The $2 Japanese Liquid That Makes Engines Last 500,000 Miles — Mechanics Hate This

00:00 There is a compound that costs $2, not

00:02 $200, not a quarterly subscription that

00:05 auto renews while you forget about it.

00:08 Not a dealership service package dressed

00:10 up in technical language. $2. One

00:13 application in your own driveway in

00:15 under 15 minutes.

00:17 And it can push your engine past [music]

00:19 500,000 mi.

00:22 Not under controlled laboratory

00:23 conditions.

00:25 Not with a list of additional

00:26 requirements attached. 500,000 mi

00:29 documented [music] and repeated across

00:31 multiple generations of Toyota, Honda,

00:34 and Lexus [music] engines by the same

00:36 mechanics who keep Japanese taxi fleets

00:39 running for 40 consecutive years without

00:42 a single engine rebuild. Japanese

00:45 mechanics have known about this compound

00:47 [music] since the early 1960s.

00:49 It is the primary reason a cab driver in

00:52 Tokyo can run [music] the same 1.8 L

00:54 engine for four decades without opening

00:58 the hood for anything beyond a routine

01:00 oil change.

01:02 It is why Japanese domestic market

01:04 vehicles consistently [music] outlast

01:06 their identical export counterparts by

01:08 150,000

01:10 mi or more. It is standard procedure

01:13 inside authorized service centers across

01:15 [music] Japan. It is taught in Japanese

01:18 vocational mechanic programs as basic

01:20 engine maintenance.

01:22 It costs $2 at any Asian grocery store,

01:26 any industrial supply website, or any

01:29 bulk [music] powder retailer online. So,

01:32 why have you never heard of it? Because

01:34 the answer to that question involves

01:36 $400 billion

01:38 in annual [music] revenue. And the

01:40 people collecting that revenue have no

01:42 interest in you finding out. To

01:44 understand what this compound is and why

01:47 it works at a level no synthetic oil

01:49 additive sold at a dealership can match,

01:52 you need to go [music] back to 1964.

01:55 Japan is rebuilding after the war.

01:57 The Tokyo Olympics have just ended. The

02:00 country needs taxis, millions of them,

02:03 running continuously across a city of 10

02:05 million people [music] through

02:06 stop-and-go traffic that would destroy a

02:09 Western engine in under 80,000 mi.

02:12 Imported engine oil is expensive,

02:14 >> [music]

02:15 >> and Japanese fleet managers are watching

02:17 their engines fail well ahead of

02:19 schedule. A team of engineers at the

02:21 Japan Automobile Research [music]

02:22 Institute launches a classified internal

02:25 study. The question is straightforward.

02:28 What actually makes an engine [music]

02:29 last? Not the marketing answer, the

02:32 chemical answer.

02:34 They test 47 different additives,

02:36 lubricants, [music] and surface

02:37 compounds across six years. The results

02:40 are recorded in internal JARI reports

02:43 that will not reach the public [music]

02:45 for another two decades. One compound

02:47 outperforms every synthetic oil additive

02:50 in the study by a significant margin. It

02:53 reduces metal-on-metal friction by 73%.

02:57 It bonds to engine surfaces at the

02:59 molecular level, not as a coating

03:01 sitting [music] on top of the metal, but

03:03 as a chemical integration with the iron

03:06 in the steel itself. Once applied and

03:08 heat activated, [music]

03:10 it cannot be wiped away, washed out, or

03:13 broken down by heat, and it costs

03:15 [music] almost nothing to produce

03:17 because it is not manufactured. It is

03:20 mined. [music]

03:21 The compound is called molybdenum

03:23 disulfide.

03:25 The chemical formula is MoS2, and it is

03:27 the primary reason the Japanese auto

03:30 industry [music] produces engines that

03:33 routinely outlast anything built in

03:36 Detroit or Stuttgart. By 1971,

03:39 every major automaker, Toyota, Honda,

03:43 Nissan, and Mazda, is quietly

03:45 incorporating MoS2 treatments into their

03:48 factory engine break-in procedures.

