Scooter op DIESEL proberen.

DutchRiders

28 Jan 202413:29

Summary

TLDRIn this unique and humorous experiment, the hosts test various unconventional fuels in a two-stroke scooter to see how it performs. Starting with a mix of gasoline and oil, they proceed to test with washing benzine, lamp oil, and diesel. While washing benzine proves to be a surprisingly effective alternative, lamp oil fails to ignite, and diesel only works momentarily with the aid of brake cleaner. The experiment concludes with washing benzine as a viable short-term substitute, while lamp oil and diesel are deemed unsuitable for standard scooters. The video combines scientific curiosity with a light-hearted approach, leaving viewers entertained and informed about the adaptability of two-stroke engines to different fuels.

Takeaways

😀 They test running a scooter on various fuels like washer fluid, lamp oil and diesel
🚗 The scooter ran fine on washer fluid in the short term
⛽️ Lamp oil did not work at all as scooter fuel
🚨 Diesel also did not work as a fuel in the standard scooter
😷 The scooter smelled strongly of diesel when they tried it
🔧 They cleaned out the scooter after trying lamp oil as it got very dirty
❌ The scooter stopped running completely at one point and they weren't sure why
⚠️ They warn that they are bankrupt from these experiments!
🛢️ For the next video they plan to try 10W-40 oil, frying oil and water as fuel substitutes
😢 They conclude diesel does not work as a fuel in a standard scooter

Q & A

What fuels were tested in the scooter?
-Washer fluid (wasbenzine), lamp oil (lampenolie), diesel, and high octane gasoline (102 octane) were tested.
Which fuel worked the best in the short term?
-Washer fluid (wasbenzine) worked well in the short term.
Why did the lamp oil not work?
-The lamp oil was too viscous and thick, causing the parts to stick together rather than properly lubricating the engine.
What happened when they tried diesel fuel?
-The scooter started with brake cleaner fluid, but as soon as it switched to diesel it stopped running.
What fuel made the scooter run normally?
-High octane 102 gasoline made the scooter run normally, like it would with standard gasoline.
What damaged the scooter throughout the experiments?
-Letting various fuels leak on the floor likely caused damage and residue buildup in the scooter's engine and systems.
What potential fuels could be tested in the future?
-Potential future test fuels mentioned were 10W-40 motor oil as a 2-stroke oil replacement, deep fryer oil as a 2-stroke oil replacement, and vinegar as a gasoline replacement.
Was the video successful in its goal?
-Yes, the video succeeded in experimentally testing various uncommon fuels in a scooter engine to see the effects.
What safety precautions should have been taken?
-More safety equipment like gloves and eyed protection should have been used when handling and testing combustible liquids.
What was learned from this experiment?
-It was learned that unconventional fuels like washer fluids can work short-term in combustion engines, but for sustained use standard gasoline is best.

Outlines

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Mindmap

Keywords

💡Two-stroke scooter

A two-stroke scooter is a type of motor scooter that operates using a two-stroke engine. Unlike four-stroke engines, two-stroke engines complete a power cycle with only two strokes of the piston during only one crankshaft revolution. This results in a higher power-to-weight ratio, but also higher emissions. In the script, the experimentation includes using a two-stroke scooter to test various unconventional fuel types, illustrating the core activity around which the video revolves.

💡Mixing fuel

Mixing fuel, in the context of the video, refers to the process of combining different substances with gasoline to see how they affect the engine's performance. The script mentions mixing standard gasoline with other liquids like lamp oil, diesel, and wasbenzine (a type of thinner or solvent) to observe the scooter's reaction. This experimentation highlights the video's theme of exploring the versatility and limits of the scooter's engine.

💡Cameraman

The term 'cameraman' in this script refers to the individual responsible for recording the video's events. This role is pivotal for documenting the experiments and interactions, providing viewers with a visual account of the tests conducted on the scooter. The mention of a cameraman adds a layer of authenticity and engagement to the narrative, making the content more relatable and dynamic.

💡Experimentation

Experimentation in the video involves the systematic testing of various fuels in a two-stroke scooter engine to observe outcomes. This process is central to the video's narrative, showcasing a trial-and-error approach to understanding how different substances affect engine performance. Examples from the script include attempts to run the scooter on wasbenzine, lamp oil, and diesel, reflecting the video's exploratory and educational nature.

💡Engine performance

Engine performance relates to how well the scooter's engine operates under different conditions, particularly when fueled by unconventional substances. The script assesses performance based on the engine's ability to start, run, and the presence of any abnormal behaviors (e.g., smoking, failure to operate). This concept is crucial for evaluating the feasibility of alternative fuels in two-stroke engines.

💡Wasbenzine

Wasbenzine, mentioned in the script, is a type of solvent or thinner commonly used in cleaning and as a degreaser. In the context of the video, it is experimented with as a potential fuel for the scooter. The exploration of wasbenzine's effectiveness as a substitute for traditional gasoline highlights the video's theme of unconventional fuel testing.

💡Lamp oil

Lamp oil is traditionally used as a fuel in oil lamps. The video includes an experiment to see if lamp oil can power a two-stroke scooter engine. This segment of the script emphasizes the innovative aspect of the video, pushing the boundaries of what can be considered viable scooter fuel.

💡Diesel

Diesel, a common fuel for many types of engines, is tested in the scooter to examine its compatibility with a two-stroke engine design. The inclusion of diesel in the experiments serves to compare its effects with those of more conventional scooter fuels, as well as the other alternative fuels tested in the video.

💡Safety

Safety, though mentioned briefly in the script, is an underlying concern throughout the video. Experimenting with flammable substances and engines carries inherent risks. References to safety measures (or the lack thereof) underscore the importance of caution during such experiments, even in a casual or humorous setting.

💡Fuel efficiency

Fuel efficiency, in the context of this script, refers to how effectively the scooter's engine can convert the energy in the fuel into movement, especially when using unconventional fuels. The video's experiments implicitly explore this concept by observing how the scooter runs on different fuels, offering insights into the practicality and potential environmental impact of each fuel type.

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