| Characteristic | Description | Example (NASA Apollo 13) | | :--- | :--- | :--- | | | Plan B must be significantly less desirable than Plan A, preventing easy switching. | Using the LM as a lifeboat was awful but survivable. | | Latency | Plan B is fully developed but not activated until specific triggers occur. | Pre-written emergency procedures. | | Non-Compensation | Plan B does not compensate for failures of Plan A; it offers a different path. | A diplomatic backup does not fix a military failure. |
Empirical research in social psychology and behavioral economics reveals a counterintuitive phenomenon: the mere existence of a Plan B reduces performance on Plan A. Shin and Milkman (2016) found that participants who formulated a backup plan performed worse on their primary goal than those who did not, because the backup provided a "psychological safety net" that reduced motivation. This backup effect suggests that Plan B can become a self-fulfilling prophecy of mediocrity. plan b
The colloquial term "Plan B" originated in the mid-20th century as a simple synonym for an alternative course of action. In an unpredictable world characterized by volatility, uncertainty, complexity, and ambiguity (VUCA), having a fallback seems self-evidently prudent. Yet, organizations and individuals frequently fail to develop effective contingencies, or worse, their Plan B actively sabotages their primary strategy. This paper seeks to answer: By dissecting the psychology of backup planning and the structural requirements of redundancy, this paper provides a framework for constructing effective contingency plans. | Characteristic | Description | Example (NASA Apollo
Not all contingency plans are equal. A review of high-reliability organizations (HROs)—such as nuclear aircraft carriers and emergency rooms—reveals three structural characteristics of effective Plan Bs: | Pre-written emergency procedures