In the global off-highway electronics market, advanced safety features represent one of the most promising growth opportunities for electronic component vendors. However, the potential of technology, such as AI-powered vision cameras and high-value sensors (e.g., LiDAR), is being significantly hindered by a lack of safety regulations.
In the automotive industry, regulatory mandates (eg automatic emergency braking in the EU and UK) have fast-tracked the adoption of advanced driver-assistance systems (ADAS). This is not the case in the off-highway market, which remains under-regulated when it comes to electronic machine safety systems. As a result, it’s up to OEMs, not governments, to determine the pace of innovation and to drive initiatives. And while some will take the lead, many others risk falling behind. The resulting slow growth in the adoption of advanced electronics, sensors, and intelligent vision systems presents a key challenge for vendors aiming to lead this market.
Komatsu’s KomVision and Caterpillar’s Cat-Detect are examples of products designed to enhance operational safety and reduce accidents. However, without regulatory mandates, these technologies remain expensive, non-essential add-ons to standard machine specifications.
As a result, in a cost-sensitive industry, end users have little incentive to invest in features that don’t directly impact productivity or compliance. This lack of consistent demand creates a scale problem for vendors: volumes remain too low to reduce costs and justify long-term investment.
Even in high-risk environments like mining, where safety is a top priority, adoption of advanced systems is sporadic.
In the absence of regulation, the adoption of advanced safety systems is uneven and slow-moving. Our analysis suggests that fewer than 50,000 off-highway machines globally will ship with high-value sensors in 2025. The chart above shows the market development of both cameras and high-value sensors (for example, LiDAR). Cameras are mostly used for rear-view applications, and advanced sensors will typically be used on high-value machines that are likely to automate first (like combine harvesters or large tractors).
Additionally, aftermarket solutions can be cheaper, further undercutting OEM’s integration efforts. This makes it even harder for component vendors to build stable, scalable revenue streams.
Until technology-led safety mandates emerge, whether from the EU, the US, or elsewhere, technology adoption will continue to be driven by OEMs. This leaves suppliers of advanced electronics reliant on the strategic priorities of a few OEMs. Adoption, therefore, depends less on safety performance and more on whether it’s viewed as either a market differentiator or a cost burden.
To unlock real growth, external pressure is needed. Regulatory mandates are the most effective lever to drive industry-wide adoption of advanced safety systems.
Short of that, an industry-wide push for safety standards could help establish minimum expectations for visibility and safety detection systems. Likewise, the emergence of autonomous or remotely operated vehicles may accelerate adoption out of necessity, as they require robust perception and safety features in the absence of a driver in the vehicle.
However, at this moment, it seems that neither a push for mandates nor automation is likely to happen quickly.
For now, vendors will have to wait for OEMs to decide when advanced safety features should become standard in off-highway machinery, and few are willing to lead. As a result, the pace of adoption will continue to depend on whether an OEM wants to position itself as a market innovator.
That said, there is a strategic opportunity for OEMs facing pressure from lower-cost Chinese competitors. While price remains a key driver, positioning safety as a premium could be advantageous. Shifting the conversation from price to value might be an important differentiator that helps companies maintain their market share.
Chloe Mason is a market analyst at Interact Analysis. With a bachelor’s degree in Criminology with Applied Quantitative Methods and a master’s degree in Social Science Research Methods from the University of Bristol, Chloe leverages strong capabilities in both qualitative and quantitative research methodologies to provide actionable insights into the Commercial Vehicles sector.
