Best of LinkedIn: IAA TRANSPORTATION 2026

00:00:00: Provided by Thomas Allgaier and Freeness, based on most relevant LinkedIn posts about IAA Transportation in twenty-twenty six.

00:00:07: Freenes is a BDB market research company that supports automotive suppliers with building feature by feature competitive intelligence That shows exactly how their product stacks up against the competition.

00:00:17: you can find more info in the description.

00:00:19: Right, and imagine being told by regulators that your logistics fleet needs to be like thirty-five percent zero emission in just a few short years.

00:00:26: Yeah But then when you call the local utility company To get chargers installed at your depot they tell you it'll take what was it seven years?

00:00:34: Seven years Just to get the grid connection approved.

00:00:36: welcome to The Deep Dive

00:00:37: Exactly!

00:00:38: That is the exact paradox we are unpacking today.

00:00:41: So for you the next gen vehicles and mobility professional.

00:00:44: We're cutting through the noise from IAA Transportation, twenty-twenty six.

00:00:48: Right?

00:00:49: We've curated the most critical conversations happening across LinkedIn to figure out how this industry actually plans to survive next decade.

00:00:57: and just be clear from a start we're entirely bypassing the flashy concept vehicles spinning on turntables.

00:01:04: Oh absolutely no fluff.

00:01:05: today Our focus is entirely on the cold hard mechanics of TCO.

00:01:10: Right, total cost-of ownership.

00:01:12: We're looking at massive leaps in electrification The aggressive scaling Chinese OEMs.

00:01:18: They are just huge!

00:01:18: Yeah and infrastructure bottlenecks threatening to choke whole system plus how autonomy actually moving into balance sheet.

00:01:26: I mean for years the narrative around commercial vehicles that these shows was purely theoretical.

00:01:31: it's all what if some day?

00:01:33: But looking at the sources from the floor this year, The industry seems to have finally slammed on the brakes regarding future casting.

00:01:41: Yeah!

00:01:41: The conversation is entirely about deployment today.

00:01:43: So let's start right with hardware because that where biggest mental hurdle usually sits Right?

00:01:48: Range anxiety?

00:01:49: Oh for sure.

00:01:50: For a long time the assumption was that BEVs were strictly last mile delivery

00:01:55: Because batteries are too heavy and range is short And

00:01:58: they ate way much into payload.

00:02:00: But European OEMs are throwing down numbers that just seem to shatter that ceiling.

00:02:05: They really are

00:02:06: like the Volvo FH aero electric.

00:02:09: Just one international truck of the year.

00:02:11: twenty-twenty seven Yeah, and it is boasting up to seven hundred kilometers of range on a single charge Which is crazy.

00:02:20: wait pause.

00:02:20: right there though seven hundred kilometres.

00:02:23: I look at a number like that and immediately wonder what the catch is.

00:02:27: To get a heavy-duty truck to go seven hundred kilometers, you have pack it with so many lithium ion cells.

00:02:32: the cargo payload limits for the fleet operator.

00:02:42: Well, that is the exact tension engineers have been fighting but physical packaging and energy density has improved dramatically.

00:02:48: Okay And it's not just Volvo.

00:02:50: you've got the new M&E TGX and Scania's new dynamic series.

00:02:54: Oh yes all those!

00:02:54: They are both hitting up to seven hundred twenty kilometers of range.

00:02:58: Wow Yeah, Scania is achieving this by completely rethinking where the energy goes.

00:03:03: They're using additional battery packs tucked behind a cab and fully integrating chassis mounted batteries

00:03:09: so they aren't just retrofitting diesel frames anymore.

00:03:11: Exactly!

00:03:12: These are purpose-built architectures

00:03:14: And we were seeing real world validation of that architecture too.

00:03:17: I mean Renault Trucks was at the show celebrating this massive milestone.

00:03:22: one hundred fifty million electric kilometers driven across their fleet globally

00:03:27: That's incredible!

00:03:28: Right, that translates to nearly a hundred and fifty thousand tons of CO₂ avoided.

00:03:32: Wow.

00:03:32: Meanwhile Mercedes-Benz is preparing their E-Actro.

00:03:35: six hundred for a forty five thousand kilometer global drive across like more than thirty five countries

00:03:43: which is a massive PR flex.

