As the key driving force for the development of the automotive industry, technology to the entire automotive industry have brought a profound impact, such as the field of players are unanimously optimistic about no one taxi, the sensor appeared on the obvious differences in the last century, Automotive design concept is also changing, sensor and visual technology is only the automotive supply chain Sensor is facing an important example of the value of change. Automated driving technology also facilitates investment and acquisition activities in communications hardware, high-definition mapping, and semiconductors. In the manufacturing industry, 3D printing in the consumer level failed, but in the industrial areas such as architecture recovery. The car is no exception, manufacturers in the industrial rapid prototyping and metal processing of the field of 3D printing is also a strategic investment. Hybrid reality) technology is also used in the vehicle development process to save time and cost.
The hybrid reality technology is the further development of the virtual reality technology, which presents the interactive information loop in the real world, the virtual world and the user through the virtual scene information in the realistic scene to enhance the realism of the user experience. Retail start-up enterprises in China, the rapid development Speed Sensor of the market has also increased, because China's second-hand car market is not standardized, start-ups are building online platform and point-to-point trading model. Retailers are also trying AR / VR technology, which can work well with online purchases to further reduce the need for physical retail (although the dealer still receives many regulatory protections).
The progress of car technology, electrification and sharing of cars will lead to cleaner, unmanned automatic driving times. But technological progress also requires a fundamental change in car design and culture. Especially in the United States, the shared model may conflict with personal commute patterns and preferences for relatively low individual vehicle designs. In densely populated urban centers, large cars such as unmanned buses and ferry cars may need to be added to small cars to achieve the expected impact on traffic patterns and road densities. The widely connected autopilot Throttle Position Sensor will also provide a chance to rethink the driver-centric design paradigm for the last century. Designed for the fleet service is also a possible development direction. In addition to passenger vehicles, many other start-up companies want to enhance the freight, public transport, air travel and other status quo. So the user can assemble the car according to their own needs, such as the modular platform for automatic driving cars and fleet development early requirements of the flexibility design may be crucial.