Most facilities looking at electric pushers and tuggers start with a standard model. That’s usually the right call. Standard machines cover the majority of common load-moving applications, they’re available quickly, priced predictably, and proven across decades of use.
But some applications don’t fit a standard machine. And trying to make one work for a load it wasn’t designed to handle creates its own set of problems. Here’s a practical guide to telling the difference.
What “Standard” Actually Covers
Standard PowerPusher® models handle loads from a few hundred pounds to over 55,000 lbs, depending on the model. They work on most common surfaces, fit through standard doorways, and run on standard electrical outlets.
The lineup already covers most common applications: vehicles up to 22,000 lbs (with a foam pad designed to contact bumpers without damage), trailers, dumpsters, and general warehouse material handling like carts, pallets, and equipment.
Many facilities find what they need without any customization.
Where Standard Machines Fall Short
The cases where standard machines don’t fit tend to share a common thread: the load or environment has a specific geometry, connection requirement, or constraint that a general-purpose machine can’t address without modification.
The load has an unusual connection point. A machine that connects to a vehicle bumper or standard cart hitch works fine for those applications. But connecting to a custom fixture, an unusual hitch type, a specific part of an industrial machine, or a non-standard coupling point often requires a custom attachment to make contact safely.
The load is an unusual shape or size. Moving a finished boat hull, a large paper reel, or a non-standard industrial component, anything that doesn’t sit on a standard wheeled platform, often requires a custom approach. The machine needs to engage the load in a way that doesn’t damage it and provides enough control to move it reliably.
The environment has unusual constraints. Very low clearances, unusually narrow aisles, ramps or grades outside standard specifications, or specific floor conditions may require custom modifications to the machine’s frame, wheels, or control placement.
The application is in a hazardous or regulated environment. Facilities working with flammable materials, chemicals, or other regulated substances may need equipment rated for those environments. Standard models aren’t always rated for hazardous duty. The Hazardous Duty PowerPusher is a specific model designed for those applications, and further customization may be needed depending on the classification.
The task requires a specific attachment function. Some applications need the machine to do more than push: a lifting component, a rotating fixture, a clamping mechanism, or a specialized engagement system. These typically require custom engineering.
The Cost of Forcing the Wrong Machine
When a facility tries to make a standard machine work for an application it doesn’t fit, one of two things usually happens: the machine gets jury-rigged, or workers improvise around the limitation.
Both outcomes are problems. A modified machine that wasn’t designed for the modification may perform unpredictably. Workers improvising around equipment limitations are doing exactly the kind of ad-hoc problem-solving that creates injury risk.
If a standard machine almost fits, if there’s something about the load or environment that forces a workaround every single time, that’s the signal that custom should be on the table.
How the Custom Process Works at PowerPusher
PowerPusher’s engineering team has been building custom material handling solutions since 1959. The custom process isn’t a lengthy development effort with an uncertain outcome. It’s a conversation about what you’re trying to move, where, and what constraints exist.
The process starts with understanding the load (weight, shape, surface material, connection points), the environment (surface type, clearances, grades, regulatory classification), and what a successful move looks like (how precise does positioning need to be, how fast, how often).
From there, the engineering team determines whether a standard machine with a modified attachment handles the job, or whether a more significant custom build is appropriate.
Jonathan P. of Corhart Refractories described the outcome: “I am impressed with Nu-Star’s willingness to do a custom design for such a challenging application and I am happy with the final product.”
Anna D. of Alumacraft Boat Co. described a solution for moving aluminum in various forms through their facility: “The mover is a safe, convenient solution for moving aluminum in various forms, from flat stock to completed boat. It requires no special training and saves us time and labor.”
A Practical Decision Framework
Start with standard if:
Your load type matches a common application category (vehicle, trailer, dumpster, cart or pallet, standard industrial equipment). Your environment is a standard facility with normal clearances, flat or modest-grade surfaces, and no hazardous classification. You need equipment quickly. Your load connection point matches what standard attachments can engage safely.
Consider custom if:
Your load has an unusual connection point, shape, or surface. Your environment has constraints standard machine dimensions don’t accommodate. You’ve tried a standard machine for a similar task and it required improvised modifications. Your application involves a regulated or hazardous environment. The task requires a function beyond basic pushing or tugging (lifting, clamping, rotating). You have a recurring, high-frequency task where the right tool would meaningfully improve throughput or safety.
A good indicator: if your description of the task starts with “well, it’s basically like moving a cart, but…” finish that sentence carefully. The “but” is usually where the custom case lives.
What Custom Doesn’t Mean
Custom doesn’t mean slow or expensive or a design-from-scratch project. PowerPusher’s engineering team works from an established platform of machines and components and adds or modifies what the application requires.
And a standard machine that doesn’t fit the application isn’t a better deal. It’s a machine that creates daily workarounds and may introduce safety issues that cost more in the long run than the custom option would have.
The goal is the right machine for the job. Sometimes that’s off the shelf. Sometimes it’s a modification. Sometimes it’s a custom build. The conversation with the engineering team is how you figure out which.
Not sure if your application needs a custom solution? → Talk to the PowerPusher engineering team
FAQ
Q: Does custom cost significantly more than standard?
Depends on the scope. A custom attachment added to a standard machine is often a modest additional cost. A fully custom build is a different investment. The PowerPusher team will scope the work and give you a clear picture before you commit.
Q: How long does a custom build take?
Varies by complexity. For straightforward attachment modifications, not much longer than a standard machine. For more complex builds, the engineering team will give you a realistic timeline upfront.
Q: What if I’m not sure whether I need custom or standard?
That’s what the initial conversation is for. Describe your load, your environment, and what you’re trying to accomplish. The engineering team will tell you honestly whether standard works, needs a modification, or requires a custom solution.
Q: Can custom machines be repaired and maintained like standard ones?
Yes. Custom PowerPusher machines are built on the same platform as standard models. Parts, service, and support are available through the same channels.
Q: Is there a minimum order for custom machines?
Contact the PowerPusher team for specifics. Custom solutions are available for individual machines, not just large orders.
Q: What industries most commonly need custom solutions?
Marine and boat manufacturing (unusual load shapes), paper and cable reel handling (heavy cylindrical loads), manufacturing with non-standard fixtures, and applications in regulated or hazardous environments.