また記事を英語にした。でも、翻訳したわけじゃない。

日本のnoteに書いた「パトカーとメンテナンス」の話を、アメリカのサブステック読者向けにどう組み替えたのか。今回は、その思考過程を少し公開してみます。

Who Will Maintain Your Car After You Buy It?

🚗 同じ話を、そのまま英語にはしない

今回、noteでは「パトカーって、なんで似たような車が多いんだろう？」というところから始めて、3つの話に分けて書きました。

そこからチャッピーと話していたら、

「整備士が足りなくなったらどうする？」

「EVとガソリン車って、本当にそこだけの問題？」

「アメリカでは整備工場ってどうなってる？」

「車のデータを誰が持つんだ？」

「Right to Repairって？」

「メーカーと整備屋さんがアライアンスを組むことはできない？」

と、どんどん話が広がっていきました。

で、ここでおじさん自宅がやることが一つ。

そのまま英語に翻訳しない。

日本のnoteを読む人と、アメリカのSubstackを読む人では、そもそも知っていることも、気になることも違う。

だから今回は、日本語版の3話をいったんバラして、アメリカの自動車事情を調べ直して、構成そのものを作り替えました。

日本では、

パトカー
↓
車種
↓
整備
↓
EV
↓
整備士不足

という流れ。

一方、英語版では、

Police Fleet
↓
Vehicle Maintenance
↓
Technician Shortage
↓
Vehicle Data
↓
Right to Repair
↓
Maintenance Network
↓
「車を売った後、誰が維持するの？」

という一本の問いにしました。

最終的には、

Who Will Maintain Your Car After You Buy It?

という記事になりました。

つまり、おじさん自宅がやっているのは、単純な翻訳じゃない。

同じテーマを、読む人の背景に合わせて、もう一度組み立て直す。

日本語で考えたことを、そのまま英語にするのではなく、

「アメリカの人だったら、ここから何を考えるんだろう？」

と考えてみる。

これが、最近のおじさん自宅の遊び方です。

最初は「パトカーってクラウン多くね？」だったんだけどね。🤣

気がついたら、自動車メーカー、整備士、EV、データ、修理する権利、サブスク、アライアンスの話になってました。

問いって、育ててみると、どこまで行くんでしょうね。

ああ、それなら「英語記事を貼りました。何が書いてあるのか日本語でざっくり説明します」という形がいいね。

noteにそのまま置ける感じなら、これ。

⸻

🚗 英語で書いた記事、結局何を書いてるの？

さっきSubstackに英語で記事を投稿しました。

ただ、英語なので「何書いてんの？」となると思うので、ざっくり要約します。🤣

今回のテーマは、

「車は売ったら終わりなのか？」

という話です。

* 🚓 パトカーなどの業務車両は、単純に「性能がいいから」という理由だけで車種を選んでいるわけではない
* 🔧 部品の入手、整備のしやすさ、整備士の教育、故障時の対応など、車を動かし続ける仕組みが重要
* 🚗 車は一般消費者にとっては商品だけど、企業や警察・消防などにとっては仕事を止めないための設備
* ⚡ EVかガソリン車かという単純な二択ではなく、その仕事にどの車が合っているのかが重要
* 👨‍🔧 ところが、車がどんどん高度化する一方で、整備士・技術者の不足が問題になっている
* 💻 EV、ADAS、センサー、ソフトウェアなどが増えることで、これからの整備士には新しい技術が必要になる
* 🇺🇸 アメリカでは独立系の整備工場も大きな存在なので、メーカーやディーラーだけで車を維持するのは難しい
* 🔐 さらに「車のデータや診断情報を誰が利用できるのか」というRight to Repairの問題にもつながってくる
* 🤝 そこで、メーカー、ディーラー、独立系整備工場、部品メーカー、IT企業などが協力するメンテナンス・ネットワークという考え方が出てくる
* 💳 将来的には、車を買って終わりではなく、車両の状態管理や予防整備まで含めた継続的なサービスも考えられる
* 📊 消費者にとっても、月額や年額で費用を平準化でき、故障や突然の大きな出費を減らせるなら意味がある
* 🔄 そうなると、自動車メーカーの競争も「何台売ったか」だけではなく、「何台の車を長期間、低コストで動かし続けられるか」に変わっていくかもしれない
* 🏭 つまり、これからの自動車産業では販売後のメンテナンスそのものが競争力になる可能性がある

そして、この記事で一番言いたかったことは、

「車を売ることより、その車を10年、15年とどう維持するのかが、これからもっと重要になるんじゃないか？」

ということ。

最初はパトカーの車種の話だったのに、

パトカー → 整備 → EV → 整備士不足 → 車両データ → Right to Repair → アライアンス → サブスク

まで行ってしまいました。

まあ、おじさん自宅、いつものことです。🤣

「車を売った後、誰がその車を維持するのか？」

今回は、この問いをアメリカの読者向けに組み直して、英語の記事にしてみました。

The Next Automotive Battle May Not Be About Selling Cars. It May Be About Keeping Them Running.

