Why Heavy Trucks Are Replacing Traditional Mirrors with Digital Cameras
Shenzhen, Thursday, 8 October 2026.
Tightening global safety regulations are pushing commercial fleets to replace traditional side mirrors with digital camera systems, validated through more than 269 million kilometers of real-world testing.
Regulatory Shifts Drive Commercial Fleet Modernization
As of 8 October 2026, automotive supplier Autoequips is accelerating the transition from traditional exterior mirrors to advanced Camera Monitor Systems (CMS) for commercial vehicle fleets in response to evolving global regulatory frameworks [1][2]. This operational shift presents critical procurement and engineering implications for commercial vehicle original equipment manufacturers (OEMs), driving aerodynamic efficiency and reducing driver blind spots across logistics networks [1][2]. The transition is primarily driven by regulatory frameworks, specifically UN R46, which defines technical requirements for indirect vision systems, and the EU General Safety Regulation, mandating improved field of view and vulnerable road user protection [1][2]. These regulations integrate CMS with Blind Spot Information Systems (BSIS), Moving Off Information Systems (MOIS), and reversing detection capabilities to enhance overall road safety [1][2].
Technical Validation and System Architecture
Autoequips, founded in 2000, operates facilities in Huizhou and Taiwan totaling approximately 32,000 m² and holds nearly 100 patents while adhering to ISO 26262 and ISO/SAE 21434 standards [1][2]. The company has validated its CMS mirror replacement system through over 269 million kilometers of accumulated road testing conducted since 2019, demonstrating continuous stable operation exceeding 10,000 hours [1][2]. The imaging technology features a 1920×1280 resolution at 60 fps, 120 dB high dynamic range, LED Flicker Mitigation, and AI-ISP for low-light sensitivity down to 0.01 lux, with displays rated at approximately 1,000 cd/m² [1][2]. Furthermore, the CMS architecture includes dual-camera redundancy to prevent blind spots in case of single-point failure, IP69K protection, operational temperature ranges of -40 °C to +85 °C, and vibration testing at 5G levels [1][2].
Operational Implications for Fleet Management
Commercial fleets and OEMs are transitioning from traditional mirrors to CMS due to limitations in conventional mirrors, including blind spots, weather-related visibility issues, increased aerodynamic drag, and high maintenance costs from protruding housings [1][2]. The system integrates AI blind spot detection capable of identifying road users at distances up to approximately 35 meters and supports Firmware Over-The-Air updates for remote diagnostics and health monitoring [1][2]. Autoequips assists OEMs with UN R46 and GSR type approval, covering Human-Machine Interface interaction design and CAN bus protocol integration to accelerate the market entry of compliant commercial vehicle models [1][2]. These pain points are pushing fleets and OEMs to treat a Camera Monitor System as a functional replacement rather than a styling option, explaining much of the demand flowing toward experienced suppliers [1][2].
Market Deployment and Future Outlook
On 7 October 2026, the company reported that CMS solutions are transitioning from niche or premium options to wider deployment across truck and bus platforms due to tightening regulations and the shift toward software-defined vehicles [1][2]. The company continues to offer OEM customization services and pre-sales solution design for commercial vehicle CMS mirror replacement, maintaining long-standing cooperation with various commercial vehicle brands [1][2]. This expansion marks a significant milestone in the industry’s move toward digital vision systems, with Autoequips positioned as a key partner serving global truck and bus platforms [1][2]. As regulatory pressure mounts, the adoption of such systems is expected to become standard practice rather than an exception in the commercial vehicle sector [1][2].