8 Incredible Most Advanced Vehicles in the World
Mars Rover Vehicle : This specific vehicle was developed in five months by the NASA Space Center. The futuristic look goes hand in hand with its interstellar travel purpose. The creation of the rover was necessary to help scientists travel the surface of Mars to discover and understand what makes up different parts of the planet. The Mars Rover Vehicle is 8.5 meters long, 3.4 meters tall, and 4 meters wide. The rover vehicle is constructed from composite aluminum material, giving it a weight of 2.7 tons, classifying it as a lightweight SUV. It can reach a maximum speed of 110 km/h on Earth but only 25 km/h on Mars. Due to its light size and unique wheel construction, it has good maneuverability. Each of the rover’s six wheels has a diameter of 127 cm. Instead of tires, each disc-shaped wheel is covered in rubber strips that help quickly clear sand and other debris. The shape of these wheels allows the vehicle to overcome obstacles it may encounter while exploring.
Yamaha MotoroiD
The widely known Japanese company, Yamaha, introduced a spectacular, technologically advanced vehicle in the fall of 2017. The Yamaha MotoroiD is an electric motorbike with a beautiful futuristic style and appearance. Entirely powered by electricity, this makes the motorbike environmentally friendly. The team of both designers and engineers came together and removed boundaries when considering the aesthetic of the motorbike. While designers wanted practicality, the engineers chose tech viability to create a balance between the two. For example, the chrome side cylinders of the bike are aesthetically pleasing but also provide storage to hold the power reserves. The bike bridges human interaction and technology, thanks to its equipped AI. The AI can interact with the driver by facial recognition and body movements to allow autonomous movement of the bike. An example is the auto-balance control system; it can automatically return to its original position when the motorcycle is pushed. The AI can detect the owner’s hand gestures and respond accordingly, bringing humans and machines together.
Renault Float
The creation of the Renault Float began as a concept created by an ordinary student in 2017. The automotive company, Renault, held a competition to design the car of the future and the Float came out as the winner. At first glance, the Renault Float doesn’t look like a car or any other vehicle, and it’s essentially a futuristic floating bubble. The vehicle requires pure electricity to travel, and it utilizes the same technology that Elon Musk uses for the Hyperloop high-speed commuter train concept. The magnetic levitation of the Renault Float gives the ability to move very smoothly in any direction without the need to turn or bend, really demonstrating its hover car-inspired design. There are several versions of the Float; the first model contains only a single seat while others have room for passengers or additional seating. It’s designed in a way where the magnetic belt surrounding the Float can connect extra pods. Features of the vehicle include bucket seats, transparent exterior glass, sliding doors, and an app that allows it to function similarly to Uber.
Terrafugia TF-X
All future-based movies present a flying car concept; the Terrafugia TF-X is a real flying car. Boston-based company Terrafugia released the first design of the TF-X in 2013 and had plans to develop it for the next 8 to 12 years. The flying car runs via the built-in twin electric motor pods that can reach 600 horsepower. The TF-X doesn’t require a runway for its vertical takeoffs and landings. Pusher propellers extend their retractable wings, and a rear ducted fan provides the necessary thrust to reach its maximum cruising speed of 322 km/h. The pilot may control the vehicle in manual or automatic mode using the computerized drive system. Functioning similarly to a GPS, the operator only needs to enter a destination address. Despite that, additional safety features allow it to land at the nearest airport if the pilot becomes unresponsive. Once completed, it is expected to cost $300,000.
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