When most people think about the future of the automobile industry, they think about electric vehicles.

EVs versus gasoline.

Battery range.

Charging stations.

Horsepower.

Price.

Autonomous driving.

Those are all important questions.

But I have been thinking about a different question.

A more basic one.

Who will maintain the vehicle after you buy it?

That question may become more important than we realize.

Because a car is not finished when it leaves the dealership.

That is when its real life begins.

⸻

A police car is not just a car

This idea first came to me while thinking about police vehicles.

In Japan, certain models have historically appeared again and again in police fleets. In the United States, the pattern is different in detail but surprisingly similar in structure.

American police departments frequently rely on a relatively small number of purpose-built or police-oriented models, including vehicles such as the Ford Police Interceptor Utility, Chevrolet Tahoe PPV, and Dodge Durango Pursuit.

Why?

It would be easy to say:

“Because those vehicles are fast.”

Or:

“Because they are durable.”

But that is only part of the story.

A police department is not buying one car for one driver.

It may be operating hundreds or thousands of vehicles.

That means the department has to think about:

Parts availability.

Maintenance procedures.

Technician training.

Vehicle uptime.

Special equipment.

Electrical systems.

Replacement cycles.

And, ultimately, total cost of ownership.

A vehicle that is slightly cheaper to purchase may become much more expensive if it is difficult to maintain.

A vehicle that performs beautifully but requires specialized parts that are difficult to obtain can become a problem.

A vehicle that spends too much time in a repair bay is not really helping the organization.

This is why fleet management is so interesting.

The best vehicle is not necessarily the best vehicle.

The best vehicle is often the one that allows the organization to keep doing its job.

That sounds obvious.

But I think the automotive industry is going to have to take that idea much more seriously.

⸻

A vehicle is becoming part of an operating system

For a private consumer, a car is often treated as a product.

You buy it.

You drive it.

You maintain it when necessary.

You sell it.

For a business, the logic is different.

A vehicle is an operating asset.

A delivery company does not really care about owning a beautiful truck.

It cares about delivering packages.

A contractor does not care about having the most technologically impressive van.

It cares about getting tools and workers to the jobsite.

A utility company does not care about winning an automotive design award.

It cares about responding when the power goes out.

A police department does not care whether a vehicle looks impressive in a showroom.

It cares whether the vehicle starts at 2 a.m. when someone calls for help.

That changes the economics of the car.

The purchase price is only one part of the equation.

There is fuel or electricity.

There is insurance.

There are tires.

There are repairs.

There is downtime.

There are technicians.

There are diagnostic tools.

There are replacement parts.

There is training.

There is software.

There is infrastructure.

And there is the cost of the work that cannot be done when the vehicle is unavailable.

This is why I think maintenance is moving from the background of the automotive business toward the center of it.

⸻

Then EVs change the question

The electric vehicle debate is often framed as:

“Which is better, EV or gasoline?”

I think that is too simple.

A better question is:

Which powertrain is best suited to the job?

Imagine a company whose vehicles leave the depot every morning, drive a predictable route, return every evening, and spend the night parked in the same location.

That company has an obvious opportunity to use charging as part of the daily operating schedule.

An EV could make a lot of sense.

Now imagine an emergency fleet.

Vehicles may be needed at unpredictable times.

They may have to travel long distances.

They may remain at a scene for hours.

They may have to leave again immediately.

That is a different operating environment.

In that situation, gasoline or hybrid powertrains can still have major advantages.

This is not really a debate about technology.

It is a debate about operations.

The important question is not:

“Which technology wins?”

It is:

“Which technology keeps this organization running?”

That distinction matters.

⸻

And then we reach the real problem: people

Now we have another issue.

Vehicles are becoming more complicated.

Modern vehicles contain cameras, radar, electronic control systems, high-voltage systems, batteries, software, connectivity, and increasingly sophisticated driver-assistance technologies.

