2016 Nissan Titan II King Cab Dimensions, Size & Specs

The curb weight of the 2016 Nissan Titan II King Cab ranges from 2488 kg to 2569 kg (5487 to 5663 lbs), depending on trim and configuration. The maximum weight capacity, which includes payload and passengers, varies between 3221 kg and 3311 kg (7100 to 7298 lbs). This means the truck is built robustly for heavy-duty use, offering a strong balance between structural durability and weight efficiency to deliver solid towing and hauling capabilities.

The ground clearance of the 2016 Nissan Titan II King Cab ranges between 211 mm and 226 mm (8.3 to 8.9 inches). This significant ride height helps the truck tackle uneven terrains and moderate off-road conditions with ease. A higher ground clearance reduces the risk of undercarriage damage and aids in better approach, departure, and breakover angles, which are crucial for navigating rough trails or construction sites effectively.

Standard residential garage dimensions in many regions are approximately 6000 mm (237 inches) in length, around 3000 mm (118 inches) in width for a single-car garage, and about 2130 mm (84 inches) in height. The 2016 Nissan Titan II King Cab, with a length of 5794 mm (228.1 inches), width of 2019 mm (79.5 inches), and height up to 1923 mm (75.7 inches), fits comfortably within these garage dimensions. However, you should also consider any additional clearance needed for opening doors and any storage or shelving in the garage.

The Nissan Titan II King Cab 2016 model comes equipped with 18-inch rims sized 8.0J x 18. The corresponding tire sizes available are 265/70 R18 and 275/70 R18. These tire sizes provide a balance between on-road comfort and off-road capability, complementing the truck's rugged design and sizeable ground clearance for versatile use.

Compared to the initial Nissan Titan (first generation), the 2016 Titan II King Cab offers an increase in length and width, making the newer generation more spacious and imposing. While the first generation Titan had a length around 5740 mm (226 inches) and width near 2010 mm (79 inches), the newer Titan II King Cab measures 5794 mm in length and 2019 mm in width, contributing to improved cabin space and cargo capacity. Height and curb weight have also increased marginally due to added features and structural reinforcements intended to provide enhanced safety and comfort.

The 2016 Nissan Titan II King Cab stands competitively among full-size pickups like the Ford F-150, Chevrolet Silverado, and Ram 1500. Dimensionally, the Titan II King Cab's length of 5794 mm (228.1 inches) and width of 2019 mm (79.5 inches) are on par with these rivals, offering substantial cabin and cargo space. The ground clearance between 211 mm and 226 mm (8.3 to 8.9 inches) ensures similar off-road capabilities. While payload and towing specs may vary, the Titan II is designed to balance rugged performance with driver comfort, making it a solid choice in this segment.

The ‘King Cab’ configuration typically offers a two-row seating arrangement with additional space over a regular cab while maintaining a more compact profile compared to Crew Cab models. The interior provides sufficient legroom and headroom for front passengers and moderate space for rear passengers, making it suitable for occasional passengers or additional cargo inside the cabin. This setup balances passenger comfort and maximum bed length, catering to users who need both work functionality and passenger accommodation.

While exact bed dimensions can vary with bed length options, the King Cab design often emphasizes a longer bed compared to crew-cab models. This allows for larger cargo loads, ideal for hauling construction materials, equipment, or recreational gear. Combined with the truck's strong payload capacity (part of its maximum weight range of 3221-3311 kg or 7100-7298 lbs), the bed size enhances functionality for professional and personal use, enabling users to transport sizable loads easily.

The height of the 2016 Titan II King Cab ranges from 1908 mm to 1923 mm (75.1 to 75.7 inches), with differences potentially due to varying suspension setups or tire sizes. Slight variations in height can influence aerodynamics; higher vehicles generally experience increased wind resistance, which can slightly reduce fuel efficiency, especially at highway speeds. However, since the height variation is minimal, the impact on drag and fuel economy is marginal. The truck’s aerodynamic design aims to balance rugged looks with efficient airflow to optimize fuel use under typical pickup operating conditions.