THIS Is A Crime That Should Worry EVERYONE!
Mentour Now!
0:00 Why would anyone want to steal a consignment
0:02 of worn out jet engine parts that were
0:04 about to be destroyed or recycled and who on earth would want to do that?
0:09 Well, that's exactly what happened in January 2026
0:13 and it didn't involve just a handful of parts either.
0:16 12 shipping containers full of engine
0:18 parts were mysteriously re-routed and then just
0:22 disappeared and while the identity of those who did it is still a mystery,
0:25 their motivation is much clearer and quite frankly, pretty disturbing.
0:30 Unfortunately, this strange event seems to be the latest example
0:34 of something the aviation industry has been fighting for years,
0:37 the trade of unapproved or fake aircraft parts.
0:41 And to understand what's at stake here,
0:43 let's take a quick look at Partnair Flight 394.
0:47 This happened on the 8th of September, 1989 and was a chartered flight involving
0:52 a Convair CV-580 that departed from Oslo in Norway
0:56 heading south on its way to Hamburg in Germany with 50 passengers and five crew.
1:01 Tragically, the aircraft broke apart mid-flight
1:04 with the loss of everybody on board and initially,
1:06 there was a lot of theories involving foul play in the form
1:11 of terrorism because in-flight breakups like this were and, thankfully,
1:14 still are extremely rare.
1:16 Plus this happened only a few months after
1:18 the loss of Pan Am Flight 103 which also broke
1:22 up mid-flight when a bomb detonated on board
1:24 as Petter and our friends over at Fern explained recently.
1:28 But in the months after the Partnair accident,
1:30 the investigators uncovered a different kind of foul play, counterfeit parts.
1:36 The tail fin of the Convair CV-580 is attached to the fuselage using four bolts.
1:42 This particular Convair was 36 years old when the accident
1:46 happened and at some point in that long history,
1:49 the four bolts were replaced with unapproved parts.
1:52 This means that the new bolts looked the part
1:55 but they didn't have the necessary strength to do
1:57 their job so they just wore out prematurely which then
2:01 led to excessive vibrations and eventually caused them to fail.
2:04 Now there's a lot more to this story including other broken or damaged
2:08 parts on that aircraft that contributed
2:10 to these vibrations plus some troublesome maintenance.
2:15 But the point here is that this aircraft accident was a landmark case which
2:19 made the entire industry realize that we
2:22 need to look closely at spare aircraft parts,
2:24 how we document them, how we keep track of them,
2:27 irrespective of whether they're just nuts
2:29 or bolts or compressor blades in jet engines.
2:32 And since then the FAA and other
2:35 aviation authorities launched multiple programs to make sure
2:38 that it would be really difficult for someone
2:41 to do something like this ever again.
2:43 And that's why the Partnair crash is often cited as an example
2:46 of a plane brought down by fake aircraft parts but actually,
2:50 there's another better reason for that.
2:53 As far as we've been able to find
2:54 this accident seems to be the only confirmed case
2:57 of people losing their lives because of unapproved
3:00 aircraft parts but if you know of another one,
3:02 let us know in the comments below and remember
3:04 to like and subscribe while you're down there.
3:07 Now if this is indeed the only such accident,
3:10 then that's a silver lining of sorts
3:12 but it might be a bit misleading because again,
3:15 these fake parts were just bolts and related fastener components.
3:19 So while they are clearly important they're not necessarily the main
3:23 type of parts that aircraft makers and regulators are worried about.
3:26 And to understand what I mean by that, you need
3:29 to know what types of unapproved aircraft parts might be out there.
3:33 Such parts might simply be out and out fakes
3:35 like in the case of bolts and other fasteners.
3:38 They could also be dimensionally identical
3:41 to the approved parts but just lacking quality,
3:44 meaning that they don't have the required strength
3:46 or other qualities that the approved parts have.
3:49 For example, they might be made of the wrong material making
3:51 them susceptible to corrosion or other kinds of wear over time.
3:55 Counterfeiters might sell mass-produced parts like bolts or in some cases,
3:59 they could try making fake versions of much more
4:03 specialized or complicated components like electronics or mechanical assemblies.
4:07 And then there's some more unlikely but still very
4:10 real sources for unapproved parts including some that, strictly speaking,
4:15 aren't even parts per se.
4:20 In 2024, a story broke about how several Boeing and Airbus aircraft
4:24 were built with some parts that were made using fake or questionable titanium.
4:29 This was a really complicated story involving Spirit AeroSystems
4:33 which has since been split up between Airbus and Boeing.