At the same time, the industry has a shortage of skilled technicians.

This is not only a Japanese problem.

In the United States, the National Automobile Dealers Association has estimated a large annual gap between the number of dealership technicians who need to be replaced and the number of newly trained technicians entering the field. The U.S. Bureau of Labor Statistics also projects tens of thousands of openings for automotive service technicians and mechanics each year through the next decade.

That creates a strange situation.

The vehicles are becoming more advanced at the same time that the people needed to maintain them are becoming harder to find.

This may be one of the biggest structural problems facing the automotive industry.

And it changes the EV discussion again.

An EV may have fewer traditional powertrain maintenance requirements.

But that does not mean maintenance disappears.

Instead, some of the required expertise changes.

High-voltage systems.

Battery diagnostics.

Electrical systems.

Sensors.

ADAS calibration.

Software.

Connectivity.

Cybersecurity.

The technician of the future may need to understand both mechanical systems and computers.

So the real issue is not:

“Will EVs eliminate mechanics?”

The more interesting question is:

“Can the automotive industry produce enough technicians capable of maintaining increasingly sophisticated vehicles?”

⸻

America has another layer to this problem

The United States has a particularly interesting automotive repair ecosystem.

It is not just dealers.

There is a huge independent repair sector.

According to the Auto Care Association, the U.S. has hundreds of thousands of independent repair businesses, employing a very large technician workforce. Independent repairers perform a substantial share of post-warranty automotive service.

That creates both an opportunity and a problem.

The opportunity is obvious.

If the industry has a technician shortage, why not use every capable repair business available?

The problem is that modern vehicles increasingly depend on data.

Diagnostic information.

Vehicle health information.

Software.

Telematics.

Specialized tools.

Calibration procedures.

As vehicles become connected, the ability to repair a car increasingly depends on access to the information required to understand that car.

And this is where the American Right to Repair debate becomes so important.

Independent repairers argue that they need meaningful access to the information and tools required to diagnose and repair modern vehicles.

Auto Care Association has strongly advocated for access to vehicle-generated data, diagnostic information, and repair resources, while government and industry discussions have increasingly focused on the competitive implications of connected vehicles.

This is a much bigger issue than it first appears.

The question is no longer simply:

“Who has the tools?”

It is also:

“Who has the information?”

⸻

The car is becoming a connected service

Automakers are already responding to this shift.

Across the U.S. market, manufacturers increasingly offer connected services that can monitor vehicle health, provide maintenance notifications, support service scheduling, and deliver software updates.

Toyota’s connected services, for example, include vehicle health and maintenance information. Stellantis has also expanded connected services that include vehicle health information, service-related functions, and over-the-air updates.

This is an important change in the relationship between the manufacturer and the vehicle.

The traditional model was:

Build → Sell → Service when needed

The new model looks more like:

Build → Connect → Monitor → Diagnose → Update → Maintain

That is a very different business.

The relationship does not end when the customer drives away from the dealership.

In some ways, that is when the relationship begins.

⸻

What if maintenance became a subscription?

This idea is already partly present in the U.S. market.

Automakers and dealers offer prepaid maintenance programs that allow customers to purchase scheduled maintenance in advance.

Toyota, Kia, Chevrolet and others offer versions of prepaid or scheduled maintenance programs, although the details vary significantly by brand and vehicle.

But I think there is another step beyond this.

Imagine a broader service.

Not simply:

“Pay us for your next three oil changes.”

Instead:

“We will help keep your vehicle operational for the next ten years.”

That could include:

Routine maintenance.

Vehicle health monitoring.

Diagnostic support.

Software updates.

Maintenance scheduling.

Parts coordination.

Predictive maintenance.

Battery health monitoring.

Access to certified repair facilities.

And perhaps even pickup and delivery for service.

The customer could pay a monthly or annual fee.

At first glance, that sounds like just another subscription.

But that misses the point.

The real value would be predictability.

If a customer knows approximately what their vehicle will cost over ten years, and if unexpected downtime and major failures become less likely, the subscription could make economic sense even if the monthly payment looks like an additional expense.

This is especially interesting for commercial fleets.

For a business, downtime has a financial value.

A van that cannot make deliveries is not simply “broken.”

It is lost revenue.

An ambulance that is unavailable is not simply an inconvenience.

It affects emergency response capacity.

A service vehicle sitting in a repair shop can mean a customer appointment is missed.

In these cases, uptime is a product.

⸻

Maybe automakers should stop thinking only about selling cars

This is where I think the automotive industry has a much bigger opportunity.