00:03:44: sure

00:03:45: absolutely But okay, looking at these seven hundred and twenty-kilometer ranges for battery electric trucks it naturally makes me question the other side of the aisle.

00:03:52: Hydrogen!

00:03:53: Yeah I have to play devil's advocate here.

00:03:55: if BIs are performing this well why is anyone still pouring billions of euros into hydrogen?

00:04:00: It's a fair question.

00:04:01: It honestly feels like a lost cause at this point, am I missing something fundamental here?

00:04:05: You are actually and it is really common blind spot.

00:04:08: A lot of analysts fall into the trap looking for single silver bullet technology.

00:04:12: Jocko Ryderkirk pointed us out brilliantly in his analysis from The Share.

00:04:17: The logistics industry operates an incredibly diverse realities So they're actively choosing multi-technology approach because physics essentially demands that.

00:04:27: Okay break them down.

00:04:29: why does physics demand hydrogen if I can already drive a battery truck.

00:04:33: Seven hundred kilometers?

00:04:34: because seven hundred kilometers is fantastic for predictable regional routes.

00:04:39: You know where the truck returns to base every night sure, but what about a truck hauling maximum payload across?

00:04:45: The Alps in freezing temperatures all right running twenty four hours A day with dual drivers batteries lose efficiency and extreme cold And you just cannot afford park that truck for hours To charge it.

00:04:57: That

00:04:57: makes sense

00:04:58: yeah.

00:04:59: so a massive coalition was announced at this show Daimler Volvo, Toyota, Bosch.

00:05:04: Air liquid total energies and MB energy.

00:05:07: That is quite the lineup It

00:05:08: IS!

00:05:09: And they've officially committed to scaling hydrogen trucks specifically for those heavy-duty maximum uptime use cases.

00:05:16: But wait haven't we been hearing about hydrogen trucks?

00:05:18: For like two decades?

00:05:19: Pretty

00:05:20: much yeah.

00:05:20: The problem has never really been the truck itself right.

00:05:23: it's the fact that there was nowhere to refuel them.

00:05:26: You can't just build a forty-ton fuel cell truck and hope a gas station magically appears on the highway.

00:05:31: Which is exactly why this coalition is so important, they aren't just building trucks They are building the entire upstream ecosystem simultaneously.

00:05:38: Ah

00:05:39: okay

00:05:39: Erwin Pentfornis from Air Liquid actually detailed how their massively scaling up stream hydrogen production Their moving form a twenty megawatt operational electrolyzer to a two hundred megawat plant This year.

00:05:53: Oh wow A ten X jump.

00:05:55: Yeah.

00:05:56: And on the vehicle side, Toyota is confirming its hydrogen fuel cell Hilux for twenty-twenty eight and they're even entering a prototype in the twenty twenty seven to car rally.

00:06:05: Talk about stress testing.

00:06:06: exactly.

00:06:07: there are testing technology under the most extreme conditions.

00:06:22: Yeah, so Hydrogen is your marathon runner.

00:06:24: It's built for incredible endurance heavy payloads and incredibly fast refueling turnarounds.

00:06:29: You pump it just like gas right?

00:06:31: But the battery electric vehicle Is this sprinter who has trained so relentlessly that they can now run mid-distance beautifully.

00:06:38: yeah They're perfect for predictable daily routes

00:06:41: exactly.

00:06:42: but you know let's bring back to That jarring paradox.

00:06:44: we open The show with

00:06:45: a grid.

00:06:46: yes the vehicles both the sprinters And the marathon runners there finally ready But they can't actually do their jobs if there's no water on the course.

00:06:55: The infrastructure reality check?

00:06:57: Yeah, this was arguably the loudest conversation on the floor of IAA in twenty-twenty six.

00:07:02: It really shifted heavily from what the vehicles can Do to with the electrical grid structurally cannot handle

00:07:08: right.

00:07:09: Udo Olga Muller and Katharina Modal Nielsen both highlighted This brutal statistic on LinkedIn.

00:07:15: Right now only two point four percent Of new heavy trucks in Europe are zero emission.

00:07:21: But ACA says the industry targets demand thirty five percent by twenty thirty.

00:07:27: And let's explain why that gap is so terrifying for you if your managing one of these fleets.

