The Range Rover Pre-Runner concept has been designed by Khyzyl Saleem as part of the Hagerty Rendered series that maintains a rugged aesthetic that appears clearly ready for a wide range of adventures.
The vehicle is covered in exposed carbon fiber bodywork across the design and has a mid-placed V10 engine housed inside the tubular framework. The aft-end of the SUV has been modified to house the fuel tank along with the cooling systems to give the vehicle a well-balanced design.
The Range Rover Pre-Runner concept was rendered using Autodesk 3ds Max and maintains a design that appears futuristically ready for an array of off-road environments. The vehicle is equipped with BFGoodrich Baja T/A desert racing tires to further drive home this notion of an off-road-ready design.
Hyper-Rugged SUV Concepts
This Range Rover Pre-Runner Concept by Khyzyl Saleem is Aggressive
Trend Themes
1. Hyper-rugged Suvs - Designing and manufacturing hyper-rugged SUVs for off-road enthusiasts and outdoor adventurers.
2. Carbon Fiber Bodywork - Developing carbon fiber bodywork technology for automotive and aviation industries, allowing for lightweight and durable designs.
3. Mid-placed Engines - Exploring the use of mid-placed engines for future car models, potentially revolutionizing automotive weight distribution and handling capabilities.
Industry Implications
1. Automotive Manufacturing - Automotive manufacturers can invest in producing hyper-rugged SUVs like the Range Rover Pre-Runner concept to meet the demand for adventurous and off-road vehicles.
2. Carbon Fiber Production - Carbon fiber production companies can work with automotive and aviation industries to develop lightweight and durable bodywork for cars and planes.
3. Engine Technology - Engine technology research and development can focus on the use of mid-placed engines to improve weight distribution and handling in automotive designs.