The most luxurious cars in the world created from high quality materials and leading technology will make you feel surprised. Produced from high-quality materials, leading technology creates the utmost comfort and luxury that are the reasons for the most luxurious cars in the world to be sold at great prices and make many people wish to own.

Lamborghini Veneno supercar
In 2016, the supercar was sold on JamesEdition classifieds site for a price of $ 5.5 million. This rare car has only 9 cars in the world. The car for sale is the 2014 version and rolls 90 km. The car makes many people feel enthralled by owning the world’s leading assembly and interior technology.

The origin of the name Veneno is taken from the name of a good cow. It is true that this supercar gives us a strong and powerful feeling like a bull.

The body is made with lightweight carbon and aluminum material, so the car’s volume decreases to the maximum. Lamborghini Veneno Roadster is really very attractive because it is equipped with V12 engine, 6.5 liter capacity, up to 750 horsepower combined with 7-speed ISR gearbox.

Arab car Lykan Hypersport
In 2012, the Lykan Hypersport was produced by the company W Motors headed by Ralph R Debbas. And this is also the first supercar of Saudi Arabia. At the 2013 International Qatar Motor Show, this supercar was launched and attracted many interested people. This super sports car has appeared in the blockbuster movie Fast & Furious 7.

With a selling price of up to 3.4 millions, this car can make many people feel surprised. But that price is quite worthy and reasonable because of the limited number of production vehicles in the number 7. Not only that, the details on the car are gold plated, extremely luxurious diamonds.

LED headlights of 420 diamond car applique, with a total weight of up to 15 carats. The details of the interior are sewn with gold thread. The number 7 in the rear of the car is inspired by the symbol “V”. In Arabic, this is a number that brings good luck and goodness.

Along with the development of self-driving technology, interior design also races to timely adapt to future car features.  In the near future, self-driving cars or even BMW’s regular luxury cars will use the BMW HoloActive touch system. This is a pioneering system in the automotive industry that allows users to control the entire dashboard with gestures. Physical operations are removed to make room for 3-dimensional display. In other words, BMW customers will be lost in today’s science fiction movies.

The challenge for BMW lies in customer adaptation. Because at the launch of CES 2017, the car company to Germany expects to bring BMW HoloActive touch into mass production in the next 3-4 years. This system also distracts users so it is recommended to go with self-driving cars instead of regular cars.

One of the outstanding interior designs to adapt to this technology is the auto-retractable steering wheel when the car is self-driving. When the vehicle is set to self-driving mode, the steering wheel will automatically disappear to increase space for users.

The challenge of this interior design is how long will it take for users to be able to control the vehicle again? In case of self-driving system malfunction, users will have to immediately control the vehicle with manual mode. But then, the steering wheel will not be able to immediately return to the original position.

In the next 10 years, OLED displays will become popular in automotive interiors. With a great advantage of thinness as well as fuel economy, OLED will be installed anywhere in the cabin compartment to serve the entertainment needs of people in the car.

The challenge of OLED is the high cost and low life expectancy. But engineers confirmed the durability of OLED screens has improved. However, the improvement is proportional to the selling price. Once the car can drive completely, the need to communicate between the front row and rear row passengers will increase. That is the opportunity for the chair designs to rotate 180 degrees in the next 5 years. Even many car manufacturers pioneered a small table in the middle of two rows of seats to serve this conversation.

In the cramped context of big cities today, when parking cars in narrow positions, drivers have to turn a lot. For some inexperienced drivers, it can cause cars congestion together, even collisions with cars parked next to them, causing damage. Today, this has been further improved by auto parking assist technology.

The auto parking back-up technology is designed to make driving easier and increase the value of modernity and utility of the car. The operating principle of this technology takes place as follows: when the driver starts activating the automatic parking function, the central electronic computer will gain control of the steering wheel.

Through distance measuring sensors, the car will automatically move to the appropriate position. The central computer will determine the steering wheel rotation angle to control the vehicle back into the parking spot. This automated system also helps to avoid colliding with surrounding vehicles.

There are many automated parking technologies. There are cars that use signal transceiver sensors mounted around the body. The others use cameras mounted in the front and rear of the car or radio radar technology to receive feedback signals, identify location of obstructions, …

Whatever technology is used, the final results are the same. The central computer will determine the position of parked cars, the size of the space and the distance to the curb to control the vehicle back to the parking spot for it. If only parking assistance was previously available in a space between a row of cars parked parallel to the curb, now it is possible to park on the voids that are not parallel to the curb.

It’s like cross-frames in a parking lot, then backing up in a position perpendicular to the curb, when there are 2 cars parked on either side. Not only will the vehicle be perpendicular to the tail, but it will also drive the whole vehicle into a position that is perpendicular to the roadside.