4:36 Until then, Spirit was a supplier to both manufacturers so
4:40 that questionable titanium was used to make parts for Boeing 737s,
4:45 787s and Airbus A220s.
4:48 Now as it turned out an Italian supplier
4:50 to Spirit made parts using this material after sourcing
4:53 it from another supplier in Turkey and that Turkish
4:57 company bought the material from yet another supplier,
4:59 this time over in China who claimed
5:02 to have bought it from another Chinese company.
5:05 The problem was discovered when someone at Titanium International Group,
5:08 that's the Italian company, noticed that the color of a specific
5:12 batch of titanium seemed a little bit unusual.
5:15 This caused them to take a closer look at the certificates
5:17 that the material had come with which didn't seem authentic.
5:21 So yes, even raw materials used for critical parts
5:25 like titanium come with documentation called certificates of conformity
5:30 that are essentially birth certificates for the material and follow
5:33 it until it's made into a finished aircraft part.
5:36 The material documentation stays with that part,
5:39 ensuring that it can be identified even after it's been fitted to an aircraft.
5:44 And this case showed why that's a really good idea.
5:46 In that case, someone working at the Chinese company that sold
5:50 the titanium to TAI in Turkey appears to have forged
5:54 the material certificate to make it look like it had come
5:56 from the other Chinese company which was a known titanium supplier.
6:01 Now this discovery was made several years after
6:03 the first parts were made using this batch
6:05 of material which meant that by then some
6:08 of these parts were fitted to in-service airliners.
6:11 So Boeing and Airbus had to perform a series
6:13 of tests to evaluate the risks from these parts.
6:17 According to reports, the material passed some tests and failed others.
6:21 But Spirit, the FAA and EASA in Europe concluded that there
6:25 was no imminent risks posed by these parts made using the material.
6:29 Now it isn't clear exactly how many aircraft were affected but, in any case,
6:34 the airliners will be monitoring their aircraft
6:36 in case these parts wear out a bit faster
6:39 than normal and will likely replace them when
6:41 the aircraft come in for their routine maintenance.
6:44 Again, this is a rare example of unapproved parts or, in this case,
6:48 materials making it onto aircraft at least as far as we know.
6:52 Another edge case involves parts that were actually produced
6:55 by the same manufacturer or supplier that makes the real
6:59 parts but which were factory rejects or seconds with imperfections
7:03 or other problems that made them fail quality control.
7:06 Now normally such parts would be destroyed or recycled unless
7:10 they somehow make it out of the factory and into service.
7:15 But a much more likely source of unapproved aircraft parts is just like the case
7:19 of those that disappeared in the 12
7:21 containers that I mentioned at the beginning,
7:23 used aircraft parts that should be taken out of service but might not be.
7:28 And I'm going to take a look at those after this.
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9:13 Now let's get back to the story.
9:15 Now if you've been following the news or if
9:17 you've been following this channel for a few years,
9:20 you may remember another very well publicized case of unapproved aircraft parts
9:25 involving a spurious vendor based in the UK which was discovered in 2023.
9:31 And there is some recent news on that story.
9:34 In February 2026, a British court sentenced Jose Zamora, age 38,
9:39 and a former techno DJ to a prison sentence
9:41 of four years and eight months for orchestrating a global aircraft
9:45 engine parts fraud that risked public safety and caused widespread
9:50 disruption to the aviation industry as the court put it.
9:54 The authorities first became aware of this individual and his company,
9:57 AOG Technics, early in the summer of 2023.
10:01 A maintenance repair and overhaul company or MRO located
10:04 in Portugal were unsure about the authenticity of some
10:07 paperwork they had on an engine part so they
10:10 decided to contact engine maker CFM to double check.
10:14 Now CFM is a 50-50 joint venture between General Electric
10:17 in the US and Safran in France and Safran quickly
10:21 determined that the certificate accompanying that part was a fake
10:25 and alerted aviation authorities like the CAA in the UK,
10:29 the FAA in the US and EASA in Europe.
10:32 Now we still don't know precisely what kind of engine part
10:35 this was but it was a part for a CFM 56 engine,
10:39 a type that powers most Boeing 737s before the MAX
10:43 variant and a lot of Airbus A320 family jets too.
10:47 So basically the fraud involved the engine
10:49 that powers the two best-selling aircraft in the world.
10:52 Now there are also a few serial numbers belonging to parts
10:55 for the GE CF6 family of engines which you'll find on Boeing 767s,
11:01 Airbus A330s or, before their recent grounding, with McDonnell Douglas MD-11s.
11:06 So also one of the most popular wide-body engines in the world.
