How Electric Vans Are Made in Factories? (Mega Factories Video)
The Mercedes-Benz Sprinter is a light commercial vehicle (van) built by Daimler AG of Stuttgart, Germany as a large van, chassis cab, minibus, and pickup truck. In the past the Sprinter has been sold under the Mercedes-Benz, Dodge, Freightliner, and Volkswagen nameplates. In the U.S. it is built from complete knock down (CKD) kits by Freightliner. They are now primarily marketed by Mercedes-Benz. Re-badged and re-engined Sprinters were also sold by Volkswagen Commercial Vehicles as the Volkswagen LT and the Volkswagen Crafter.
Companies are replacing van conversions with wide bus bodies-Sprinters with side-facing benches and tall right-side doors-as campus shuttles. Limited numbers of complete "wagons" (passenger vans) are being produced in Germany and shipped complete to the United States mostly for personal and church van uses. Typical Sprinter Wagons accommodate 8 to 10 passengers and have glass in all possible factory positions. Vans shipped to the United States on-spec (speculation to sell by dealer/distributor) are mostly sent in Arctic White color, but many colors are available. The Dodge dealer network for Sprinters is limited to certified locations (known as "Business Link" certified dealers, usually only awarded to "Five Star" certified dealers), and dealer knowledge is still limited in both sales and service.
Video Credit: www.mercedes.com
This video is part of our ‘How Everyday Things are Made’ series. To watch other video of the series click on this link: • How Everyday Things Ar...
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Love how efficient the assembly process is, this is a great video. However, with these great engineering achievements also comes, often, deliberately ignored downsides for many human beings in the labor force. What answer do we have for those whom the high-tech marketplace leaves behind? It seems like the answer up until now has been to manipulate interest rates downward and "print" currency to sustain a debt-economy that has employed a growing amount of unproductive labor. A global debt economy that's borrowed perhaps decades of future growth that would have otherwise benefited future generations for consumption in the present. How long can this state of affairs last? As for EVs - Does the total resource extraction and energy necessary for broad battery-powered transportation beat the efficiency of the resource extraction necessary for refining oil into petrol to power our ICE transportation infrastructure when all factors are considered? Last bit of food for thought - Does the broad push for battery-powered transportation and green energy (among other tangentially related political pursuits) have anything to do with conventional oil yields decreasing significantly over time in comparison to yields and ROI extraction efficiency 30, 50 or 80 years ago?
You raised some very important and interesting point. Would love everyone reading this comment to share their opinions and thoughts about the same.
Firstly, thanks for not having an annoying soundtrack. Interesting how the factory is generally quiet
I grew up in car capital of the world near Detroit during the 60’s. My how far vehicle production has come. The engineers whom design the robotics and incorporate them into a factory to build cars, vans and trucks are nothing less than genius. Imagine 50 years from now what these factories will be like. Great video, thanks for posting.
The jigsaw puzzles which we all solved right from our childhood days are manufactured with some great engineering behind them. Watch this exciting and informative video to learn more! Watch here: kzhead.info/sun/od2lddCreWuDnn0/bejne.html
I like your manufacturing video, but do you have any videos that shows exactly how the rolled sheets that are utilized to make body panels are made, starting from refining in electric arc or basic oxygen furnaces, through ingot casting, followed by forming in rolling mills through various mill stands? Also for other components such as shafts, transmission gears, braking pads, springs, and pistons, do you have videos as to the processing steps of making them starting from refining of metals, through various casting, hot and cold forming and forging, machining, heat treatment, and other processes?
Interesting to watch this. In Germany, work at a factory like this gives you a very decent middle class living standard. Here in Finland, the same work is literally done by paperless immigrants who live in sea container barracks and earn 500 euros a month.
Brother Good Video 🔦
Thanks 💯
an example of amazing tech but an underwhelmingly designed product.
Why would you say that? Just curious
@@engineeringworld. oh it's nothing against the van. it's just "here's the most amazing tech in the world"...and we're making a van lol
What about the stampimg process? Thats what makes the body.
That's done from another factory and pre-fabricated body parts are send to the Mercedes factory for assembly.
@@engineeringworld. how long do the parts take to make?
interesting!!
There's absolutely no way the bodies are built to with .0001mm - that's far beyond the resolution of those kuka arms.
The internal encoder resolution maybe, but you don't know what external systems are used for fine tuning; for instance an actuator on the endpoint moderated by laser would do the trick, once the gross alignment has been completed
Wow! Thank you for your valuable input
Better for the environment my arse!!!
So they are not environmentally friendly?
@@engineeringworld. 😂Every ones an expert.
Perhaps coal fired steam cars or our depleting fossil fuels might be better. What's your resolution then??
Amazing technology too bad sprinters are absolute junk. I work on them and they are by far the most problematic vehicles.
Send them an email or something? Never know...
What problems and challenges do you face?