Liquid Armor Screen Protector Real World Test - Dragging Phones Behind My Motorbike Linus Tech Tips

In this real world test from Linus Tech Tips, the host revisits the Liquid Armor Invisible Nano Coating, aiming to validate a claim that the coating can substantially strengthen a phone screen. The video outlines the setup: two dummy phones, a BlackBerry Curve and a BlackBerry Bold, are prepared with the coating on one unit and left untreated on the other as a control. The experiment involves dragging the phones screen-side down behind a motorcycle, tethered by string, to simulate everyday wear and potential impact from road grit and scratches. The creator describes the application process, including spraying the coating, wiping in one direction, and allowing 24 hours to cure. Early on, he acknowledges the initial skepticism toward an unconventional test, emphasizing that concrete validation is needed beyond marketing claims. As the drag test commences, the video pivots toward a side-by-side comparison, with the coated phone showing notably less damage on the screen surface despite the heavy scouring from road debris. By the end, the liquid armor coating demonstrates a surprising level of durability, with the coated screen revealing minimal scratching after the cleanup, while the untreated screen bears the brunt of the damage. The host concludes that liquid armor delivers a meaningful improvement in screen protection, enough to abandon traditional screen protectors for certain scenarios, and invites viewers to subscribe for more experimental tech content, while noting practical caveats such as reapplication intervals and real-world conditions. Overall, the episode blends quirky, attention-grabbing testing with a straightforward interpretation of the results, delivering a memorable verdict on the product’s real-world performance. The tone remains hands-on and humorous, balancing entertainment with technical curiosity, and ends on a confident takeaway that the coating is worth considering for durability minded users.

Topics · science and technology · product testing · durability · tech review