Nic MacKay on Instagram: "Warded locks are a very low security and very simple style of lock, utilizing internal barriers - wards - that stop keys from turning unless they have the corresponding cuts in the blade. If the cuts match the wards, the key is free to turn, and will open up the spring loaded catch that holds the shackle in the locked position. If you have a key that fits into the keyway but will not turn, you can shave down the sides so that only the end remains, bypassing the wards th
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Nic MacKay on Instagram: "Warded locks are a very low security and v…
已浏览 11.3万 次2 周前
Instagramlockpicknic
roboworks🤖 on Instagram: "A strong magnet can defeat certain padlocks in seconds 🧲⚠️ Some lower-complexity locks use spring-loaded internal pins made from ferromagnetic metals. When a powerful magnet is placed on the lock, it can pull those pins upward, mimicking what the correct key is designed to do. Instead of rotating tumblers mechanically, the magnetic force bypasses the locking mechanism entirely, allowing the shackle to release without cutting, picking, or damage. This is why modern sec
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roboworks🤖 on Instagram: "A strong magnet can defeat certain padlock…
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Instagramrobotic.io
Social Tech on Instagram: "Ever wondered how a watch strap comes off this cleanly without tools, damage, or force? ⌚ What looks like a simple click is actually a small masterpiece of engineering. Modern watch straps often use quick-release spring bars—tiny mechanisms designed for speed, safety, and precision. Inside the strap sits a spring-loaded pin that locks perfectly into the lugs of the watch case. Slide, compress, release—and the strap disengages smoothly in seconds. This design isn’t just
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Social Tech on Instagram: "Ever wondered how a watch strap com…
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Instagramsocialtech.25
Explainer on Instagram: "A strong magnet defeats some padlocks in seconds. Some low complexity locks use spring loaded internal pins made from ferromagnetic metals. When you place a powerful magnet on the lock, the magnetic force pulls those pins upward. This copies the action of the correct key. The lock does not rely on mechanical rotation in this case. The magnetic force bypasses the internal mechanism and releases the shackle without cutting, picking, or damage. Modern security design moved
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Explainer on Instagram: "A strong magnet defeats some padlocks in …
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Instagramjoe.explainer
𝐇𝐈𝐒𝐓𝐎𝐑𝐘| 𝐈𝐍𝐅𝐎 | 𝐖𝐄𝐀𝐋𝐓𝐇 on Instagram: "A strong magnet can defeat certain padlocks in seconds — and it’s pure physics at work. Some low-complexity locks rely on spring-loaded pins made from ferromagnetic metals. When a powerful magnet is placed near the lock, it pulls those pins upward, doing exactly what the correct key is supposed to do. No cutting. No picking. No damage. The magnetic force simply bypasses the mechanism and releases the shackle. This is why modern lock design h
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𝐇𝐈𝐒𝐓𝐎𝐑𝐘| 𝐈𝐍𝐅𝐎 | 𝐖𝐄𝐀𝐋𝐓𝐇 on Instagram: "A strong magnet can defeat certain padlocks in sec…
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Instagraminfoshadee
Facts~ on Instagram: "The post shares a 61-second video montage of intricate global door latches and locks, from spring-loaded mechanisms to geared rustic designs, showcasing engineering creativity on wooden and metal surfaces. on November 6, 2025, it quickly amassed 4.7 million views and 9,800 likes, reflecting viral fascination with everyday hardware innovations. User replies highlight surprise and admiration, with comments like "Engineers are out here making doors feel like gadgets" and "We l
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Facts~ on Instagram: "The post shares a 61-second video montag…
已浏览 2757 次1 个月前
Instagramwerfacts_
Physics Experiment on Instagram: "A simple twist of a key feels effortless, but inside the lock, a precise mechanical dance is taking place. This video reveals the hidden science behind how a key actually works: 1️⃣ Unique Key Cuts: Every key has specific ridges and grooves designed to match one exact lock. These cuts are not random — they’re calculated down to millimeters. 📏 2️⃣ Pin Tumbler System: Inside most locks are spring-loaded pins split into two parts. When no key is inserted, these pi
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Physics Experiment on Instagram: "A simple twist of a key feels effor…
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Inavinate on Instagram: "A strong magnet can defeat certain padlock…
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Explainer Zone on Instagram: "Handcuffs are mechanical restrai…
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Cursed on Instagram: "The post features a DIY video demonstratin…
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Aero Universal on Instagram: "A strong magnet can defeat certain …
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RISEABOVEE | MOTIVATION | MINDSET I SAAD on Instagram: "(…
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Instagramrise__aboveee
0:34
LevelUpNoow🔥 | Self-Growth on Instagram: "Handcuffs are mecha…
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Instagramlevelupnoow
0:16
🌍 TRENDING REELS HUB on Instagram: "A traditional lock use…
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Instagramtrendingreels.io
0:28
PEEPER on Instagram: "Lock picking isn’t magic or speed—it’s …
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Instagrampeeper
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nonhubfunny on Instagram: "The post features video demonstratin…
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Instagramnon_hub_funny_
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BUDDY EXPLAINER on Instagram: "Traditional Chinese brass puzzle …
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Instagrambuddy_explainer
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