Global Automotive Driving Simulator Market 2017-2021

  • ID: 4143826
  • Report
  • Region: Global
  • 70 pages
  • TechNavio
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FEATURED COMPANIES

  • Ansible Motion
  • Cruden
  • DALLARA
  • Mechanical Simulation
  • Moog
  • OKTAL (Sogeclair Group)
  • MORE
About Automotive Driving Simulator

Driving simulators, also called as sims, are a class of human-machine interfaces (HMIs), which are used to imitate the exact or near-exact conditions prevalent during driving, with respect to the driver's perspective, motion and physics perspective, as well as the vehicle interior and exterior perspective.

The analysts forecast the global automotive driving simulator market to grow at a CAGR of -2.64% during the period 2017-2021.

Covered in this report
The report covers the present scenario and the growth prospects of the global automotive driving simulator market for 2017-2021. To calculate the market size, the report presents a detailed picture of the market by way of study, synthesis, and summation of data from multiple sources.

The market is divided into the following segments based on geography:
- Americas
- APAC
- EMEA

The report, Global Automotive Driving Simulator Market 2017-2021, has been prepared based on an in-depth market analysis with inputs from industry experts. The report covers the market landscape and its growth prospects over the coming years. The report also includes a discussion of the key vendors operating in this market.

Key vendors
- Ansible Motion
- Cruden
- DALLARA
- Mechanical Simulation
- Moog
- OKTAL (Sogeclair Group)

Market drivers
- High cost of validating simulation resulting in increased TCO of simulators.
- For a full, detailed list, view the full report

Market challenges
- Use of AR HUDs and HMDs to introduce inexpensive driving simulation solutions.
- For a full, detailed list, view the full report

Market trends
- Development of autonomous vehicles based on automotive driving simulation algorithms.
- For a full, detailed list, view the full report

Key questions answered in this report
- What will the market size be in 2021 and what will the growth rate be?
- What are the key market trends?
- What is driving this market?
- What are the challenges to market growth?
- Who are the Key vendors in this market space?
- What are the market opportunities and threats faced by the key vendors?
- What are the strengths and weaknesses of the key vendors?

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Note: Product cover images may vary from those shown
2 of 5

FEATURED COMPANIES

  • Ansible Motion
  • Cruden
  • DALLARA
  • Mechanical Simulation
  • Moog
  • OKTAL (Sogeclair Group)
  • MORE
PART 01: Executive summary

PART 02: Scope of the report

PART 03: Research Methodology

PART 04: Introduction
  • Key market highlights
  • Driving simulators
PART 05: Market landscape
  • Market overview
  • Market size and forecast
  • Five forces analysis
PART 06: Market segmentation by end-user
  • Market overview
  • Market size and forecast
PART 07: Market segmentation by geography
  • Market overview
  • Market size and forecast
PART 08: Decision framework

PART 09: Drivers and challenges
  • Market drivers
  • Market challenges
PART 10: Market trends
  • Development of stratiform machines to supplant hexapod machines in automotive DIL simulation applications
  • Development of autonomous vehicles based on automotive driving simulation algorithms
  • Creation of low-cost simulators for testing and evaluating in-vehicle technologies
  • Increased use of driving simulators for mainstream automotive design
  • Advent of reconfigurable driving simulation in automotive space
PART 11: Vendor landscape
  • Qualitative ranking analysis of key vendors
  • Micro-analysis of automotive driving simulator space
PART 12: Key vendor analysis
  • Ansible Motion
  • Cruden
  • DALLARA
  • Mechanical Simulation
  • Moog
  • OKTAL (Sogeclair Group)
PART 13: Appendix
  • List of abbreviations
List of Exhibits
Exhibit 01: Primary stages of development of modern-day simulation
Exhibit 02: Types of cues used in DIL simulators
Exhibit 03: Segmentation criteria for global automotive driving simulator market
Exhibit 04: Global automotive driving simulator market 2016-2021 ($ millions)
Exhibit 05: Simulator pricing based on end-users 2016-2021 ($)
Exhibit 06: Five forces analysis
Exhibit 07: Classification of driving simulators based on end-user
Exhibit 08: Global automotive driving simulator market by end-user 2016-2021 ($ millions)
Exhibit 09: Information for calculation of driving simulator requirement in schools in top five countries
Exhibit 10: Information for calculation of simulator requirement for industry and academia
Exhibit 11: Information for calculation of simulator requirement for transport authorities
Exhibit 12: Demand flows of simulator end-user mega-segments
Exhibit 13: Global automotive driving simulator market by geography 2016-2021 ($ millions)
Exhibit 14: Growth of key geographic regions 2016-2021
Exhibit 15: Comparison of conventional and AR HUDs
Exhibit 16: Generations of automotive infotainment system
Exhibit 17: ADAS development timeline
Exhibit 18: Autonomy timeline projection 2010-2080
Exhibit 19: Levels of autonomy in automotive industry - Society of Automotive Engineers (SAE) / NHTSA
Exhibit 20: Global causes of motor vehicle fatalities 2015
Exhibit 21: Global causes of pedestrian deaths 2014-2015
Exhibit 22: Hexapods and stratiform machinery
Exhibit 23: Simple algorithmic decision tree for driverless cars
Exhibit 24: Sample driverless car decision tree for PPS
Exhibit 25: PPS and connected car technologies: A tie-up for higher validity
Exhibit 26: Rankings of key vendors
Exhibit 27: Some commercial and non-commercial players in driving simulator space
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FEATURED COMPANIES