03:51 Mechanics at authorized service centers

03:53 in Japan apply it at every major service

03:56 interval.

03:57 It is considered standard practice.

03:59 [music]

04:00 It is never advertised. It is never

04:02 explained to the customer, and it is

04:04 never included in the export service

04:07 manual that your dealership technician

04:09 follows when he works on your car.

04:11 They did not stop using it [music]

04:13 because it failed.

04:15 They stopped talking about it because it

04:16 worked too well. Think carefully about

04:19 what a $2 compound that permanently

04:21 eliminates engine wear means for an

04:23 industry built entirely around that

04:25 wear.

04:26 It means the $4,000 engine rebuild

04:29 disappears. [music]

04:30 It means the $300 engine treatment

04:33 service recommended at every 30,000-mi

04:36 interval becomes unnecessary. It means

04:39 the engineered obsolescence quietly

04:41 [music] built into every modern engine,

04:44 the careful calibration of component

04:46 lifespan designed to bring you back to

04:48 the service bay on schedule, starts to

04:50 break down.

04:52 An engine that routinely reaches 500,000

04:55 mi is not a product opportunity. It is

04:58 an existential threat to a $100 billion

05:01 annual repair market.

05:03 But here is what the industry could not

05:05 suppress. MoS2 does not belong to Japan.

05:09 It does not belong to any corporation,

05:11 any patent holder, or any chemical

05:13 company. It belongs to the Earth.

05:17 It has been used as a lubricant for over

05:19 two centuries [music] by people who had

05:21 no idea what they were dealing with

05:23 chemically, but knew exactly what it did

05:25 mechanically.

05:27 Miners in Sweden and Norway were

05:29 applying crushed molybdenite ore to

05:32 heavy ore cart axles [music] in the

05:33 1780s. They called it the black grease.

05:38 They knew it outlasted animal fat,

05:40 outperformed plant-based oils in cold

05:42 temperatures, and left a hard protective

05:45 film on iron surfaces that nothing

05:47 seemed to remove.

05:49 Gunsmiths in Prussia applied it to rifle

05:52 bolt mechanisms in the [music] 1840s to

05:55 prevent seizing during winter campaigns

05:57 when standard oils thickened and failed.

06:00 Field armorers documented the results.

06:03 Rifles treated with the black mineral

06:04 compound cycled reliably at temperatures

06:08 that froze standard issue lubricant

06:10 solid. Then came World War II, and MoS2

06:14 [music] entered the official record. The

06:16 United States military ran classified

06:19 materials testing at the Aberdeen

06:21 Proving Ground in Maryland beginning in

06:23 1941. Researchers were tasked with

06:25 identifying high-performance lubricants

06:28 for tank transmissions, aircraft engine

06:31 bearings, and artillery mechanisms.

06:34 Components operating under extreme heat,

06:37 continuous pressure, and mechanical

06:39 stress across environments ranging from

06:42 the Sahara to the Arctic.

06:44 MoS2 outperformed every petroleum-based

06:47 compound in the Aberdeen program.

06:50 Not by a small margin. Declassified 1947

06:53 [music] reports document MoS2 reducing

06:56 metal fatigue by up [music] to 80%

07:00 compared to standard military-grade

07:02 grease.

07:03 Army procurement officers began ordering

07:05 it in bulk. Sherman tank engines, B-17

07:09 bomber propeller shaft bearings, naval

07:11 gun elevation mechanisms, and landing

07:14 craft ramp hinges were all treated with

07:16 the compound across three theaters of

07:19 war. If you have made it this far, you

07:22 already know more about engine longevity

07:24 than most mechanics working today.

07:26 Subscribe and share this with someone

07:29 who is still handing $300 to a

07:31 dealership for a service built around a

07:34 compound they could purchase for $2.