00:07:32: Yeah.

00:07:32: You don't just plug a fleet of forty ton electric trucks into the standard wall outlet?

00:07:36: Definitely not, you need industrial scale power

00:07:38: Exactly.

00:07:39: and as they pointed out it can take up to seven years.

00:07:42: Just get grid connection approved for commercial charging site.

00:07:45: Seven Years!

00:07:46: Seven years permitting trenching substation upgrades before even laying single cable.

00:07:52: It is an absolute eternity in transition.

00:07:55: that requires warp speed And you have to understand the sheer scale of the power we're talking about here.

00:08:00: Yeah, bring that down for us!

00:08:01: Well

00:08:01: at this show Daimler, MAN, Scania and Mylens demonstrated live cross-brand megawatt charging system capabilities.

00:08:10: The

00:08:11: MCS right?

00:08:11: Right...and

00:08:12: a megawat is roughly enough powered around small town

00:08:15: Small Town

00:08:16: Yes..And they are pumping into single truck charge it in forty five minutes.

00:08:20: That's insane.

00:08:21: It is, it proves.

00:08:22: the standardized tech works across different brands sure but to make this viable across Europe The industry needs thirty five thousand public MCS points by twenty thirty.

00:08:32: So thirty-five thousand small towns worth of power stations built in six years when a single permit takes seven.

00:08:38: Yeah.

00:08:38: The math just does not work!

00:08:40: It doesn't...

00:08:41: By the way, before we dive into how industry is frantically trying to hack its way out of this gridlock let me casually remind you hit that subscribe button wherever your listening.

00:08:49: Oh for sure if you're responsible navigating this transition You do NOT want miss our future.

00:08:55: deep dives on these trends Absolutely

00:08:58: So.

00:08:58: back to the Grid.

00:09:01: If you can get massive megawatt connection approved by the city What on earth does a fleet operator do?

00:09:08: Just keep buying diesel.

00:09:11: Well, not necessarily.

00:09:13: There are some incredibly clever workarounds emerging.

00:09:16: Okay look what

00:09:17: Think of it like this If you can't get massive high pressure water pipe from the city to fill your pool You use standard low-pressure garden hose.

00:09:26: Ok

00:09:26: I'm following.

00:09:27: You leave that house running day and night To slowly feel a mass of water tower.

00:09:31: Then when truck pulls up Open floodgates and dump the entire tower onto the truck at once.

00:09:37: That is a perfect visualization!

00:09:39: The technical term for your watertower, battery buffered storage?

00:09:42: Dr.

00:09:43: Kanjewik actually highlighted this as one of the most critical immediate solutions.

00:09:47: on the show.

00:09:48: We saw demonstrations by companies like Pixie, Zerova & Eon.

00:09:52: How does that work in a depo though?

00:09:55: So these systems pull a mere two hundred kilowatts from the grid

00:09:59: Which is what, standard commercial power?

00:10:02: Exactly.

00:10:02: It's vastly easier and faster to get permitted than a megawatt line.

00:10:06: Right

00:10:07: The battery buffer just sits there pulling that low-power all day storing it in these massive stationary lithium packs.

00:10:13: Okay so its trickling right.

00:10:16: And then when truck plugs the station bypasses grid entirely and delivers over one thousand kilowatts directly from local batteries.

00:10:25: Wow Yeah completely circumvents seven year.

00:10:27: wait for grid upgrades.

00:10:29: It's a really elegant hack.

00:10:30: But what if you don't even have the two hundred kilowatt connection?

00:10:34: Or, What If Your Truck Runs Out A Juice On A Rural Highway Somewhere?

00:10:37: Antony Okuribido from B Charged EV actually proposed completely different survival tactic for that.

00:10:42: Oh!

00:10:43: Mobile

00:10:44: charging!

00:10:44: Yeah...If The Depot Doesn' Have The Power You put a massive battery on a trailer and bring the high capacity charger directly to the fleet.

00:10:52: That's

00:10:52: wild!

00:10:53: The innovation at IAA wasn't just in the truck, it was in the desperate survival tactics needed to keep him moving Absolutely.

00:11:00: And you know this whole pressure cooker of infrastructure costs perfectly sets up the next massive disruption we saw.

