Skip to main content

Next decade will see more HUDs in consumer cars, says report

Almost one third of consumer vehicles shipping in 2024 will be equipped with some form of heads-up display (HUD), with the bulk of the growth driven by combiner units. Traditional head units are being joined by virtual instrument clusters and HUDs in providing drivers with information relating to navigation, on-board audio and inputs from ADAS systems. These displays will demonstrate strong growth, with the proliferation of connected vehicles requiring adaptable and reconfigurable visual interfaces. There a
March 9, 2015 Read time: 2 mins
Almost one third of consumer vehicles shipping in 2024 will be equipped with some form of heads-up display (HUD), with the bulk of the growth driven by combiner units.

Traditional head units are being joined by virtual instrument clusters and HUDs in providing drivers with information relating to navigation, on-board audio and inputs from ADAS systems. These displays will demonstrate strong growth, with the proliferation of connected vehicles requiring adaptable and reconfigurable visual interfaces. There are also considerable design advantages, as heterogenisation can be achieved through the simple development of separate user interfaces for a small number of shared displays, rather than the manufacture of various physical controls for different classes of vehicle. Reconfigurable displays allow for further personalisation by the end user, opening up various after-market opportunities, with consumers being able to purchase new skins and themes for their vehicles. The main suppliers of HUDs include 311 Bosch, 260 Continental, Denso, Nippon-Seiki and 598 Panasonic.

These displays are also likely to become more specialised in their content. One solution is to reduce the number of displays in the vehicle, such as in the 2014 2125 Audi TT, which discarded the traditional head unit screen in favour of a virtual instrument cluster. However, there is still scope for multiple displays to be included in a single vehicle.

“The lower manufacturing cost and smaller size of combiner HUDs will make this kind of display viable in smaller and more price sensitive vehicles. This growth will be furthered by an underlying consensus to keep the driver’s eyes on the road ahead,” comments James Hodgson, research analyst.

“The key lies in adapting each display for a specific role. The most likely outcome is a situation in which a HUD serves to augment the driver’s appreciation of what is unfolding outside of the vehicle, a digital instrument cluster provides critical information relating to the vehicle itself, while the head unit display becomes more geared towards entertaining the front passenger rather than assisting the driver,” Hodgson explains.

Related Content

  • November 23, 2016
    Car OEMs target 2021 for rollout of SAE Levels 4 and 5 of autonomous driving
    New OEM smart mobility divisions, growing safety concerns relating to semi-autonomous driving, and recognition by national governments of the environmental and societal advantages of driverless vehicles will accelerate the deployment of more autonomous forms of driving, according to ABI Research. Its report, The Market Potential for Semi-Autonomous Driving, expects that semi-autonomous systems will continue to dominate the market over the next decade, with SAE level 2 and 3 systems accounting for 86 per
  • January 6, 2023
    CES 2023: NXP chip for ADAS & AVs
    Radar one-chip family allows long-range detection/separation of small and larger objects
  • August 15, 2014
    Blind spot detection and adaptive cruise control systems markets forecast to 2019
    The MarketsandMarkets report, Blind Spot Detection (BSD) System and Adaptive Cruise Control (ACC) System Market for Passenger Cars; by Geography - Trends and Forecasts 2014 - 2019, indicates that the BSD market will be worth US$2.8 billion and the ADCC market worth US$6.1 million by 2019. The report classifies and defines the automotive BSD and ACC systems market in terms of volume and value. It report highlights potential growth opportunities in the coming years as well as covers review of the market dr
  • August 18, 2016
    Highly automated driving ‘to spark adoption of centralised ADAS’
    As vehicles become highly independent and begin to drive and react to traffic on their own, autonomous systems will aggregate and process data from a variety of on-board sensors and connected infrastructure, says ABI Research. This forces the industry to hit a hard reset on advanced driver assistance systems (ADAS) architectures, currently dominated by distributed processing and smart sensors. Automotive OEMs will need to adopt new platforms based on powerful, centralised processors and high-speed low la