HOW IT'S MADE: Motorcycles

Why do motorcycles capture people's hearts, and what is it about motorbikes that makes people a community and club around it?
Motorcycles are designed to be eye-catching, shaped to make you want to see them, look them up, and pause as you pass by to make them look good. From the beginning, motorcycles were a bit intriguing because of their small size but high speed.
As the design improved, the form of the motorcycle included not only a performance aspect but also a design that made the motorcycle visually appealing.
From bike artwork to fairing shapes, headlights, wheel spokes and even riding positions, everything is rough and evokes the feeling of being ready for anything.
Most of us still have a wild side in us, and the motorcycle design and looks are intended to appeal to that part of our personality, and this tactic works very well. It seems to go!
In 1901, Engineering magazine described the motorcycle as "a form of entertainment that can only be appealed to the most enthusiastic mechanical eccentrics."
Last year, 4 million motorcycles were used in the United States alone. Whether it's trusted as the primary mode of transportation, used to provide weekend recreation, speeding up with soup for racing, or being exhibited as an antique, around the world Millions of people have shown that novelty is undoubtedly strong.
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Step 1: Raw materials
The main raw materials used in the manufacture of motorcycle bodies are metals, plastics and rubber. The motorcycle frame, like the wheels, is almost entirely made of metal. The frame can be covered with plastic. The tires are made of rubber.
The sheet is made of a synthetic material such as polyurethane. The power system consists of a 4-stroke engine, a carburettor that converts incoming fuel into steam, a choke that controls the air-fuel ratio, a transmission, and a drum brake.
The transmission system includes clutches, crankshafts, gears, pulleys, rubber belts or metal chains, and sprockets, which consist of a steel ball flyweight and a metal plate. NS
Motorcycle electrical systems include batteries, ignition wires and coils, diodes, spark plugs, headlamps and taillights, turn signals and horns.
Cylindrical pistons made of aluminium alloy (preferably due to their lightweight and excellent thermal conductivity) are important components of the engine. Comes with a cast iron piston ring.
The crankshaft and crankcase are made of aluminium. The engine also usually includes a cylinder barrel made of cast iron or light alloy.
Step 2: Manufacturing Process
Raw materials, parts and components usually arrive at the manufacturing plant by truck or rail every day. Materials and parts are delivered to the place of use or installation as part of the just-in-time delivery system planned by many factories.
Manufacturing begins in the welding department, where frames are computer-controlled from high-strength frame materials. The components are made of tubular metal and hollow metal shells made from sheet metal. Various sections are welded. This process includes manual, automatic, and robotic equipment.
In the plastics sector, small plastic resin pellets are melted and injected into moulds under high pressure to form various plastic body trim parts. This process is known as injection moulding.
Plastic and metal parts and components are painted in the painting department's booth using a process called powder painting. The powder coating device acts as a large spray coating machine and evenly distributes the paint throughout the metal frame via a pressurizing system.
The painted parts are sent to the assembly department via an overhead conveyor or traction motor (similar to a ski lift traction rope) where they are attached to the frame of the motorcycle. Motorcycle engine.
Step 3: Motorcycle engine.
The engine is mounted on a painted frame and various other components are mounted when the motorcycle is sent to the assembly line.
Wheels, brakes, wiring cables, footpegs, exhaust pipes, seats, saddlebags, lights, radios and hundreds of other parts are mounted on the motorcycle frame. For example, a Honda Gold Wing motorcycle requires about the same number of parts like a Honda Civic car.
Step 4: Quality management
At the end of the assembly line, a quality control inspector visually inspects the paint finish of the motorcycle and the suitability of the parts. Quality control inspectors also feel the motorcycle with their gloved hands and detect irregularities and imperfections in the finish.
#howitsmade #motorcycle #Factory

[@cynicalrabbit915]

Whoever wrote the script doesn't really know Jack about Motorcycles.
Considering Unsubscribing due to lack of or incorrect information. Doesn't really go into proper detail.

[@QuentinFW]

Carburetors? DRUM brakes? All while showing modern bikes. There are so many errors in the first two minutes I could't go any further. Even the arguably subjective front-end editorializing is baloney. And this is supposed to be a documentary style video.

[@joshbridges9234]

Converts gas into “steam” ? Yeah that’s enough if this video

[@pacz8114]

(Man, that so-called "music" is not only disruptive and non-value added, but music per se -- it's pure garbage.)

[@notmyname7758]

Whoever is your audio tech should be fired.
2nd, this information couldnt be any more incorrect

[@operamatthew]

LOL, tell me you know nothing about engines without telling me your know nothing about engines.