11:10 Very quickly, the regulators alerted all airlines
11:13 and MROs that if they have parts in their inventory that they bought from AOG
11:17 or which have passed through the hands of AOG,
11:20 they should stop using them and isolate them from service.
11:24 It would later be revealed that between January 2019 and the end of 2023,
11:29 so even after the discovery of that first part,
11:32 AOG had processed and generated paperwork for as many as 60,000 suspected parts,
11:38 sending them mainly to MRO facilities all around the world.
11:41 Now most of these parts were in storage but as many
11:44 as 126 engines were later confirmed to have such parts installed in them.
11:49 Even MRO facilities operated by CFM itself were found
11:53 to have 16 engines with AOG source parts installed.
11:56 Incredibly, CFM had actually bought these parts through other suppliers.
12:01 So all of this meant that dozens of aircraft had
12:03 to be grounded while their engines and parts were checked.
12:06 Those 60,000 unapproved parts netted Mr.
12:09 Zamora a profit of £6.9 million or $9.3 million but the cost
12:15 to the airline industry was several times higher than that.
12:18 Grounding and inspecting in-service aircraft or finding
12:21 replacement engines for them to keep them in service cost the airline industry
12:25 an estimated £39.3 million or $52.7 million.
12:30 American Airlines was among those most badly affected.
12:34 They lost around $31 million.
12:37 GE and Safran lost millions too, not to mention their reputational damage.
12:41 But what did Mr.
12:43 Zamora actually do?
12:44 Well, each of these parts came with a document
12:46 called an Authorised Release Certificate or ARC.
12:51 Zamora used his home computer to doctor these ARCs
12:53 and to create a fake paper trail for the parts, basically fake invoices,
12:58 shipping memos and other documents that would show that AOG,
13:02 his company, had bought these parts from the engine makers.
13:06 Now some critical aircraft or engine parts are life-limited meaning
13:10 that after a certain number of flight hours or cycles,
13:13 they need to be inspected and overhauled or just simply replaced.
13:17 Now most of those 60,000 parts were not life-limited components.
13:22 They were dampers, seals, bushings and also nuts,
13:25 bolts and washers and it isn't clear if these were used aircraft parts or if
13:30 they were new out and out fake parts that were made for a different purpose.
13:34 But crucially, some documents showed that AOG made three sales which
13:39 involved an unspecified number of low-pressure
13:42 turbine blades and high-pressure compressor veins.
13:45 Now these components work pretty hard in an engine
13:48 core so they definitely are life-limited parts and they
13:52 must have been used parts because you just can't
13:55 simply source components like these by just repurposing something else.
13:58 Now we'll come back to that shortly but at this point,
14:02 there's something else worth pointing out which
14:04 is that none of the court documents
14:06 or the news reports on the story say anything about any accomplices of Mr.
14:11 Zamora and his company.
14:12 He is the only individual mentioned although
14:15 his operation clearly affected airlines and MROs worldwide.
14:19 That's important because initially,
14:21 news reports said that AOG had multiple storage facilities worldwide in the UK,
14:26 the US and elsewhere.
14:28 But the court documents suggest that all of this may well have been part
14:32 of the deception plan and that's because
14:34 in addition to faking ARCs and shipping documents,
14:37 Zamora also created multiple email addresses
14:40 for a series of fake sales managers,
14:42 quality managers and others and then used them
14:45 to create plausible looking email chains to give
14:48 the impression of a busy legitimate business
14:50 with offices and sites all around the world.
14:53 Now to be clear, the court documents do not specifically say that Mr.
14:57 Zamora really did do everything by himself
14:59 from his home in Surrey UK using just a computer,
15:02 a printer and maybe a few stick-on labels but even
15:05 if he really did do it all by himself,
15:08 it would be good to know where he sourced the life-limited parts,
15:11 the turbine blades and the stator vanes which brings us back
15:15 to those 12 containers full of engine parts that were stolen in January 2026.
15:20 That strange heist happened in Spain and we don't exactly
15:24 know where but this was a theft of used aircraft parts
15:28 so it likely happened near a place like Tarul Airport
15:31 in Spain which is a large aircraft maintenance and storage site.
15:35 Whatever the exact location,
15:37 the heist involved a total of 600 aircraft engine parts and once again,
15:42 they were mostly for the CFM 56 but the theft also included parts
15:47 for the IAE V2500 which is the other
15:50 legacy engine option for the Airbus A320 family,
15:53 the Pratt& Whitney PW1100G which powers many Airbus A320neos
15:59 and the Rolls Royce RB211 which is mainly used for the 757.
