I. The Essence of Product Safety Management: Not a "Quality Issue," but a "Legal Issue"
In the modern automotive industry, the Product Safety Management System (PSMS) has long gone beyond the scope of traditional quality management, simultaneously covering:
Product Compliance (Regulatory Compliance)
Functional Safety / Safety of the Intended Functionality (ISO 26262 / ISO 21448)
Product Liability
Defect identification, risk assessment, recalls, and legal response
In short: the ultimate goal of product safety is not to "avoid problems," but to ensure "whether the company can survive legally when problems arise."
It is precisely at this point that the German, American, and Chinese automotive industries have formed fundamentally different systemic logics.
II. Legal and Liability Systems: Who Is Really "Paying for Safety"
1️⃣ Germany / German Automotive Industry: Systematic Defense-Oriented
Legal Foundation:
EU Product Liability Directive (PLD)
German Product Liability Act and Road Traffic Approval Regulations
Core Characteristics:
Strict Liability + Traceable Liability
Not predicated on "whether there is subjective fault"
Industrial Consequences:
Companies must "prove in advance that all reasonable obligations have been fulfilled"
Documents, processes, and decision records become tools for legal defense
➡️ The German safety system is, in essence, an "engineered legal defense line"
2️⃣ American Automotive Industry: Result-Oriented + High-Cost Litigation Driven
Legal Environment:
Class Action
Punitive Damages
Core Characteristics:
Extremely heavy ex-post liability
"Whether you have evidence to prove you are right" is not always the key
Industrial Consequences:
Abnormally sensitive to high-risk issues
Adopting an "over-cautious" strategy for potential recalls
➡️ Product safety in the US is "forced by courts and compensation amounts"
3️⃣ Chinese Automotive Industry: The Liability System Is Still Evolving
Legal Environment:
Product Quality Law and Law on the Protection of Consumer Rights and Interests
Limited actual punitive damages and class action mechanisms
Core Issues:
The actual risk cost for enterprises is relatively low
The fluke mentality of "if nothing goes wrong, it's not a problem" still exists
➡️ Insufficient legal deterrence leads to safety management relying more on corporate self-discipline
III. Comparison of Standard Systems: What "Tools" Are Used for Safety
| Dimension | German | American | Chinese |
|---|---|---|---|
| International Standards | ISO 26262, ISO 21448 | ISO + FMVSS | ISO + GB |
| Industry Standards | VDA, VW CS, BMW GS | FMVSS, Proprietary Corporate Specifications | GB/T, Industry Recommendations |
| Characteristics | Extremely detailed standards, extremely heavy processes | Strong compliance orientation | Complete standards, but significant execution differences |
The key difference lies not in the standards themselves, but in "whether the standards are treated as legal documents."
IV. Differences in Management Objectives: Is Safety a "Bottom Line" or a "Selling Point"
German Objective: "Under any foreseeable scenario, risks must be systematically reduced and documented"
Safety is a non-negotiable engineering bottom line
Prefer to delay market launch rather than accept unexplainable risks
American Objective: "Avoid catastrophic litigation caused by systemic defects"
Highly sensitive to high-impact incidents
Safety is highly bound to commercial decisions
Chinese Objective (Current Reality): "Meet regulatory requirements and avoid public opinion risks"
Safety goals are often compressed by KPIs, costs, and schedules
There is a disconnect in safety cognition between engineering personnel and management
V. Comparison of Implementation Mechanisms: Who Is Really "Managing Safety"
German: Safety Is an "Organizational-Level Capability"
Independent Product Safety Officer (PSO)
Clear escalation mechanisms
Engineers have the "safety veto power"
American: Safety Is "Led by Legal and Compliance Departments"
Legal affairs are deeply involved in product decisions
Mature external communication and recall mechanisms
Chinese: Safety Is Mostly Housed Under Quality or R&D
Safety managers have mismatched authority and responsibility
"Identifying a problem ≠ being able to drive decisions"
VI. Current Most Prominent Practical Issues
Challenges for the German System
New technologies (autonomous driving, OTA) break original assumptions
The complexity of safety analysis increases sharply
Challenges for the American System
Blurred boundaries of liability under software-defined vehicles
Intensified conflicts between compliance and innovation
Core Risks for the Chinese System
The system exists, but "safety culture is not internalized"
Documented safety ≠ actual risk control
Incidents are more often exposed as "public opinion events" rather than being warned within the system
VII. Conclusion: True Product Safety Is Not "Avoiding Accidents," but "Withstanding Accountability"
The maturity of the automotive product safety management system is ultimately reflected in three questions:
1️⃣ Whether the enterprise assumes the worst-case scenario in advance
2️⃣ Whether engineering evidence usable for legal defense has been left behind
3️⃣ Who has the final say when safety conflicts with commercial interests
In this regard, the German system relies on systems, the American system relies on law, and China is still catching up.
And the tuition for this lesson will inevitably be paid sooner or later.