
360 Panoramic View Calibration
With the rapid development of the automotive industry, ADAS (Advanced Driver Assistance System) technology has gradually become the standard of modern vehicles. The popularity of ADAS technology not only improves the safety and comfort of driving, but also drives the growth of the related calibration equipment market. This paper will analyze the current situation of ADAS advanced driving assistance calibration equipment from the perspective of market demand. Firstly, the wide application of ADAS technology is the main driver for the growth of demand in the calibration equipment market. As consumer demands for safety and driving experience increase, more and more automakers are starting to integrate ADAS capabilities into their products. These features include adaptive cruise control, lane-keeping assist, automatic emergency braking, and more. To ensure the accuracy and reliability of these functions, vehicle manufacturers need to calibrate the system using high-precision calibration equipment. Secondly, the promotion of government regulations is also an important factor in the growth of market demand. Many countries and regions have begun to develop relevant regulations that require new cars to be equipped with certain ADAS functions. The introduction of these regulations has not only accelerated the popularity of ADAS technology, but also increased the demand for calibration equipment. Automobile manufacturers need to ensure that their products comply with regulatory requirements, which requires the use of professional calibration equipment for inspection and calibration. In addition, technological advancements are also driving the growth of the calibration equipment market. With the continuous advancement of sensor technology, computer vision technology and artificial intelligence technology, the complexity and accuracy requirements of ADAS systems are also increasing. This requires more advanced calibration equipment to support the application of these technologies. The continuous emergence of new technologies and new products on the market provides the impetus for the upgrading of calibration equipment. Finally, aftermarket demand is also an important part of the calibration equipment market. With the popularity of ADAS technology, more and more automotive repair and maintenance service providers began to provide related services. These service providers need professional calibration equipment to ensure the quality and efficiency of repair and maintenance work. As a result, the demand for calibration equipment in the aftermarket is also growing. In summary, the market demand for ADAS advanced driving assistance calibration equipment is mainly influenced by the popularity of ADAS technology, the promotion of government regulations, technological progress and aftermarket demand. With the continuous development of these factors, the calibration equipment market is expected to continue to grow in the next few years.
Description
The ADAS Advanced assisted driving calibration equipment includes:

EPS electric power steering system
ESP body Electronic stabilization system
AFC adaptive headlights
The ACC adaptive cruise
NV night viewing
The HUD head-up display
RVC affects the impact function calibration
The EPB electronic handbrake function
The 360-degree panoramic image calibration function
Vehicle wheel eyebrow height measurement
Automatic emergency brake detection
Body braking energy recovery detection
Fully automatic parking
LDW /LKA
LDW / LKA lane departure warning calibration / lane keeping
LCA /BSD
LCA / BSD lane change assist / blind spot detection……
EPS electric power steering system
The ADAS advanced assisted driver-level calibration equipment provides real and effective data for the EPS system to ensure that the sensor can truly reflect the physical characteristics of the car steering wheel.
Electric power steering system (Electric Power Steering, abbreviated EPS) is a power steering system that is directly dependent on the motor to provide auxiliary torque. The EPS system has many advantages over the traditional hydraulic power steering system HPS (Hydraulic Power Steering). EPS is mainly composed of torque sensor, electric motor, deceleration mechanism and electronic control unit (ECU).
According to the different installation position of the power motor, EPS system can be divided into steering shaft power type, gear power type and rack power type. The motor of the steering shaft power-type EPS is fixed on the side of the steering shaft, which is connected with the steering shaft through the deceleration mechanism to directly drive the power steering of the steering shaft. The motor and deceleration mechanism of the gear power EPS are connected to the pinion to directly drive the gear power steering. The motor and deceleration mechanism of the rack power EPS directly drive the rack to provide power.




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