  • Ansible Motion
  • Cruden
  • DALLARA
  • Mechanical Simulation
  • Moog
  • OKTAL (Sogeclair Group)
  • MORE
New Report Released: – Global Automotive Driving Simulator Market 2017-2021

The author of the report recognizes the following companies as the key players in the global automotive driving simulator market: Ansible Motion, Cruden, DALLARA, Mechanical Simulation, Moog, and OKTAL (Sogeclair Group).

Commenting on the report, an analyst from the research team said: “One trend in market is development of stratiform machines to supplant hexapod machines in automotive DIL simulation applications. Automotive training simulators depend on platforms like the ones used in the aerospace industry. However, the aerospace and aeronautics fields largely deal with motion in the three-dimensional space (all three axes - X, Y, and Z are utilized), while, automotive deals with a largely two-dimensional space. The motions like yaw and pitching, which can cause Z-axis motion, are largely minute and not a necessity. Hexapod-structure-based platforms for existing automotive simulation have been found to cause several distinct difficulties during the cueing of drivers in automotive training simulators.”

According to the report, one driver in market is in-vehicle touch screen sales to serve as a driver for use of driving simulators. APAC is expected to witness the largest growths in automotive touch screen sales, when compared with other major regions, with approximately 20 million automotive touch screens expected to be sold in 2020. Moreover, a shift from resistive to capacitive touch screens is expected to happen faster in APAC compared with the other regions, mostly due to the faster technology life cycles and high concentration of millennials in the region.

Further, the report states that one challenge in market is high price of overcoming lag-induced SAS. The realism of the simulation is manifested in the kind of disconnect felt by the driver, vis-à-vis the inputs given to the simulator. As there does exist a semblance of lag between the expected response time and the actual response time for any input given by the driver, this induces a phenomenon of adaption burden, which acts on the driver's brain. The greater the lag, the greater the adaption burden; hence this syndrome, known as SAS, or simulator sickness, is inversely proportional to the realism induced by a simulator. SAS is known to cause headaches, motion sickness, disorientation, and other such issues, which vary from individual to individual. Furthermore, as the primary purpose of cues is to increase the realism of simulation immersion for the user, theoretically, the number of successful cues that can be induced by the simulator should be inversely proportional to the degree of SAS faced by the simulator users. This is, however, subjective, and while some individuals have been known to experience discomfort due to the absence of motion cues, others may not face any SAS issues with such simulators. Similarly, some individuals may show high tolerance to visual system delays, whereas others may not, thus creating a high degree of subjectivity in the interpretation of the relationship of cues to the incidence of SAS.

The study was conducted using an objective combination of primary and secondary information including inputs from key participants in the industry. The report contains a comprehensive market and vendor landscape in addition to a SWOT analysis of the key vendors.
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  • Ansible Motion
  • Cruden
  • DALLARA
  • Mechanical Simulation
  • Moog
  • OKTAL (Sogeclair Group)
Note: Product cover images may vary from those shown
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Note: Product cover images may vary from those shown
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