00:11:07: Oh, yeah!

00:11:07: If fleet operators are spending all their capital fighting the grid and installing battery buffers they're gonna demand radically cheaper vehicles to offset those costs.

00:11:15: which brings us To The Chinese OEMs.

00:11:18: it

00:11:18: was impossible to ignore.

00:11:19: Yeah...the landscape of the show floor Was fundamentally different.

00:11:23: this year

00:11:23: It really was.

00:11:24: There were dozens of Chinese brands occupying massive real estate Santa Nei Deepway Super Panther.

00:11:30: Yeah, and Ofutan was there not just to show off they.

00:11:33: we're celebrating their thirteen millionth global delivery.

00:11:36: The

00:11:36: thirteen billion?

00:11:37: And

00:11:37: yeah!

00:11:38: They literally launching an in Europe for Europe strategy...they are planting the flag

00:11:44: And they have the structural economics to back up that ambition, don't they?

00:11:48: They do.

00:11:48: Thomas Bang from McKinsey shared data That should seriously keep European incumbents awake at night.

00:11:54: Okay lay it on us.

00:11:56: Chinese OEMs currently haven estimated twenty-five percent To forty percent Structural cost advantage over European manufacturers And their development cycles are ruthless!

00:12:06: They can develop and launch a new truck in like Twenty two to twenty eight months.

00:12:10: Well The European average is what?

00:12:12: Forty to forty eight months Wow

00:12:14: half the development time and roughly a third cheaper, that is a bloodbath waiting to happen.

00:12:19: It really is!

00:12:20: But you know are the trucks actually suited for European roads or they just cheap imports?

00:12:25: That's where it gets super interesting.

00:12:26: Jason Reich did a brilliant direct comparison on LinkedIn between the new BYD ETT-IV in the Tesla Semi.

00:12:33: Oh I saw that post.

00:12:34: The contrast in strategy is striking.

00:12:37: Tell me about

00:12:37: BYD designed their flagship specifically for the European market constraints.

00:12:42: They use a four by two axle layout to respect Europe's strict forty-four ton limit and they LFP, lithium-iron phosphate batteries which are heavier but you know incredibly durable far less prone to thermal runaway and drastically cheaper.

00:12:56: And most importantly BYD built in both MCS and standard CCS II charging ports?

00:13:02: Exactly whereas Tesla brought a very US centric design to Germany.

00:13:06: Yeah

00:13:07: the Tesla Semi uses a six by four layout

00:13:09: right Which just adds unnecessary weight penalties and tire wear under European regulations.

00:13:14: And

00:13:14: they're only offering standard CCS charging via a clunky adapter because

00:13:24: Tailoring the hardware to the local fleet operators exact reality while Tesla is trying to force a square peg into around hole

00:13:31: for sure.

00:13:32: But you know I hear all of this.

00:13:33: The forty percent cost advantage that tailored specs LFP batteries, but i have To push back hard here.

00:13:39: okay

00:13:39: go For

00:13:39: it.

00:13:40: A shiny spec sheet and low upfront sticker price mean absolutely nothing in commercial logistics if the truck breaks down.

00:13:47: That's very fair point.

00:13:48: Kate Bye and Catalan Petrie both hammered this exact point on LinkedIn.

00:13:52: If a Chinese-made electric truck throws high voltage error code, what happens?

00:14:01: Oh man...

00:14:02: Right!

00:14:02: There is no workshop within one hundred miles that has the diagnostic software or train mechanics to fix it.

00:14:09: You just hit on the exact defensive moat of European incumbents.

00:14:14: Selling the hardware is just the intro ticket.

00:14:16: It's the execution of the aftermarket service network that actually keeps a logistics company solvent.

00:14:21: Exactly, and this brings us to the real battlefield The life cycle profit

00:14:26: pool.

00:14:26: Okay explain that concept because lifecycle profit pools sounds like you know management consulting jargon.

00:14:32: What does it actually mean for you as the person buying these trucks?

00:14:35: Well, it means the truck is no longer the product.

00:14:37: The truck is the platform.

00:14:38: Okay Dr Max Grossman also from McKinsey pointed out that by twenty thirty five roughly ninety percent of Europe's seventeen point five billion truck profit pool isn't going to come from the initial sale of the vehicle.