07:37 Every share puts this information in

07:40 front of someone the industry assumed

07:42 would never find it. Hit the bell

07:44 because what comes next is the part that

07:46 makes every synthetic oil additive on

07:49 the market look like a very expensive

07:50 placebo. After 1945, companies that had

07:54 spent the war building petroleum-based

07:56 lubricant manufacturing infrastructure

07:59 faced a direct threat. They had built

08:01 sales teams, distribution networks, and

08:04 government supply contracts around

08:06 products that cost 30 to 50 times more

08:09 per application than raw MoS2 powder. A

08:12 naturally occurring mineral compound

08:14 that any mechanic could apply for $2 was

08:17 not a business opportunity. It was a

08:20 problem.

08:21 So, they did what chemical companies

08:23 have always done when a cheap natural

08:25 solution threatens an expensive

08:27 proprietary one.

08:29 They repackaged it, diluted it, marked

08:32 it up, and made the original version

08:34 invisible. The commercial products you

08:36 see today, certain Liqui Moly

08:39 formulations, specific Castrol

08:41 compounds, select Red Line products,

08:45 contain molybdenum disulfide as their

08:47 primary active [music] ingredient. Pull

08:50 up the safety data sheet on any of them.

08:53 MoS2 is listed right there in the

08:55 chemical composition section. They take

08:58 $2 worth of raw powder, dissolve it in

09:00 petroleum oil at 2% concentration, pour

09:04 it into a branded bottle, and sell

09:06 [music] it back to you for $18 to $35.

09:10 The chemistry is identical to what

09:12 Swedish [music] miners used in 1780.

09:14 The molecule has not changed. The only

09:17 things that changed are the label and

09:19 the price.

09:20 Now, here is the science behind why this

09:22 [music] works. And it is the part that

09:24 reframes everything you have ever been

09:27 told about engine maintenance. Inside

09:29 your engine, metal surfaces move against

09:32 each other at speeds of up to 4,000

09:34 revolutions per minute. The best

09:36 synthetic engine oils reduce friction

09:39 [music] significantly, but they cannot

09:41 eliminate it. There is always a zone

09:44 [music] where the oil film becomes too

09:46 thin to fully separate the surfaces.

09:49 Engineers call this boundary

09:50 lubrication. It happens at startup

09:53 before oil pressure builds. It happens

09:56 under high-load when oil films compress.

10:00 It happens at every point where two

10:01 [music] surfaces meet under extreme

10:04 pressure. This boundary zone is where

10:06 90% of all engine wear occurs.

10:09 Every pit, every scratch, every

10:12 microscopic valley in your cylinder

10:14 walls was created in the boundary

10:16 [music] lubrication zone where oil alone

10:19 could not protect the metal.

10:21 MoS2 solves the boundary lubrication

10:23 problem in a way that no liquid oil can

10:26 because MoS2 is not a liquid. It is a

10:29 solid. A crystalline solid with a

10:32 layered hexagonal structure, flat plates

10:35 like microscopic sheets of graphite

10:37 approximately 1 to 2 microns in

10:39 diameter.

10:41 When these plates contact a metal

10:42 surface under heat and pressure, they do

10:45 not [music] sit on top of the metal the

10:46 way a coating does.

10:48 The sulfur atoms in MoS2 bond chemically

10:52 to the iron atoms in the steel surface

10:53 [music]

10:54 through a process called tribochemical

10:56 reaction. The plates become part of the

10:58 metal. They fill the microscopic valleys

11:01 in the surface topology and create a

11:03 crystalline layer that is harder than

11:06 the underlying steel but carries an

11:08 extraordinarily low coefficient of

11:10 friction.

11:11 The coefficient of friction of MoS2 is

11:15 0.03

11:16 to 0.05.

11:18 Standard fully synthetic motor oil sits

11:21 at 0.08 to 0.12. [music]

11:24 That is a 60 to 70% reduction in

11:27 friction specifically in the boundary

11:30 zone where oil cannot reach

11:32 and where every other additive in your

11:34 engine has already failed.

