of 5345 mm (210.4 inches) generally indicates that the Great Wall Steed 6 carries a long cargo bed typical of midsize pickups, capable of handling considerable payloads and larger items. This makes the Steed 6 well-suited for commercial use, construction, farming, or outdoor activities where maximum bed space is essential for transporting tools, equipment, or supplies reliably.

A height of 1760 mm (69.3 inches) is fairly typical for a midsize pickup truck like the Great Wall Steed 6. This height strikes a balance by offering good road visibility for the driver and sufficient interior cabin height for comfortable seating, without making the vehicle too tall to handle easily in urban areas or under low-clearance structures. It also supports adequate headroom for passengers while keeping the center of gravity low enough for relatively stable handling.

The size of the Great Wall Steed 6, with its longer length and moderate width, typically means its fuel efficiency could be slightly lower than smaller, more compact pickups, especially when fully loaded or driven aggressively. Larger physical dimensions contribute to increased weight and aerodynamic drag, which influences consumption. However, the trade-off includes better cargo capacity, stability, and ride comfort. Its sizing is optimized to provide practical utility without excessively compromising drivability or fuel economy.