The Lightning Network has become a leading operational response to Bitcoin’s throughput and fee constraints. For managers and planners, the central question is a design choice: when should two parties continue to settle directly on-chain, when should they rely on a unidirectional channel, and when is a bidirectional channel the economically superior settlement architecture? This paper develops a management-facing analytical guide to that decision. Using the formal results reported by Guasoni, Huberman, and Shikhelman, the analysis clarifies the trade-offs among transaction fees, locked collateral, payment frequency, and payment symmetry, and it reorganizes the underlying propositions into implementable planning rules. The paper shows that direct on-chain settlement remains efficient only when transaction intensity is very low; unidirectional channels become attractive as one-sided flow increases; and symmetric or near-symmetric bilateral traffic makes bidirectional channels substantially more efficient because netting reduces both long-run cost and blockchain congestion. The discussion highlights concrete parameter-driven implications using the published benchmark settings (including channel-reset costs proportional to transaction size and a one percent interest rate) and provides a practical decision framework that can be applied to budgeting, liquidity commitment, and capacity planning. The resulting contribution is an operationally interpretable set of channel-design heuristics for payment-system managers, infrastructure planners, and researchers concerned with digital transaction design, cost-efficient settlement, and throughput management.