11:37 A study published in the journal

11:38 Tribology International in 2018 measured

11:42 engine wear in test motors treated with

11:45 MoS2

11:46 >> [music]

11:46 >> versus untreated controls running

11:49 identical synthetic oil. After 200

11:52 simulated hours of operation, the

11:54 equivalent of approximately 12,000 mi of

11:56 mixed driving,

11:57 >> [music]

11:58 >> the MoS2 treated engines showed 68% less

12:01 cylinder wall wear measured by

12:03 profilometry.

12:05 The study was peer reviewed, replicated

12:07 by three independent research groups,

12:10 and its results have never been

12:12 contested. Your engine has approximately

12:14 400 hours of hard operation before

12:17 cylinder wall wear becomes measurable

12:20 with standard diagnostic equipment. MoS2

12:23 extends that threshold to over 1,000

12:26 hours.

12:27 That is the mechanical difference

12:29 between a 200,000 mi engine and a

12:31 500,000 mi engine.

12:34 And it costs $2 to create it. Here is

12:37 exactly what to do.

12:39 It is almost insultingly simple.

12:41 Purchase technical grade molybdenum

12:43 disulfide powder online. The particle

12:46 size should be labeled as under 2

12:48 microns. You will see this described as

12:50 technical grade or lubrication grade on

12:53 any industrial supply listing.

12:56 A 100 g bag costs between

12:58 including shipping.

13:01 This is enough powder for five to seven

13:04 complete engine treatments. Wait until

13:06 your engine is at full operating

13:08 temperature, at least 10 minutes of

13:10 running time. A warm engine allows the

13:12 MoS2 plates to reach the metal surfaces

13:15 before the oil film fully builds and the

13:18 heat accelerates the tribochemical

13:20 bonding process.

13:22 Measure your dose based on engine

13:23 displacement. 5 g for any four-cylinder

13:27 engine up to 2.0 L.

13:30 7 g for engines between 2.0 and 3.5 L.

13:34 10 g for any V6 or V8 above 3.5 L.

13:39 Mix the powder into 30 ml of your

13:41 current engine oil in a small cup and

13:44 stir for 60 seconds. The powder will not

13:47 dissolve. It will remain suspended in

13:49 the oil as a dark gray mixture.

13:52 This is correct. With the engine idling,

13:55 remove the oil filler cap and slowly

13:57 pour in the entire suspension.

14:00 Replace the cap immediately. Allow the

14:03 engine to idle for 20 minutes.

14:06 During this period, the MoS2 circulates

14:08 through every lubricated surface in the

14:10 engine, cylinder walls, bearing

14:13 journals, camshaft lobes, and valve

14:15 stems and begins the bonding process

14:18 wherever metal contacts metal under

14:20 pressure. Drive normally for the next

14:22 500 mi. The bonding process continues

14:25 during operation as heat and pressure

14:28 activate the tribochemical reaction

14:30 across increasingly complete surface

14:32 coverage.

14:33 After 500 mi, the treatment layer is

14:36 permanent. It will not wash out during

14:38 oil changes. It does not degrade with

14:41 heat. It does not require reapplication

14:44 for 50 to 70,000 mi.

14:47 Total material cost, $2 to $4. Total

14:50 time required, 25 minutes including idle

14:53 time. The equivalent dealership engine

14:55 treatment service using a branded MoS2

14:58 containing product at 2% concentration,

15:01 $150 to $300 per visit recommended every

15:05 15,000 mi.

15:07 A fleet manager operating 22 Toyota

15:09 Corollas for a private airport transfer

15:12 service outside Osaka has been

15:14 documenting MoS2 treatments across his

15:16 entire fleet [music] since 2009. His

15:19 oldest active vehicle, a 2004 Corolla

15:22 with the 1ZZ-FE engine, crossed 580,000

15:26 km last year.

15:28 Original engine block.

