In a significant development, Mitsubishi Motors North America has announced the recall of nearly 200,000 vehicles due to a software glitch affecting rearview cameras. This issue primarily involves Outlander and Outlander plug-in hybrid electric SUVs from specific model years. The malfunction could lead to potential safety hazards during reversing, prompting urgent action from the automaker. Additionally, this recall expands on an earlier one from May 2023, highlighting ongoing challenges in automotive technology.
In a move to enhance vehicle safety, Mitsubishi Motors is addressing a critical issue with its popular SUV lineup. The problem stems from improper programming within the infotainment system, which can cause the rearview camera display to freeze or show a black screen while reversing. This affects over 198,900 Outlander models from 2022-2024 and Outlander PHEV SUVs from 2023-2025. Manufactured between early 2021 and April 2025, these vehicles may no longer comply with federal regulations regarding rear visibility.
Vehicles previously repaired under an older recall will also require updated software. Owners will receive notification letters by the end of June, instructing them to visit authorized dealerships for free reprogramming of their infotainment systems. This proactive measure aims to prevent accidents and ensure compliance with safety standards.
Beyond Mitsubishi, other major automakers such as Volvo, Polestar, and Porsche have recently issued recalls related to similar rearview camera issues. These actions underscore the growing importance of reliable backup systems in modern vehicles.
A dedicated webpage allows Mitsubishi owners to check if their vehicle is affected by entering its VIN number.
From a broader perspective, this recall highlights the complexities of integrating advanced technology into automobiles. As manufacturers strive to innovate, ensuring robust software performance remains crucial. For consumers, it serves as a reminder of the necessity for regular updates and maintenance checks to maintain optimal vehicle functionality and safety.