According to study, “Global
Automotive Driving Simulators Market Size study, by Type (Modular Design
Simulator, Multi-station Driving Simulator, Bus Simulator, Physical Simulator),
by Application (OEMs and Supplier, Training Institutions, Transport
Authorities, Independent R&D, Others) and Regional Forecasts 2018-2025”
some of the major companies thatare currently working in the global automotive
driving simulators market are Realtime Technologies, Mechanical Simulation
Corp., Ansible Motions, Team Simrac, OKTAL(Sogeclair Group), DALLARA, Lander
Simulation & Training Solutions, Eca Group, PSA Peugeot Citroen, Cruden,
Moog Inc., Sym2B Simulation, IPG Automotive, SiFat Inc., Teknotrove Simulator
System Pvt. Ltd., Cruden B.V., Virage Simulation, AutoSim AS.
Automotive driving simulator is a form of
motion simulator with hardware components such as screens, driving controls,
resolution, and mirrors. The driving simulator is also known as sims, which is a
class of human-machine interfaces (HMIs), used to imitate the accurate or near-accurate
conditions prevalent during the driving some of the major driving simulators
type are include driver’s perspective, physics perspective, motion and the
vehicle interior & exterior perspective. The automotive driving simulator
is used for the entertainment & training for the driver's education courses
which include lessons as the private business & educational institutions. The
performance measurement can be done precisely & efficiently. Some of the key
advantages associated with the driving simulators include opportunities based
on feedback & instruction which is hard to use in real time vehicle driving.
The automotive simulators technique is also used for the research intentions of
human factors and the medical research.
Based on the type, global automotive driving
simulators market is segmented into multi-station driving simulator, modular
design simulator, physical simulator and bus simulator. Based on product type,
market is segmented into truck simulator, car simulator and others. Based on
application, market is segmented into entertainment, training and research. Moreover
the end-user market is segmented into training institutions, independent R
& D, OEMs & supplier, schools & universities, transport authorities
and others.
The global automotive driving simulators
market is widely driven by the high cost of validating simulation, followed by increase
in innovation of autonomous vehicles and growing number of connected cars with increase
in the end-user testing of the advanced driver assistance systems (ADAS)&
autonomy features, creation of low-cost stimulators for testing & evaluating
in vehicle technologies (autonomous vehicles, Vehicle-to-everything (V2X),
truck-platooning,) and support of mandates by regulatory organizations for the vehicle
safety & comfort. Apart from benefits, some of the major restraining
factors of the market are the use of augmented reality (AR) head-up displays (HUDs)
and helmet mounted displays (HMDs) to establish inexpensive driving simulation
solutions. Moreover, as per the new trends the driving simulators are been used
as the mainstream for automotive design testing and the use of low cost
simulators for testing & evaluating in-vehicle technologies with advent of the
reconfigurable driving simulation in the automotive space.
Globally, Asia-pacific is the dominant region in
terms of market value with large number of driving schools. The North American
region is also expected to exhibit higher growth rate owing to growing demand
of automotive driving simulator. The global automotive simulation market is
expected to grow with double digit CAGR of 11.1% during the forecast period,
from US$1.4 billion in 2018 to US$2.9 billion by 2025. During the forecast
period it is estimated that the register a rapid development with increasing
innovation of autonomous vehicles.
For more information on the research report,
refer to below link:
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