It is a go-to recommendation whenever cans, good design or mass-produced objects come up, and many also recommend the whole channel.
Topics › Engineering, Transport & Making
The best manufacturing & industrial processes videos, according to Hacker News
68 videos about manufacturing & industrial processes that Hacker News commenters keep pointing each other to, ranked by how many separate months they were recommended. Part of Engineering, Transport & Making.
Strongly recommended in Shenzhen and hardware threads for its view of fast cycles, loose IP and the maker ecosystem.
HN commenters repeatedly recommend it as a half-hour mini-documentary on how precision is bootstrapped from scratch, relevant to machining and chip manufacturing threads.
HN commenters call it mesmerizing and a great look at how things are actually made by a dedicated craftsman.
HN cites it constantly in US manufacturing debates as a vivid demonstration of how much domestic industrial capability has been lost.
HN recommends it as a rare look inside a rocket factory and cites it for manufacturing details like welding methods.
Boeing threads cite it as early evidence of deep cultural and quality problems at Boeing, years before the 737 MAX crashes.
HN recommends it as a fascinating look at the i3's revolutionary materials and production methods, and as a contrast point for Tesla.
HN sends people here as the most straightforward and detailed starting point for understanding EUV lithography.
Treated as the essential primary source for Tesla's battery and cost-reduction plans, and a feast for engineering nerds.
Recommended as the best look inside a modern PCB fab, cited in threads on hobby PCB vendors, manufacturing in China and automation.
HN recommends it for concrete numbers on what tariffs do to small hardware businesses.
HN commenters recommend it as the accessible deep-dive on EUV lithography and why chip manufacturing is so hard.
HN recommends the channel and this video as an explanation of how machine tools enabled modern manufacturing.
HN commenters recommend it as an excellent introduction to massive forging presses, especially in threads about gigacasting and large manufacturing machines.
HN viewers find the film manufacturing process and the engineering behind it fascinating, especially the continuous roll changes.
Recommended in address and OCR threads as a look at the last human mail-coding operation.
HN uses it as a primary source on Tesla manufacturing and engineering decisions and Musk's grasp of product detail.
Recommended as a friendly starting point for people who want to learn PCB design with free tools.
HN recommends it for a view of Shenzhen's hardware ecosystem and as a documentary pick on China's tech scene.
HN cites it in mass timber and construction threads as an example of insulation-free, glue-free all-wood building in Europe.
HN uses it as the standard illustration of hidden complexity and supply-chain dependencies behind everyday objects.
Recommended for factory-process fans and as part of a series on how US manufacturing is losing tooling capability.
HN shares it as a fun short factory tour showing that film is still manufactured.
Cited as an expert's account of why gigacasting works and how Tesla manufacturing has changed.
HN commenters point to it as a clear explanation of why fabs aren't being built for older process nodes.
HN commenters point to it as a better explanation of just-in-time versus the Toyota Way and of container and chip shortages.
Commenters point to it whenever 3D-printed metal parts come up, as a clear explanation of why they have poor fatigue life and material defects.
HN recommends the CSB's accident reconstruction animations as clear, worthwhile case studies of industrial disasters.
HN cites it as proof that a full iPhone can be assembled from sourced parts, in right-to-repair and Shenzhen hardware ecosystem discussions.
Cited as a vivid example of modern, highly automated manufacturing with few workers, and of carmakers as robotics companies.
Cited in automation and robotics threads as the example of a warehouse built robot-first.
HN cites it as an example of efficient, machine-assisted mass feeding of people for free.
HN finds it fascinating as a window into 1930s factory work, often contrasting its hand labor with modern assembly ergonomics.
Cited in threads on Boeing and engineering management as a long, interesting look at how a modern airliner was built.
Used to show what Kiva-style warehouse automation actually looks like: simple wheeled robots moving racks to humans.
HN cites it as the standard example of advanced warehouse automation in grocery fulfillment.
HN finds it fascinating and suggests the technique for keeping operators like test drivers attentive.
Used as the visual reference for Apple's earlier US manufacturing and automation, often as an example of factory automation lessons.
Cited in threads on flatness and precision as a glimpse into a niche metrology profession.
Shared as a striking example of what prefab modular construction can achieve in speed.
Cited as a vivid example of combustible dust hazards and of the CSB's investigative work.
Cited in prefab and housing threads as proof that high-quality modular homes can be assembled on site in hours.
HN brings it up in book-digitization threads as an elegant, careful scanner design.
HN links it as an expert teardown perspective on Tesla engineering, used to back up claims about motors and electronics quality.
HN cites it as a deeper look at Tesla's integrated thermal management system, from a commentator respected for auto industry knowledge.
HN commenters cite it as an illustration of the extreme effort Formula One teams put into safety, performance and reliability for a single part.
HN commenters cite it as a concrete teardown-style explanation of how BYD builds a cheap EV and why Western automakers are worried.
Pointed to as a clear explainer of Relativity Space's fully 3D printed rocket approach when rocket manufacturing or additive manufacturing comes up.
Cited in threads on textile waste and clothing supply chains as an example of an industrial recycling attempt, with some skepticism about how far it progressed.
HN cites it as a glimpse of in-house, highly automated hardware manufacturing and the scale of a lights-off factory.
HN links it as the official demo showing what Stretch actually does, though some commenters point out its limits, such as picking boxes from one side.
HN commenters cite it as a rare look at Tesla's giant casting presses in action during discussions of mega-castings.
Mostly used by seed-oil skeptics in nutrition threads as a visual argument that canola oil is heavily processed.
HN commenters link it as a concrete picture of Kiva-style robotic warehouses whenever threads discuss warehouse automation and same-day delivery.
HN cites it as historical precedent in threads about restaurant robots and automation, noting it worked but was not cost-effective.
HN cites it as an example of automated cloud labs and AI already running physical experiments.
HN cites it as evidence that lights-out factories exist, though one commenter notes it is outdated relative to current automation.
Cited as an early expert critique of Model 3 fit, finish and manufacturing quality, and for its note on hard-to-find emergency door releases.
HN uses it as a go-to example of impressive 5-axis machining and CAM-controlled toolpaths.
HN links it as a concrete example of the scale and speed of automated recycling sorting.
Used as a concrete example of modern car assembly, with short cycle times and heavy robotic automation, in manufacturing and automation threads.
HN cites it as evidence that commercial berry harvesting is done by mechanical shaking and agitation, in contrast to slow picking robots.
HN cites it as evidence of early lights-out manufacturing and of Steve Jobs's factory automation roots in threads on automation and US manufacturing.
Cited as historical precedent for large government industrial investment and for modern gigacasting.
Mostly used as a reference clip, as a view of a modern factory or evidence in an argument, not as a recommendation.
HN references it as prior art whenever solar sintering, sand printing or sunlight-based manufacturing comes up.
Linked as an example of industrial shredding for secure bulk drive destruction.
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