Imagine an automaker that does not simply sell 500,000 vehicles.

Imagine an automaker that manages the long-term operation of 500,000 vehicles.

That is a different company.

It could provide:

Vehicles.

Software.

Diagnostics.

Parts.

Maintenance networks.

Charging services.

Technician training.

Fleet management.

Data services.

Predictive maintenance.

Financing.

Insurance partnerships.

The customer would not necessarily be paying for a car alone.

The customer would be paying for mobility that works.

That is a much more powerful promise.

⸻

But this cannot belong only to the automaker

This is where I think the relationship with independent repair shops becomes critical.

A manufacturer cannot realistically solve the technician shortage by itself.

A dealer network cannot cover every road.

A single company cannot service every vehicle everywhere.

The United States already has an enormous network of independent repair businesses.

Instead of seeing them only as competitors, manufacturers could increasingly see them as part of the infrastructure required to keep vehicles operating.

That suggests a different kind of alliance.

Not a traditional sales alliance.

A maintenance alliance.

Imagine a network that includes:

Automakers.

Dealers.

Independent repair shops.

Parts suppliers.

Diagnostic companies.

Software providers.

Training organizations.

Energy companies.

Fleet operators.

Consumers.

The manufacturer could provide standardized diagnostic access and technical information.

The repair shop could provide local service.

Parts suppliers could provide inventory.

Technology companies could provide diagnostics and predictive analytics.

Training organizations could develop technicians.

The customer could pay for the service through a predictable maintenance plan.

Everyone has a role.

⸻

And this is where standards become incredibly important

We have seen standards wars before.

Betamax versus VHS is the famous example.

The technically superior system does not automatically win.

A standard wins when an ecosystem forms around it.

Manufacturers.

Retailers.

Consumers.

Service providers.

Parts.

Training.

Infrastructure.

Compatibility.

Once an ecosystem becomes large enough, it becomes difficult to replace.

Cars may be heading toward a similar type of competition.

Not just:

Which battery is better?

But:

Which ecosystem is easier to live with for the next fifteen years?

Which vehicle has better diagnostic support?

Which manufacturer has more trained technicians?

Which parts are easier to obtain?

Which charging system is more widely available?

Which software platform works with more tools?

Which vehicles can be repaired by more shops?

Which company gives independent technicians the information they need?

These questions may become just as important as acceleration or range.

⸻

The hidden competitive advantage may be maintenance

This leads to a thought that I find increasingly interesting.

What if the next major competitive advantage in the auto industry is not the vehicle itself?

What if it is the maintenance ecosystem around the vehicle?

Consider two manufacturers.

Manufacturer A builds an excellent vehicle.

Manufacturer B builds a vehicle that is slightly less impressive on paper.

But Manufacturer B has:

More trained technicians.

Better diagnostic tools.

Faster parts availability.

Better predictive maintenance.

A larger independent repair network.

More standardized procedures.

Better fleet software.

More transparent vehicle data.

Lower downtime.

Which manufacturer creates more value for a business customer over ten years?

The answer may not be obvious from a showroom brochure.

That is why I think automotive competition may increasingly move from the dealership to the service bay.

⸻

This could change vehicle design itself

Once manufacturers begin thinking about lifetime maintenance as a core part of the product, vehicle design could change.

Engineers might ask:

Can this component be replaced faster?

Can this fault be diagnosed remotely?

Can a technician identify the problem before the vehicle fails?

Can a common tool be used?

Can a sensor be calibrated more easily?

Can the battery health be measured accurately?

Can software tell the technician what is happening?

Can a fleet manager see which vehicles need attention?

Can the repair shop receive the information before the vehicle arrives?

These are not glamorous questions.

But they may become some of the most important questions in the automotive industry.

Because the ultimate goal is not to make a vehicle that never needs maintenance.

That may be impossible.

The goal is to make a vehicle that can be maintained intelligently, quickly, safely, and affordably.

⸻

The business model could change with it

For decades, a basic automotive business model was:

Make the vehicle.
Sell the vehicle.
Sell parts and service afterward.

But what happens when the vehicle is connected?

The manufacturer can see vehicle health.

The customer can receive maintenance recommendations.

A repair shop can receive diagnostic information.

A parts supplier can anticipate demand.

A fleet manager can schedule service before a failure.

A technician can arrive with the correct part.

That begins to look less like traditional automobile ownership and more like a managed service.

And there is something even more important here.

