Design it to last 20 years

[Shawn202]

Most EVs are disposable by design. Battery degradation, sealed systems, software lock-in. That kills long-term value. If Scout Motors wants to own “utility,” longevity is the cleanest way to differentiate.

What that actually means to me...

Battery as a serviceable component

Modular battery packs, not a single sealed slab

Replaceable submodules instead of full pack swaps

Clear degradation reporting tied to real usage

If the battery isn’t economically replaceable, the vehicle has a built-in expiration date.

---

Software independence over time

Core vehicle functions work without cloud dependency

Local control persists even if backend services disappear

Long-term update commitment, or open interfaces if support ends

A truck that loses capability when servers go offline isn’t a utility it's a liability.

---

Mechanical durability standards

Design targets measured in decades, not lease cycles

Overbuild critical components that see real-world stress

Publish expected service intervals honestly

Think closer to Toyota Land Cruiser than typical EV turnover cycles.

---

Parts availability commitment

Guaranteed parts supply window (15 to 20 years)

Cross-platform part reuse where possible

No artificial obsolescence through minor redesigns

If you can’t get parts, nothing else matters.

---

Documentation and transparency

Full service manuals available, not restricted

Diagnostic access without proprietary lock-in

Clear architecture so independent shops can actually work on it

---

Don’t just build a new EV.

Build something people don’t have to replace.

 

[cyure]

Most EVs are disposable by design. Battery degradation, sealed systems, software lock-in. That kills long-term value. If Scout Motors wants to own “utility,” longevity is the cleanest way to differentiate.

What that actually means to me...

Battery as a serviceable component

Modular battery packs, not a single sealed slab

Replaceable submodules instead of full pack swaps

Clear degradation reporting tied to real usage

If the battery isn’t economically replaceable, the vehicle has a built-in expiration date.

---

Software independence over time

Core vehicle functions work without cloud dependency

Local control persists even if backend services disappear

Long-term update commitment, or open interfaces if support ends

A truck that loses capability when servers go offline isn’t a utility it's a liability.

---

Mechanical durability standards

Design targets measured in decades, not lease cycles

Overbuild critical components that see real-world stress

Publish expected service intervals honestly

Think closer to Toyota Land Cruiser than typical EV turnover cycles.

---

Parts availability commitment

Guaranteed parts supply window (15 to 20 years)

Cross-platform part reuse where possible

No artificial obsolescence through minor redesigns

If you can’t get parts, nothing else matters.

---

Documentation and transparency

Full service manuals available, not restricted

Diagnostic access without proprietary lock-in

Clear architecture so independent shops can actually work on it

---

Don’t just build a new EV.

Build something people don’t have to replace.

Welcome to the community!

 

[6-ScoutFamily]

Most EVs are disposable by design. Battery degradation, sealed systems, software lock-in. That kills long-term value. If Scout Motors wants to own “utility,” longevity is the cleanest way to differentiate.

What that actually means to me...

Battery as a serviceable component

Modular battery packs, not a single sealed slab

Replaceable submodules instead of full pack swaps

Clear degradation reporting tied to real usage

If the battery isn’t economically replaceable, the vehicle has a built-in expiration date.

---

Software independence over time

Core vehicle functions work without cloud dependency

Local control persists even if backend services disappear

Long-term update commitment, or open interfaces if support ends

A truck that loses capability when servers go offline isn’t a utility it's a liability.

---

Mechanical durability standards

Design targets measured in decades, not lease cycles

Overbuild critical components that see real-world stress

Publish expected service intervals honestly

Think closer to Toyota Land Cruiser than typical EV turnover cycles.

---

Parts availability commitment

Guaranteed parts supply window (15 to 20 years)

Cross-platform part reuse where possible

No artificial obsolescence through minor redesigns

If you can’t get parts, nothing else matters.

---

Documentation and transparency

Full service manuals available, not restricted

Diagnostic access without proprietary lock-in

Clear architecture so independent shops can actually work on it

---

Don’t just build a new EV.

Build something people don’t have to replace.

Welcome to the funhouse!

I think I agree with pretty much everything you list. The self-serviceable, modular battery pack might be a problem. I think most of us are hoping for most of this from Scout already. Problem is, this kind of long-term robustness is not inexpensive. Remember the Cheaper/Better/Faster triangle—you can only have two of the three.

 

[J Alynn]

Welcome to the funhouse!

I think I agree with pretty much everything you list. The self-serviceable, modular battery pack might be a problem. I think most of us are hoping for most of this from Scout already. Problem is, this kind of long-term robustness is not inexpensive. Remember the Cheaper/Better/Faster triangle—you can only have two of the three.

Exactly. And serviceable vehicles are great until unqualified people start messing with high voltage systems. It’s one thing to wrench on an ICE changing oil, plugs, etc.. but letting anyone play with is seems ill-advised to me. We are a world of YouTube/tiktok doers making people of all levels of incompetence believe they are more qualified. I see all kinds of people remodeling homes and flipping with no actual understanding of why they did what they did but the most popular videos on social media showed them how. Needs to be a healthy space in the middle because built in obsolescence sucks but do-it-yourselfers destroying their vehicles is a whole other issue

 

[R1TVT]

Most EVs are disposable by design.

Which ones?

