Factory Transportation Has to Change. But Will Management Change With It?

Walk through the storage yard of almost any manufactured or modular housing factory, and you will see a transportation system that has changed very little in decades. Carriers are parked in rows, tires are slowly losing air, maintenance costs continue to increase, and valuable capital remains tied up in equipment waiting for its next assignment. Everyone accepts it because this is how modules have traditionally been transported.

Factory owners and managers know the system is far from perfect. They deal with carrier shortages, return trips, breakdowns, storage problems, scheduling conflicts, and completed modules waiting for transportation. Every transportation delay can eventually become a production problem, especially when a factory has more modules ready to ship than it has dependable carriers available.

Now imagine presenting those same managers with a completely new transportation system designed to reduce carrier dependence, eliminate unnecessary return trips, free up factory storage space, and save both time and money. Would they embrace it, support a pilot program, or quietly return to the system they already know?

I believe most factory managers would agree that something needs to change. Whether they would be willing to become early adopters is another question entirely, and the answer will depend heavily on how well the new system is explained, demonstrated, and supported.

Recognizing the Problem Is the Easy Part

Factory management does not need to be convinced that transporting modules is expensive. Those costs are already showing up in maintenance reports, delivery schedules, production meetings, jobsite delays, and conversations with builders who want to know when their modules will arrive.

What may not be as visible is the total cost of continuing to operate the same way. Tires, brakes, inspections, repairs, yard labor, storage space, return mileage, insurance, and downtime are often recorded in different departments or assigned to different projects. Management sees pieces of the expense but may never see the complete financial picture.

Photo - Specialized Transportation

That makes it easier to tolerate the existing system. If the factory has always owned or leased carriers, scheduled return trips, and stored equipment in the yard, those costs begin to feel like an unavoidable part of doing business rather than an operational problem that could be corrected.

A completely new transportation system challenges that assumption, which is why the initial reaction from many managers will probably be a mixture of interest and caution. If the proposed system can reduce costs, improve throughput, and simplify delivery, they will want to hear more. However, excitement during a presentation is not the same as committing the factory to a major operational change.

Factory Managers Are Paid to Question Change

It is easy to describe managers who resist a new idea as being stuck in the past, but that would be unfair. Factory managers are responsible for keeping production moving, protecting quality, meeting delivery schedules, controlling costs, and preventing disruptions that could affect every project moving through the plant.

When someone presents an entirely different transportation system, management will immediately begin looking for everything that could go wrong. That is not resistance for the sake of resistance. It is exactly what responsible factory leadership should do before introducing an unproven process into daily production.

They will want to know whether the new system requires module redesign or changes to engineering and approvals. They will ask if production crews need additional training, whether current transporters can use it, what happens if equipment is damaged hundreds of miles from the factory, and whether crane and set crews must change their procedures. Questions about ownership, maintenance, insurance, replacement parts, roadside repairs, and liability will also have to be answered.

These are not excuses for refusing to change. They are legitimate operational questions, and if the answers are vague, enthusiasm will disappear quickly. Management will politely listen, collect the presentation materials, and decide to wait until another factory proves the concept.

That may be the greatest barrier facing any new transportation system. Almost every company wants to be seen as innovative, but very few want to be the factory that discovers the unforeseen problem.

Not Every Factory Will React the Same Way

A small group of factory owners and managers will immediately recognize the opportunity. These are the innovators who will study the numbers, involve their engineering and production teams, and seriously consider becoming early adopters if the system appears capable of solving a problem they already understand.

A much larger group will be interested but cautious. They will follow the system’s progress, attend demonstrations, ask detailed questions, and watch what happens at the first few factories using it. Their interest will be genuine, but they will probably wait for another company to accumulate enough real-world experience to reduce the perceived risk.

Another group will focus primarily on operational disruption. They may recognize the potential savings but worry about retraining employees, changing production procedures, coordinating with transporters, and introducing another variable into an already complicated process. Unless they are shown a clear path from the old system to the new one, they are unlikely to move forward.

