Is USB Type-C ACTUALLY Stronger?? Durability Test

The video starts with a provocative setup: the host questions the common belief that USB Micro B connectors are inherently fragile, challenging viewers to consider real-world durability. He outlines the plan to compare USB Micro B with USB Type-C by using two brand-new cables and two brand-new drives in a controlled wear test. The methodology involves repeatedly unplugging and replugging two SSDs, roughly between 50 and 100 insertions per cycle, and then testing to see when each connector fails. Early observations note that Micro B begins to lose stiffness and experience wear after only a few hundred insertions, while USB Type-C remains looser but continues to function, prompting questions about the role of everyday wear in connector longevity. As the test proceeds, the presenter tracks changes in mating force, ease of insertion, and perceived durability, while also acknowledging the enormous time and effort invested in the experiment. The narrative shifts to the human element of the test, describing the extended duration and the decision to involve another tester to continue the process, highlighting the dedication and quirky humor that characterizes the channel. In a pivotal moment around the 8,000th insertion, the Type-C connection still works perfectly whereas Micro B fails, leading to a clear, data-driven conclusion: Type-C demonstrates superior durability in this particular sample, but the test only provides a limited, sample-size view and cannot definitively declare Micro B overrated or Type-C universally superior. The video closes by weighing practical implications, noting the design advantages of Type-C and its resilience under repeated use, while also promoting partner services and providing purchase links for related products. Overall, the video combines a methodical hardware test with characteristic Linus Tech Tips humor to argue that USB Type-C offers tangible durability benefits in the observed scenario, while cautioning that broader conclusions require broader testing across more samples and real-world conditions.

Topics · technology · hardware · durability testing · consumer electronics · reviews