00:14:50: Ninety percent?

00:14:51: Yes!

00:14:52: Ninety-percent will come from recurring life cycle services.

00:14:54: That means after sales parts predictive maintenance software subscriptions financing insurance charging routing telemetry data all

00:15:05: It's basically the classic razor and blades model, just applied to a forty ton vehicle.

00:15:10: Exactly!

00:15:10: They might sell you the razor at cost but they're gonna make an absolute fortune selling you the blades over the next ten years.

00:15:17: Precisely European OEMs have incredibly dense established multi-generational service networks across the continent.

00:15:24: Right A fleet operator knows that if a Scania or Volvo breaks down anywhere in Europe there is mechanic who can fix it.

00:15:32: And Chinese OEMs just do not have that density yet.

00:15:34: No, they don't!

00:15:35: That is why the initial purchase price isn't whole story.

00:15:38: So if maximizing uptime and squeezing every last cent out of that TCO over-the-vehicle's life cycle was where the money is then The logical conclusion Is to eliminate the most expensive Unpredictable variable in the entire logistics chain.

00:15:53: You're talking about the driver

00:15:54: Exactly taking a human element out of equation entirely both behind the wheel and under-the-hood.

00:15:59: Right.

00:16:00: Autonomy in AI were the final massive undercurrents at IAA, twenty-twenty six

00:16:04: They were everywhere!

00:16:06: And we aren't just talking about advanced cruise control here.

00:16:08: We are talking level four autonomy moving from polished computer generated rendering videos to real world logistics.

00:16:16: Daniel Muggins shared a perfect example of this.

00:16:18: actually

00:16:18: Oh yeah.

00:16:19: Einreid's completely cabless electric truck.

00:16:22: It doesn't even have windows or steering wheels.

00:16:24: Just a box on wheels Basically

00:16:27: And it is no longer a concept.

00:16:29: It has a German license plate and is conducting real daily logistics operations on German public roads.

00:16:36: right now, moving goods for little.

00:16:38: The economic implications of that are just staggering.

00:16:40: Oh!

00:16:40: For sure.

00:16:41: I saw Anapan Pacharji noted the pony dot AI in GAC unveiled a level four robo truck.

00:16:46: at this show They're projecting will result into thirty percent lower transport cost per ton kilometer.

00:16:52: Thirty

00:16:52: percent

00:16:53: Right.

00:16:53: In an industry where margins usually razor thin That is revolutionary.

00:16:57: Absolutely.

00:16:58: McKinsey estimates that autonomous trucking could be a one hundred billion value pool in Europe by twenty thirty five.

00:17:04: but and let's pump the brakes on the hype train for second here.

00:17:07: Sure

00:17:08: enough,

00:17:08: that same Mackenzie research noted that sixty three percent of fleet buyers still cite legal liability as a massive barrier to adoption.

00:17:17: And I completely understand why?

00:17:22: miscalculates emerging lane and causes a multi-car pile up.

00:17:26: Refer!

00:17:27: Who goes to jail?

00:17:28: Right?

00:17:28: Does the fleet operator get sued, does the software engineer in a lab somewhere take the blame?

00:17:34: Yeah The insurance models for this don't even exist yet.

00:17:36: Exactly Liability question is definitely the primary bottleneck.

00:17:40: but autonomy isn't just about a robot steering wheel to avoid crashes.

00:17:44: Okay...The most immediate application of AI we saw at show was actually happening totally out of sight.

00:17:49: Kirill Sukhoff from Aspen Fleet introduced this concept of quiet AI.

00:17:54: Quiet AI?

00:17:55: How is that different than what Einrheide's doing?

00:17:57: Well, quiet AI isn't driving the truck It's listening to it

00:18:00: Interesting.

00:18:01: Sukhof pointed out that mechanical breakdowns are almost never sudden explosion

00:18:05: Right there always a lead up.

00:18:06: Exactly They're quite Subtle anomalies that build up in the vehicle's telemetry data over weeks like a slight vibration and a bearing or A tiny voltage drop in a battery cell.

00:18:19: so they AI catches.

00:18:20: That yeah

00:18:20: quiet ai learns what normal looks Like for that specific truck on that specific route And it flags of failing component long before a human driver would ever see a warning light On The dashboard.