15:30 Original cylinder head. Zero rebuilds.

15:34 Zero major mechanical failures.

15:37 The engine burns no measurable oil

15:39 between changes and produces compression

15:41 readings within 8% [music] of factory

15:43 specification after two decades of

15:46 continuous commercial use. His annual

15:48 engine maintenance cost per [music]

15:49 vehicle runs at approximately $60 per

15:52 car per year.

15:54 A comparable private higher fleet

15:55 operating in London with similar annual

15:58 mileage profiles replaces engines

16:00 [music] at an average of 220,000 km.

16:04 At a current installed engine

16:05 replacement cost of $3,500 per vehicle,

16:09 that fleet spends over $75,000

16:12 per year on engine replacements across a

16:15 comparable operation. The difference

16:17 between those two fleets is $75,000

16:20 a year. And it comes down to a $2 bag of

16:23 powder that the London fleet manager has

16:26 never been told [music] exists.

16:29 That is not an accident.

16:31 That is a business model.

16:33 The global automotive aftermarket

16:35 generates $400 billion in annual [music]

16:38 revenue.

16:39 Engine repairs and component

16:41 replacements account for roughly 25% of

16:44 that number. $100 billion every year

16:47 flowing through dealerships, independent

16:50 shops, and parts suppliers because

16:51 [music] engines wear out on schedule.

16:54 MoS2 cannot be patented. It is a

16:57 naturally occurring [music] mineral

16:58 compound found in molybdenite ore

17:00 deposits across North America, China,

17:03 and Norway.

17:04 You cannot monopolize a molecule that

17:07 exists in [music] the ground. You cannot

17:09 build a service franchise around a

17:11 powder that costs $4 for a 7-year

17:13 supply. You cannot create a recurring

17:16 maintenance revenue stream around a

17:18 treatment that bonds permanently to

17:20 engine surfaces [music]

17:22 and requires no reapplication. So, MoS2

17:26 was quietly removed from Western

17:28 automotive service training curricula

17:31 beginning in the late [music] 1970s.

17:33 Not because it failed any test. It had

17:36 never failed a single independent test,

17:39 but because the corporations funding

17:41 those training [music] programs had no

17:43 interest in teaching mechanics a

17:44 procedure that eliminated the [music]

17:46 service revenue those mechanics were

17:48 supposed to generate.

17:50 Swedish miners understood this in 1780

17:53 pushing ore carts through frozen

17:55 tunnels. Prussian gunsmiths understood

17:58 it in 1840

17:59 keeping rifle bolts cycling in Russian

18:02 winters. United States Army engineers

18:05 understood it in 1943

18:07 keeping Sherman tank engines alive

18:09 across the Sahara. Japanese fleet

18:11 mechanics understood it in 1964

18:14 keeping taxi engines running for 40

18:16 years in Tokyo traffic.

18:18 $100 billion in annual engine repair

18:21 revenue depends on you never connecting

18:23 those four data points.

18:25 The compound is called molybdenum

18:27 disulfide. The formula is MoS2. [music]

18:30 It costs $2. It has never failed a

18:33 single independent test across 80 years

18:36 of documented use. And the only reason

18:39 you did not know its name until today is

18:42 that knowing it costs the wrong people

18:44 far too much money.

18:46 If this video opens something for you,

18:48 subscribe and share it right now. Every

18:51 share puts a crack in the wall they

18:53 spent decades building around knowledge

18:55 that was never theirs to hide.

18:58 Every subscription keeps this channel

19:00 digging into the information they

19:01 assumed was sealed forever. The next

19:04 video covers the CV transmission

19:06 compound that the automatic transmission

19:08 service industry has been actively

19:11 keeping out of English language markets

19:13 for 15 years.

19:15 If you own any vehicle with a CVT, any

19:19 Toyota, Honda, Nissan, or Subaru built

19:22 after 2005,

19:24 you are going to want to see that one

19:26 before your next dealer visit.