Testing the Gainsborough Trilock - Strength, Installation, and Performance Review

In today’s video, we’re testing a used Gainsborough Trilock contemporary model, with unique features and robust functionality. Gainsborough offers various Trilock versions, and for this model, two 54mm holes are drilled into the door - one for the lock cylinder and latch assembly, and one for the handle and spindle mechanism.
We’ll guide you through the installation process, highlighting key steps like securing the tubular sleeve to the lock body and attaching the large plates on either side of the door for added support. Gainsborough designed this lock with three functions, acting as a passage set when unlocked, a privacy lock when the internal button is pressed, and a deadlock when the key is turned.
While fitting the strike plate, we encountered some common challenges, including the potential for frame weakening and timber splitting, and we'll share tips on how to avoid these issues.
During our testing, we’ll simulate real-world scenarios by applying force to the door to measure how well the Trilock withstands pressure. After refining our setup, including setting the strike plate deeper and using smaller screws, our door frame held up to 340 kg of force! We’ll review the results and discuss why the latch bolt broke under extreme pressure, analyzing the materials used in its design.
Tune in to see if the Gainsborough Trilock stands up to the test and how it performs in durability and security.
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The Lock Mob - Gainsborough Trilock thelockmob.com...

[@PatrickGuerrisi]

Cool tests man !