 

[Scoutsie]

Exactly. And serviceable vehicles are great until unqualified people start messing with high voltage systems. It’s one thing to wrench on an ICE changing oil, plugs, etc.. but letting anyone play with is seems ill-advised to me. We are a world of YouTube/tiktok doers making people of all levels of incompetence believe they are more qualified. I see all kinds of people remodeling homes and flipping with no actual understanding of why they did what they did but the most popular videos on social media showed them how. Needs to be a healthy space in the middle because built in obsolescence sucks but do-it-yourselfers destroying their vehicles is a whole other issue

One of my favorite stories of ruination of the past few years is hearing how my ex husband ruined his new-to-him home—which was apparently already a fixer-upper—by deciding to redo the kitchen floor himself and taking about $15,000 away from the valuation of the home in doing so… his biology degree and a baby mama who was 10 years younger and definitely dumber than him didn’t help him there (and also dumber than me—it was discovered that I was a whole 2 IQ points higher than him within a margin of error of 2 and it genuinely bothered him because he sucks).

 

[SpaceEVDriver]

Which ones?

I’ve been trying to figure out which ones too. I cannot think of a single one.

 

[oldgeeksguide]

I’ve been trying to figure out which ones too. I cannot think of a single one.

I would not say disposable, but some definitely are heavily weighted towards ease of manufacturing rather than repairability, which is part of why insurance companies seem quick to total EVs.

 

[SpaceEVDriver]

I would not say disposable, but some definitely are heavily weighted towards ease of manufacturing rather than repairability, which is part of why insurance companies seem quick to total EVs.

That's a fair critique of some.

The Scouts' body on frame design is unlikely to be in that category.

 

[oldgeeksguide]

That's a fair critique of some.

The Scouts' body on frame design is unlikely to be in that category.

With all the stories of folks lovingly attached to their 50 year old Scouts, I expect they’ll be building the new ones to last at least a couple decades.

 

[Jkew]

Exactly. And serviceable vehicles are great until unqualified people start messing with high voltage systems. It’s one thing to wrench on an ICE changing oil, plugs, etc.. but letting anyone play with is seems ill-advised to me.

I don’t think there is anything particularly unique about servicing high-voltage systems if they have the right shutoff mechanisms, warnings, and documentation.

Homeowners can still work on 220v circuits themselves as long as they still do the permitting/inspection process, but that’s a home where many people may live.

A car is a much more controlled environment, and with reasonable safeguards a normal person, who can read and think should be able to do basic repairs within specific guidelines (such as replacing the battery).

ICE cars have similar dangers. Fuel leaks, CO leaks, and such. You can’t see CO and you can’t see electricity. Different ways to die if you are not thinking.

Edit: to be clear I’m not suggesting the types of repairs like: “go to town on the bus bars” - just full, disconnect-able module replacements.

 

[Airon]

One thing I totally agree with is the ability to replace portions of the batteries as they degrade. It doesn't make sense to have the need to pull/replace the entire thing when it is a few bad cells in the system that if replaced would make the vehicle last much longer, and more important, allow the owner to perform such maintenance, either themselves, or shop/dealership.

That being said, I'm not too informed on EVs and how they currently function. If this is already the way then that is a good thing. From my ignorant understanding this was not the way things work currently generally speaking.

 

[strider]

As a 16-year EV driver, I have a few thoughts to maybe clear up some misconceptions.....

What do you mean by built in expiration date? How is this different from the engine in an ICE? They don't last forever so do ICE vehicle have a built in expiration date? EV batteries are not like laptop, phone, or power tool batteries. EV batteries have fine thermal control which means they do not degrade like consumer device batteries. Li-Ion batteries experience permanent degradation above 104F. This happens all the time in non-cooled batteries, it never happens in EVs (well except the original Nissan Leaf but we don't talk about that). You can think of the battery pack in an EV like the motor in your ICE. Do they fail sometimes and need to be replaced? Yes, and when they do it's a huge amount of money. But it's actually very rare as long as you take care it. Which is no different than your ICE. how long will your ICE last if you don't check/change the oil? With an EV, don't let it go dead/keep it plugged in and don't let it sit for long periods of time at very high or very low SOC (State of Charge).

Swapping individual battery modules is very difficult to engineer as user-swappable components at least without adding massive costs. The packaging for thermal efficiency (ie liquid cooling) precludes doing this. We're not talking about a bank of DeWalt power tool batteries here. Next, you can't just swap a bad module for a new one. You need to closely match the capacity of all of the other modules. That means if you have a 10-year old battery and a module fails, you need to find a module that has 10 years worth of cycles on it which is not easy. There are 3rd parties that do this for Tesla's but to my knowledge none of them have actually made any money doing it as it is insanely labor intensive.

I'm with you on the cloud and connectivity stuff. It would be nice if you could use your phone hotspot as the car's connectivity. Teslas have WiFi but it won't use WiFi when driving so they force you to pay for connectivity through the cell module. Why not let the car use WiFi all the time and you could decide whether to hotspot from your phone or pay for the cell network?

All that being said, so far Scout has said all the right things when it comes to self-repair and such. We will see if they live up to those promises when vehicles get delivered. Access to maintenance manuals and diagnostic menus will set the tone of how they plan to roll.