Hyundai Will Begin Delivering Its IONIQ 5 Robotaxi from 2023

Hyundai Will Begin Delivering Its IONIQ 5 Robotaxi from 2023

One of the top makers of autonomous vehicles (AVs), Motional is headquartered in Boston, Massachusetts, in the United States. Their goal is to develop driverless technology that can reduce accidents and save time, money, and lives. Hyundai and Motional, two leading AV developers, collaborate to produce something extraordinarily powerful. The end result is an amazing autonomous car that was constructed using Hyundai’s well-known reliability and safety capabilities. Global scalability and mass market readiness are present in the IONIQ 5 Robotaxi.

The SAE Level 4 autonomous Hyundai IONIQ 5 Robotaxi is a vehicle that can operate without a driver and is based on the all-electric Hyundai IONIQ 5. Safety is the first primary advantage of autonomous Robotaxis. By preventing accidents brought on by human mistake, driverless technology would greatly increase road safety and prevent millions of deaths. The next advantage is that autonomous vehicles will offer a more widely available, reasonably priced, and dependable mode of transportation for everyone.

A concept from the IONIQ 5

Based on the IONIQ 5, our initial Robotaxi model will be entirely electric. We have emphasized the IONIQ 5’s strength, as well as its incredibly useful and distinctive design and interior. Electricity and autonomy are two technologies that the IONIQ 5 Robotaxis is equipped with. The use of this zero-emissions Robotaxi will improve accessibility and safety for travellers. Our team’s first priority is how these 26 inch wheels cars can contribute to making our cities more environmentally friendly.

IONIQ 5 robotaxi Designing 

The IONIQ 5 Robotics’ design adheres to international standards. This robotaxis has a roomy, comfortable interior that allows passengers to work, unwind, or interact without a driver. In order to allow passengers to easily engage with the car while riding, the vehicle will also include a suite of human-machine gear that is centred on the interior. With its array of sensors, passengers can experience it as a driverless automobile and become enthused about it. To help everyone understand what they’re getting into, Robotaxis creation has adopted a strategy similar to that used in the creation of WRC racing vehicles.

Technological autonomy

The IONIQ 5 Robotaxis’ autonomous system is the result of many years of toil. Additionally, they run the largest public Robotaxi fleet in the world in Las Vegas, where they have provided more than 100,000 rides to the general public while maintaining customer satisfaction. It has been demonstrated through numerous tests that the technology is secure enough to run without a driver.

All of these cars have undergone extensive testing at Motional, where they were put through countless difficult and unpredictable situations on both closed courses and open roads. The system also gains from exposure to a wide range of driving scenarios, climatic conditions, and regional behaviors.

Over 30 sensors

To ensure safe driving, the IONIQ 5 Robotaxis has technologies including sensors, redundancy, and remote vehicle support. To provide the cars with 360-degree vision, more than 30 sensors—a combination of LiDAR, radar, and cameras—have been mounted. Car coverage to function properly in a variety of driving scenarios is also covered. According to Motional, the utilization of these sensors is essential for effective and safe driverless driving. People will benefit greatly from the integration of data from many types of sensors. For instance, cameras can recognize various objects, LiDAR provides range and distance information, and radar is not impacted by weather.

IONIQ 5 System

In the case of a system failure, each system in the IONIQ 5 Robotaxis has a backup that can function. This applies to power, communications, steering, and brakes. Passengers will arrive at their destination as safely as possible according to the system’s architecture. The “Remote Vehicle Assistance (RVA)” vehicle is made to handle all types of unforeseen circumstances, including areas of construction, water on the road, and errant behaviour by other drivers. When this occurs, the vehicle’s autonomous system is immediately connected to a Motional remote operator, who can then determine a new path for the car to take or provide other kinds of help.

Our first truly driverless experience

This is the company’s first robotaxi made specifically to transport people in public without a driver. This will be the first opportunity for many clients to use autonomous technology. Motional does not want its customers to experience a robotic ride. The journey ought to be comfortable, smooth, and similarly predictable. The driver should give the impression that they are an equally skilled driver to the passengers.


Crossroads can serve us as clients by maximizing their journey time for their profit. It is perfect for anyone who needs accessible transportation, such as the elderly and the disabled. These Robotaxes will carry us home from work, take our children to the doctor, and complete our errands. Robotics will significantly enhance our quality of life and build a brand-new mobility infrastructure.

Final Words

Robotics will help our urban surroundings by saving energy and easing traffic in our cities. The city’s capacity to accommodate the demand for mobility will increase as more Robotex are put on the road. It will thus lower greenhouse gas emissions. As it spreads to other cities and platforms starting in 2023, the IONIQ 5 robots will eventually also help Hyundai reach its carbon-neutral target.