There will also be managers who dismiss the idea almost immediately. Their carriers may be old and increasingly expensive to maintain, but they are familiar. Their procedures may be inefficient, but everyone understands them. For these managers, the known problems of the existing system may feel safer than the unknown risks of something new.

Education Must Come Before Selling

A new transportation system cannot be sold like another piece of factory equipment because it affects too many people and too many steps in the process. Management needs to understand how it works from the production line to the factory yard, over the highway, onto the jobsite, and through the setting process.

Engineers, production managers, transportation companies, drivers, builders, developers, crane operators, and set crews may all have questions that need to be answered. If any one of those groups believes the system will create additional problems, management may decide the promised savings are not worth the risk.

That is why education must come before marketing. A glossy brochure can describe the benefits, but factory management will want evidence based on actual operations. They need cost comparisons that reflect what their factory is spending today, not industry averages that may have little connection to their products, markets, or delivery distances.

Management should be encouraged to calculate what it currently spends on carrier maintenance, tires, brakes, inspections, repairs, insurance, return mileage, and yard labor. It should also examine how much storage space is occupied by carriers, how often production slows because equipment is unavailable, and how many delivery schedules are affected by breakdowns or transportation shortages.

Once those costs are gathered in one place, the financial picture may look very different. The price of continuing to use the traditional system could become more troubling than the cost of changing to something new.

Factory Managers Need to See It Work

A live demonstration will probably accomplish more than a dozen conference presentations. Factory owners, engineers, production managers, transporters, builders, and set crews should be allowed to walk around the system, inspect its components, watch a module being moved, and question the people who designed it.

Those difficult questions should not be avoided or treated as objections that must be overcome. They should be encouraged because every serious question that receives a clear answer reduces another layer of uncertainty.

Management also needs to see a practical transition plan. Few factories will want to replace their existing transportation process overnight, but they may be willing to begin with a limited number of modules, one product line, one builder, or a carefully controlled pilot project.

A successful pilot would allow the factory to measure labor, handling time, transportation costs, jobsite performance, equipment reliability, and the reaction of everyone involved. It would also give factory employees and transportation partners time to become comfortable with the system before management considers a broader rollout.

This is how a new idea moves from interesting to practical. Education creates understanding, demonstrations build confidence, and measurable results give management a reason to approve the next step.

Gary’s Observation

Most manufactured and modular housing factory managers will agree that transportation needs to change because they see the consequences of the current system every day. Aging carriers, rising maintenance costs, return trips, storage congestion, transportation shortages, and delivery delays are no longer occasional inconveniences. They are becoming serious operational and financial problems.

Agreement, however, does not guarantee adoption. Without education, demonstrations, real operating numbers, and a carefully designed transition plan, many managers will dismiss a new transportation system. They will not necessarily reject it because it lacks value; they will reject it because the risks of changing have not been explained as clearly as the benefits.

The people introducing the next generation of module transportation must prove more than the fact that their system works. They must show factory management that adopting it is safer, easier, and more profitable than continuing to tolerate a transportation system everyone already knows needs to change.

Do Gen Z and Gen Alpha Really Look Down on Skilled Labor?

 

There is a growing belief among factory owners, contractors and older workers that Gen Z considers manual and skilled labor beneath them. According to that argument, younger people want to work from home, become influencers, or sit behind computers rather than build houses, wire electrical panels, weld steel, or operate production equipment.

There is some truth behind that perception, but it is also an oversimplification. Gen Z is not universally rejecting skilled labor, and Gen Alpha may eventually become even more receptive to it. What both generations appear to be rejecting is work that looks physically punishing, poorly managed, underpaid, and without a clearly defined future.

That is an important distinction.

Questioning Efficiencies

By: Jorie Wisnefski

One of the things I’m learning from Gary Fleisher is to stop looking at the obvious problem and start asking a different question.

