What is the most effective way to avoid overexertion of an sUAS?

Following the manufacturer's specifications and limitations is the most effective way to avoid overexertion of an sUAS. Manufacturers define these specifications based on extensive testing and operational data, ensuring that the drone operates within safe and efficient parameters. This includes maximum payload capacity, battery life, and flight duration, all of which are critical to maintaining the performance and longevity of the aircraft.

Operating outside these specified limits can result in increased strain on the drone's systems, potentially leading to mechanical failure, safety incidents, or damage to the aircraft. By adhering to the guidelines provided by the manufacturer, pilots can effectively manage the operational capabilities of the sUAS, ensuring it performs reliably and safely.

Other options do not provide the same level of effectiveness in preventing overexertion. Underestimating capabilities might lead to overloading or pushing the drone beyond its limits. Flying only in good weather conditions can improve safety but does not directly relate to the management of the sUAS's operational strain. Lastly, using larger aircraft models may be counterproductive if they do not correctly suit the mission requirements and operational environment, potentially leading to overexertion situations as well.