The customer does not necessarily want a “subscription.”

The customer wants a car that works.

That distinction matters.

Nobody wakes up thinking:

“I really want another monthly payment.”

But people do think:

“I don’t want my car to break down.”

“I don’t want an unexpected $3,000 repair bill.”

“I don’t want to wait two weeks for a part.”

“I don’t want to find out that nobody in my area knows how to repair this vehicle.”

“I don’t want my business vehicle sitting in a repair shop.”

That is the problem a maintenance service would need to solve.

⸻

Maybe the real product is uptime

This is where the entire discussion comes together.

Police departments need uptime.

Fire departments need uptime.

Ambulance operators need uptime.

Delivery companies need uptime.

Construction companies need uptime.

Utilities need uptime.

Small businesses need uptime.

And ordinary consumers need reliable transportation.

The vehicle is only the mechanism.

The real economic value is the ability to keep moving.

That is why I think the automotive industry may be entering a different era.

The competition may gradually shift from:

Who can sell the most vehicles?

toward:

Who can keep the most vehicles running?

⸻

And the technician becomes more important, not less

This is perhaps the biggest contradiction of the entire transition.

We talk about software reducing labor.

We talk about EVs having fewer moving parts.

We talk about artificial intelligence making diagnosis easier.

All of that may be true.

But somebody still needs to understand what the machine is doing.

Somebody needs to work safely with high-voltage systems.

Somebody needs to replace parts.

Somebody needs to perform calibrations.

Somebody needs to make the final judgment when the data does not tell the whole story.

AI may help technicians.

Remote diagnostics may help technicians.

Better software may help technicians.

But none of those technologies eliminate the need for skilled people.

They may actually make skilled technicians more valuable.

And that is why technician training may become a strategic issue for automakers.

Ford, for example, has made investments in technician recruitment and training as it addresses workforce needs within its dealer network. More broadly, the U.S. automotive industry is increasingly recognizing technician development as part of the industry’s ability to support the vehicles it sells.

⸻

So what happens next?

I don’t think gasoline vehicles suddenly disappear.

I don’t think EVs automatically win every application.

I don’t think dealerships disappear.

I don’t think independent repair shops disappear.

And I don’t think maintenance becomes fully automated.

Instead, I think the automotive industry is going to become more interconnected.

The winning companies may be the ones that connect these pieces together.

Vehicle + Data + Technician + Parts + Software + Energy + Service

That is a much bigger system than the car itself.

And perhaps the most important question for a manufacturer is no longer:

“How many cars can we sell?”

It may be:

“How many vehicles can we keep running, for how long, and at what total cost?”

⸻

The question I’d ask every automaker

Imagine that I am an automaker’s CEO.

I have just designed a beautiful new vehicle.

It has excellent range.

It has advanced software.

It has impressive performance.

It has every modern feature.

Before I approve production, I might ask one additional question:

Who will maintain this vehicle ten years from now?

Where are the technicians?

Who has the diagnostic tools?

Who has access to the data?

Where are the parts?

How long will repairs take?

Can independent shops service it?

Can dealers service it?

How much will maintenance cost?

What happens when the car is twenty years old?

Those questions may sound less exciting than a new battery chemistry or a new horsepower figure.

But they may determine whether the vehicle succeeds.

Because selling a car is one transaction.

Maintaining a car is a relationship.

And increasingly, that relationship may be where the real business is.

⸻

The Future of Automotive Competition

Maybe the next great automotive company will not be the company that sells the most cars.

Maybe it will be the company that creates the best ecosystem for keeping cars on the road.

Maybe the most valuable partnership will not be between two automakers.

Maybe it will be between:

Automakers
repair shops
technicians
parts suppliers
software companies
energy providers
fleet operators
and consumers.

Maybe the future is not about choosing between gasoline and electricity.

Maybe it is about building a system in which either technology can be operated efficiently for as long as it makes economic sense.

And maybe the real game changer is not the powertrain.

It is the relationship that begins after the sale.

Because the automobile business has spent more than a century becoming very good at building and selling cars.

The next challenge may be much harder.

Keeping millions of increasingly complex vehicles running when skilled people are becoming harder to find.

That is not just an automotive problem.

It is a workforce problem.

A technology problem.

A standards problem.

A business-model problem.

And, ultimately, an infrastructure problem.

Which brings us back to the simplest question of all:

Who will maintain your car after you buy it?

I suspect that, over the next decade, the companies with the best answers to that question may become some of the most important companies in the automotive industry.

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