Gary recently wrote about why promising innovations often don’t make it to the factory floor. His point was that the industry doesn't need to be pitched more products. It needs more education which offers more opportunities for the people who run factories and production lines to understand the problems and determine whether a solution can really work in their world.

That article sent me down a rabbit hole.

I started watching factory tour videos.

I wanted to see what these factories do to be more efficient, and I kept seeing the same thing.

Efficiency is everywhere.

Most of the factories have more than 30 production stations. They demonstrate how materials are organized, how workers move through a consistent process, and how each stage of construction happens in a controlled environment.

And the advantages of building indoors are certainly compelling. 

Weather won’t stop indoor production. Living in Chicago, I understand those benefits quite well.

Workers aren't spending time loading and unloading tools or driving from jobsite to jobsite. They show up to the same place every day, and the tools and equipment they need are already there.

Materials are staged. Tasks are repeated. Processes are standardized. The factory can control variables that are incredibly difficult to control on a traditional construction site.

There is a tremendous amount of thought going into how efficiently homes can be built.

Then the home is ready to move, and that's typically where these videos end.

I kept seeing modules being prepared for transportation. I saw completed units sitting outside factories. I saw plenty of discussion about “preparing the module for the road” and “preparing the foundation” for its arrival.

But I didn't see videos on the efficiency of moving the finished module to its final home.

That made me wonder: is the focus solely on making the factory more efficient without including the efficiency of getting the home or building to the foundation?

It feels like making a beautiful dinner without eating it. It’s really pretty to look at, but the job isn’t finished. 

To be clear, I'm not saying I’ve unearthed a transportation crisis.

I don't know that yet.

With completed modules stacked up outside a factory, it could mean there’s a transportation bottleneck. Or it could simply be part of a carefully planned staging process with reasons I don’t understand.

That's why I'm asking the question, not making an accusation.

The factory is only one part of the system.

They can build a home faster, but somebody still has to move it.

There are trucks, routes, permits, escorts, weather, traffic, cranes, installation crews, and site schedules. The factory controls what happens inside its walls. It has considerably less control once that home enters the transportation system.

And if we're serious about offsite construction helping address the housing shortage and affordability, I think the whole system needs to be addressed.

I'm still trying to understand the bottleneck. What happens if a factory becomes significantly more efficient at producing modules, but transportation capacity doesn't increase at the same pace?

Does production have to slow down? Does the factory need more storage space? Doesn’t this affect scheduling and the production line?

Or have manufacturers already figured this out, and I just don't understand yet?

I'm grateful to be learning from Gary. He's teaching me to look beyond the obvious answers to ask questions I don't know enough to answer.

People are smart, and factories are innovative, but the housing problem is bigger than any one factory or technology.

If offsite construction is going to help us build more affordable housing quickly, we have to keep looking for the places where the system slows down.

Maybe it's production, labor, materials, transportation, and installation all interacting with each other.

And if the people experiencing those challenges aren't talking to one another, it’s tough to find answers.

That's part of what Gary and I are trying to create with the upcoming educational summit. It’s not another conference where we put innovative products in front of an audience.

It's about bringing people together who understand different pieces of offsite construction and giving them an opportunity to talk about the problems they're experiencing.

To ask the uncomfortable questions. To share what has worked. To admit what hasn't. To challenge assumptions. And to look at an old problem from a completely different angle.

Solving the housing crisis isn't going to happen because someone invents one amazing product. It will happen when we start figuring out how all the pieces can work better together.

I'm going to keep watching the factory videos and asking questions because after seeing all those carefully designed production stations, I still don’t understand why the modules sit outside the factory. 

If someone in the industry already has the answer to making the journey to the foundation just as efficient as the journey through the factory, I want to hear it.

And if they don't, that's the kind of question we should be discussing together.

The home isn't finished when it leaves the factory. It still has to make it home.

Fresh Eyes on Offsite Construction

Questioning Efficiency explores a simple question: if modular factories have become highly efficient at building homes, what happens to that efficiency once the home leaves the factory? 