00:18:32: oh, I See It shifts maintenance from a desperate recovery operation on the side Of the highway to like a scheduled repair in a depot.

00:18:39: Exactly,

00:18:39: Dirk Boles argued this point as well.

00:18:41: the future isn't just a prettier digital dashboard for the driver right?

00:18:45: The Future is the intelligent orchestration of energy maintenance and transport.

00:18:50: it has a holistic system where the truck basically books its own service appointments based on algorithmic wear-and-tear.

00:18:56: Wow

00:18:57: we are even seeing physical hardware merge with this software perception.

00:19:00: yeah Like ZF presented a new truck trailer sensor fusion systems.

00:19:05: Oh I saw that.

00:19:05: Yeah

00:19:06: Historically a truck has sensors, but the trailer it pulls is essentially a dumb physical box that creates massive blind spots.

00:19:13: Right just tags along

00:19:14: exactly.

00:19:15: But ZF system makes the trailers smart enough to talk To The Trucks ADS its advanced driver assistance System.

00:19:22: That's

00:19:23: brilliant.

00:19:23: It treats the trailer as a digital extension of the truck itself Effectively eliminating the blindspots that have plagued the industry for decades.

00:19:32: Its wild to think about.

00:19:34: We're looking at a near future where the truck drives itself, analyzes its own mechanical degradation schedules it's own maintenance before a part fails and autonomously books a forty-five minute megawatt charging slot from a battery buffered station.

00:19:50: It just completely removes human error from the logistics chain?

00:19:53: It

00:19:53: really is total paradigm shift for long haul freight.

00:19:56: but you know as we wrap up this analysis I want to pivot sharply.

00:19:59: leave with one final thought.

00:20:01: We spent this entire time dissecting the hyper-advanced world of heavy duty, megawatt charging autonomous rigs.

00:20:09: But Dr Michael Putz pointed out a massive glaring blind spot on the show floor.

00:20:14: we've completely ignored the actual backbone of local logistics.

00:20:17: Look what did we miss?

00:20:19: Vans!

00:20:20: Why are vans a blind spot

00:20:22: Because they aren't glamorous but carry the economy.

00:20:25: There are thirty-one point one million vans currently operating on EU roads.

00:20:29: Thirty-one Point One million long.

00:20:31: yet they're Europe's ultimate decarbonization blind spot.

00:20:35: according to the data he shared only one point three percent of them are electrically chargeable.

00:20:40: oh wow.

00:20:41: and in the first half of twenty twenty six seventy nine point one percent all new van sold were still running on diesel.

00:20:47: that is an incredibly slow adoption rate compared to the mandates.

00:20:51: what causing hold

00:20:52: up Economics and upcoming regulation.

00:20:54: Dr.

00:20:55: Pottuth highlighted that up coming EU Industrial Accelerator Act.

00:20:58: origin rules are going to heavily tax these vehicles if they don't meet strict local manufacturing content thresholds.

00:21:05: Vans are historically very low margin vehicles for OEM's, If They Are Forced To Shift Manufacturing Or If They Face Heavy Terrapes The Cost Of A Basic Delivery Van Is Going To Absolutely Skite Rocket

00:21:14: Man.

00:21:15: So while everyone is fixated on the futuristic one hundred billion euro autonomous trucking pools massive megawatt infrastructure the actual day-to-day logistics of getting a package to your front door is quietly marching toward a cliff.

00:21:27: Exactly!

00:21:28: The next great logistics crisis might not happen on a long haul highway, it might happened right in your neighborhood because the economics of the humble diesel delivery van are about to completely break.

00:21:39: That's a phenomenal point.

00:21:41: to end on...the glacier isn't just moving.

00:21:43: It is cracking under our feet and places we aren't even looking.

00:21:46: If you enjoyed this episode, new episodes drop every two weeks.

00:21:50: Also check out our other editions on Commercial Fleet Insights charting in battery technology autonomous and mobility markets And software-defined and AI defined vehicles.

00:21:59: Thanks

00:22:00: so much for joining us On This Deep Dive.

00:22:02: Keep questioning those assumptions.

00:22:04: Look past the shiny spec sheets.

00:22:05: We'll catch ya next time.