Designing compact equipment for a changing workforce

When experienced operators leave the construction workforce, decades of accumulated knowledge leaves with them. The growing experience gap on job sites is changing what contractors need from compact equipment and, in turn, how OEMs approach machine design.

According to Jonathan Gardner, construction product manager at Kubota Canada, the fundamental issue is not a change in the skills contractors need, but a shortage of experienced operators and the time required to develop that expertise in new recruits.

"The people that have been doing it for years are slowly going away, and the skill is not ramped up to replace them quickly," Gardner says.

Grade control and automated functions can help operators complete complex tasks more accurately, while intuitive controls, improved visibility, and ergonomic cab design can make machines easier and less physically demanding to operate. The goal is to give newer operators the assistance they need to become productive sooner while giving experienced operators tools to work more efficiently.

Machine-assist technology helps close the operator experience gap

Experienced operators often rely on knowledge developed over years in the cab. Gardner recalls speaking with a contractor who described being able to feel through his hips whether he was achieving the correct slope. This intuition is difficult to quickly develop in someone new to the industry.

Machine-assist technologies can help bridge part of that experience gap by automating some of the adjustments skilled operators traditionally make themselves. Grade control, for example, allows an operator to enter job parameters so the system automatically controls the blade.

"As long as someone knows how to put in what depth they need or what slope they need, they don't necessarily need the skill to operate the machine and operate that blade," Gardner says. "The blade will automatically move."

Automation can also supplement operator knowledge. Experienced operators are also adopting these technologies because reducing manual inputs allows them to work faster and more consistently. Grade control may also eliminate the need to manually check grade. This reduces interruptions in the workflow and allows contractors to make better use of limited labour.

"You're letting the machine think, not having the operator have to think," Gardner says.

As grade control has become more accessible and affordable, and its productivity benefits better established, Gardner says Kubota is seeing growing demand for it to be integrated directly into compact equipment.

Compact equipment technology simplifies attachment use

As OEMs look for ways to help contractors accomplish more with fewer people, attachment versatility is playing an important role in compact equipment design.

In 2026, Kubota introduced a tiltrotator for its excavators. For applications such as retaining wall construction, the ability to tilt and rotate the attachment allows an operator to precisely position material without relying on a worker outside the cab to guide placement. It makes the operator more efficient and reduces the number of people around active machines, improving job site safety.

More capable attachments may allow a contractor to complete multiple tasks with fewer workers, but as attachments become more capable, they can also become more complex to set up and operate. OEMs are responding by automating parts of the attachment set-up process and bringing more operating information directly into the cab.

Systems such as Kubota's Intell-Attach allow a machine to recognize compatible attachments and automatically apply the appropriate hydraulic flow, reducing complexity for less-experienced operators.

Productivity beyond machine performance

Kubota evaluates three broad priorities when designing its compact equipment: productivity, operator comfort, and ease of maintenance.

Productivity gains do not always come from more horsepower or hydraulic flow. Sometimes, they come from simplifying the operator's job. Automatic shifting, for example, allows a machine to automatically downshift and upshift as operating conditions change. Reducing those small decisions can help operators remain focused on the task while making machine operation more intuitive.

For fleet owners, configurable operating limits provide another way to accommodate varying experience levels. Owners or managers can restrict access to second travel speed, reduce engine rpm, limit high-flow auxiliary hydraulics, or lock access to the touchscreen on Kubota CTLs.

Restricting auxiliary flow prevents an operator from supplying excessive flow to a standard-flow attachment, while limiting machine speed may help reduce unnecessary wear on tracks and tires. Those settings allow a contractor to simplify operation for a newer employee without permanently limiting the machine's capabilities for an experienced operator.

Ease of maintenance is another consideration that can influence productivity and equipment life regardless of operator experience. Daily checks are more likely to be completed when service points are easy to reach, particularly in larger fleets where operators may not have a sense of ownership over an individual machine.

Kubota has focused on improving access to routine checkpoints while integrating maintenance tracking into in-cab displays. Telematics can also notify owners or fleet managers when service is approaching, adding another layer of oversight when responsibility for a machine is shared among multiple operators.

"When you make it easier for anyone to do maintenance on the machine, the maintenance will actually get done, and the machine will have better longevity," Gardner says.

Visibility improves operator comfort and control

Good visibility is a fundamental consideration in compact equipment design, helping operators work more precisely, position the machine with confidence, and monitor their surroundings with less physical strain.

Rear-view cameras are becoming standard on more compact equipment, in part because emissions systems and other components have increased the height of rear machine structures, making direct sightlines more restricted. Rear-view cameras also provide an ergonomic benefit by reducing the need for operators to repeatedly turn to monitor the area behind the machine.

But cameras cannot replace direct visibility in every situation. CTL operators need to see the tracks while approaching a wall or loading the machine onto a trailer. Loader arms and cab structures have to be designed to preserve those sightlines.

The same applies to visibility to the front of the machine, where seeing the cutting edges of the bucket is important for grading and working in confined areas. On some Kubota models, cutouts in the cylinder arm guards are designed to improve visibility to the bucket edges.

These design details can help experienced operators work more precisely while giving newer operators a clearer understanding of the machine's position and surroundings.

Operator comfort shapes compact equipment cab design

For operators spending eight or more hours in a machine, productivity is closely connected to comfort.

Seat design remains a priority for operators. Because compact machines generally lack chassis suspension, reducing the impacts and vibration transferred to the operator is particularly important. Air-ride seats can provide additional cushioning and help reduce physical strain over long shifts.

Reducing cab noise is another priority.

"Sound level is a big, big thing," Gardner says. "If you're in there for eight hours a day, at the end of the day, you get out and your ears are ringing."

Operator comfort also depends on the cab environment, and effective climate control involves more than heating or cooling the cab. Vent placement affects whether air is distributed evenly around the operator, while heated seats have become particularly popular in CTLs and skid steers operating through Canadian winters.

Accommodating a range of operators of different sizes is also important, particularly when machines are shared among employees. OEMs look for opportunities to increase legroom and foot space while incorporating adjustments that help operators find a natural working position. On Kubota's larger mini excavators, for example, operators can adjust the relationship between the seat and joysticks to accommodate different forearm lengths, and adjustable armrests can help reduce awkward postures and unnecessary fatigue.

Compact equipment design balances technology and simplicity

Whether the focus is automation, attachment integration, visibility, ergonomics, or machine guidance, the underlying objective is to make compact equipment more capable without making it more complicated.

Intuitive controls, integrated guidance, familiar operating layouts, and automated functions can help newer operators become productive more quickly while allowing experienced operators to work more efficiently.

"The goal is to make the machines technologically advanced, but also simple at the same time," Gardner says. "We want it to be simple for people to understand how to operate a Kubota."

For a construction industry adapting to a changing workforce, the objective is not to design skill out of the job. It is to give every operator better tools. 

This article originally appeared in the October 2026 issue of Heavy Equipment Guide.