Automotive Robotics Market Trends

Growth Drivers

• Rising efforts for efficacy: Robots can not only lessen the probability of human errors but also raise operational efficiency. Major market players such as BMW and Mercedez Benz are incorporating humanoids to enhance work efficiency and reduce accidents. Chemical exposure, fire hazards, slip-and-fall accidents, heat stress, and hearing loss are some of the most common accidents faced by workers. The introduction of robots in the automotive industry prevents these risks to a great extent. According to the Bureau of Labor Statistics, in 2020, there were 9,940 cases of automotive service technicians found with illness and non-fatal injury.

• Increasing demand for cars: According to the European Automobile Manufacturers Association in 2024, the global car production reached 76 million units. In the coming years, the number is projected to increase at an exponential rate. Robots have faster operating times resulting in to higher level of productivity. Additionally, robots increase productivity because of their prolonged hours of operation without any chance of fatigue.

Challenges

• High initial investment and lack of expertise: The price of cobots/humanoids/robots is exorbitant and needs a large beforehand investment. Also, there is a lack of control engineers resulting in scarce expertise. After the deployment of robots in the car manufacturing units, their maintenance cost is quite high. Automotive robots require compulsive preventive maintenance to avoid any chance of failure.