Jorie Wisnefski’s article for the series, Fresh Eyes on Offsite Construction, looks at transportation, staging, and installation as potentially overlooked parts of the offsite construction system. It also argues that solving housing challenges requires examining how all those pieces work together, not just optimizing the factory.

Where Did Modular’s 20% Savings Go?

Twenty years ago, the modular housing industry walked around with quiet confidence. Sales representatives stood at home shows, builder meetings, and industry events and proudly explained that modular construction could deliver a home for as much as 20% less than conventional site-built construction.

At the time, many of them were right.

Factories were relatively lean, transportation was manageable, building codes were less complicated, overhead was lower, and most modular buyers were satisfied with homes that did not test the limits of architectural design or transportation logistics. Factories could build similar floor plans repeatedly, purchase materials in volume, and move modules through production without stopping for constant engineering revisions.

Today, that story has changed.

In many markets, modular construction comes in at approximately the same price as site-built construction. In some cases, it costs more. Developers, investors, builders, and prospective homeowners are now asking an obvious question: What happened to modular’s promised 20% savings?

Having watched this industry grow, stall, innovate, reinvent itself, and occasionally break its own heart, I believe the answer is relatively simple.

The world changed, and modular did not change fast enough.

The reasons behind the disappearance of that cost advantage, however, reveal something important about where modular construction is today and where it needs to go next.

Changing the Code Is the Easy Part. Changing the Factory Is Not.

After writing two articles about how the Road to Housing legislation could open new opportunities for modular factories to build homes under the HUD Code, I decided to send them to several people whose opinions I trust. I wasn’t looking for compliments or confirmation that I had everything figured out. I wanted the kind of honest response that might expose what I had overlooked.

One of those responses came from Bob Bender, an experienced advisor to both the modular and manufactured housing industries. Bob agreed that the articles raised important observations, but he also reminded me that changing federal rules and changing the realities inside a factory are two very different things.

The legislation may open a door, but Bob’s response made one thing very clear: a modular factory cannot simply put a HUD label on one of its existing homes and declare itself ready to compete in manufactured housing.

The Fires We Remember

by Jorie Wisnefski

The current wildfires in Washington have made me reflect on old fears. 

As a little girl, I went through a phase where I wouldn't sleep over at friends' houses because I was convinced there would be a fire and I wouldn't be able to get back to my family. I understood that fire is a living, breathing beast, and it’s impossible to ignore. It still fascinates me.

As I thought about this week's Fresh Eyes article, I couldn't help but wonder about fire safety in the modular world.

As someone who has spent much of the last decade immersed in the wood industry, fire is never far from the conversation. Whether it's wildfires, lumbermills, mass timber, or new fire resistant technologies, the innovation question keeps resurfacing, How do we build safer?

Canada’s Wildfires May Be the Next Lumber Problem Offsite Factories Cannot Ignore

For years, lumber pricing has been one of those things that factory owners learned to live with. It went up, it came down, somebody blamed housing starts, somebody else blamed the weather, and the purchasing department spent a few more hours on the phone trying to get enough material to keep the line moving.

But Canada’s wildfires are beginning to look like something more than another summer headline with pictures of orange skies and firefighters standing in front of walls of flame.

The question every factory owner, builder, and developer should be asking is not whether the fires will cause a lumber shortage tomorrow morning. The bigger question is whether the wood supply system we have all depended on is becoming less dependable for the next year and a half.

I think the answer is yes.

The First Day of a Startup Should Not Begin With Designing a Logo

Every new business begins with a moment when someone says, “Let’s do this.”

For an offsite construction startup, that moment can be exciting. A new factory, an innovative product, a better way to build homes, or a service the industry needs can suddenly feel possible. Phones begin ringing. Someone starts looking at potential buildings. Another person begins working on the company name, the logo, and the first PowerPoint presentation for investors.

There is nothing wrong with any of that. But the first day a startup decides it is serious should begin with a few much more important questions. The answers will not guarantee success, but they can give the venture a far better chance of actually opening its doors and surviving long enough to matter.