16:04 Again not all of these parts involved were life-limited
16:07 but three of the 12 containers did contain such parts.
16:12 Now as Alex Derber explained in the Aviation Week when critical
16:16 parts like these are declared non-airworthy which was the case here,
16:20 they're taken to someone that physically renders them
16:23 un-airworthy and these companies are called mutilation providers,
16:27 which kind of gives you an idea of what that involves.
16:30 And those life-limited parts disappeared while they were on their way to be
16:35 made un-airworthy and EASA also reportedly warned
16:37 operators that the way the heist was
16:39 carried out suggests that whoever did it plans to make these parts available
16:43 for sale on the open market one way or another and that is quite worrying.
16:49 Some life-limited parts including stators and turbine
16:52 blades can sometimes be serviced in specialized ways
16:55 that just eke out a bit more life in them but the point here is that airlines,
17:00 engine makers and MROs actually try to extract
17:03 as much life and performance out of those engines
17:06 and the parts in the first place as long as that can be done safely.
17:10 So when these maintenance and repair specialists
17:13 decide that the best way to deal
17:14 with a specific part is to trash it then that really is what should be done.
17:19 Now at this point, some of you might be thinking:
17:22 Well, hang on Ben, right at the start, you told us that actual aircraft
17:26 accidents involving counterfeit or unapproved parts
17:29 are extremely rare and that you only know of one that involved fatalities.
17:33 So if that's true, then why is this such a big deal?
17:37 Well it's a good question but the problem here is that the Partnair
17:41 mid-air breakup is the only confirmed case
17:43 of fatalities caused by unapproved aircraft parts.
17:46 But confirming more of these events is really
17:49 difficult especially when life-limited engine parts are involved.
17:53 If an engine turbine, compressor blade or stator breaks off especially if
17:58 the engine is at a high power setting which it
18:00 most likely will be in that scenario then
18:03 the broken parts will often cause a cascade of failures.
18:06 Basically, the engine will grenade itself internally even if
18:10 the casing stops fragments from flying off at high speed.
18:13 But to be clear here though the air accident
18:16 investigators do have methods of determining if a blade
18:19 fractured because it was hit by another part
18:21 or because it was worn or fractured to begin with.
18:24 But it's not always possible to identify
18:26 the culprit in these failures and that's even if
18:29 we actually have all the pieces to examine
18:31 and they're not at the bottom of the ocean.
18:33 In that scenario the part's doctored paper
18:35 trail is the only remaining clue of why
18:38 it might have failed if that paperwork can be identified for what it is.
18:42 For these reasons, aviation authorities and other law enforcement
18:46 agencies are examining this latest parts heist very carefully.
18:50 And while there are no official connections between this story and Mr Zamora,
18:55 there are some similarities that are kind of difficult to ignore.
18:59 In both cases, many of the parts that are not time limited include
19:03 things like bearings and seals for Airbus and Boeing variants of the CFM 56,
19:08 showing that there is plenty of interest for what
19:11 is still the world's most popular jet engine.
19:14 For sure, these stories show that this problem goes far beyond one
19:18 guy defrauding the global aviation industry from his suburban home in the UK.
19:22 But I think we can all agree that we have
19:24 to stop the mechanisms that make this kind of trade possible
19:28 and the frustrating thing here is that there is a lot
19:31 of perfectly legal salvaging of usable
19:33 non-time limited parts from older aircraft.
19:37 And inevitably, that work will probably become much harder
19:40 as we add scrutiny to prevent the illicit parts trade.
19:44 Finally, there is something else we need to consider and that's geopolitics,
19:49 whether they are trade barriers, sanctions or both,
19:52 mean some nations don't have easy access to a steady
19:56 legal supply of parts for their western aircraft fleets.
19:59 These kinds of volatile global conditions create even
20:02 more demand for parts from spurious sources so while
20:06 we're assuming that those stolen parts will be
20:09 sold this might not necessarily involve the open market.
20:13 They could potentially go wholesale to someone,
20:15 maybe a big customer who really wants 12 containers
20:19 of jet engine parts for a varied fleet of commercial aircraft.
20:22 And a while back, Petter made a video about such a market for shady aircraft
20:26 parts and even whole aircraft if you want to explore that a little bit more.
20:30 But what do you think?
20:32 Have you heard of any other similar
20:33 stories about questionable parts or even metal alloys?
20:36 Let us know in the comments below.
20:39 I'm Ben Watts.
20:40 You're watching Mentour Now.
20:41 Have an amazing week and I'll see you next time.