A test sample must be able to withstand and protect the contents of the packaging against collisions by allowing it to freefall onto corners, edges, and flat surfaces.

• A. Drop Test
• B. Impact Test
• C. Freefall Test
• D. Shock Test

Answer: (A)

When testing packaging for protection against collisions, the method that directly models a package being released and allowed to fall is the Drop Test. This test uses a defined height and a controlled surface to recreate real-world drops that can occur during handling and transit, including impacts on corners, edges, and flat surfaces. It’s the standard approach because it explicitly evaluates how well the packaging and its cushioning absorb impact and keep the contents intact after a fall.

The reason this choice fits best is that it centers on the act of dropping the package to measure resulting damage, which is exactly what you’re trying to assess when you consider collisions during shipment. While the term freefall is descriptive of the motion, the industry norm uses Drop Test, making it the most precise and widely understood label for this evaluation. Other tests address related phenomena—such as the force of impact, or the effects of shocks and vibrations—but they don’t specifically define the drop-and-impact scenario described here.