Compact Construction Equipment at a Turning Point — The Gefran View

Compact equipment is increasingly integrating digital platforms, telematics and operator-assist features. As connectivity grows, so does the need for reliable and actionable data. 

OEMs are working to reduce wiring, simplify installation and consolidate components, especially where packaging space is limited. 

In compact excavators, for example, solutions such as TWIIST, the multivariable linear sensor enable the consolidation of position and inclination measurement within a single device. In boom control applications, this approach reduces system complexity while supporting advanced digital control architectures. 

In this context, sensing becomes an enabling layer for machine intelligence, not just a measurement function. 

As compact platforms become more connected, OEMs are adopting digital communication protocols such as SAE J1939, CANopen and CANopen Safety to integrate sensors directly into networked control architectures. At the same time, increasing system complexity is raising the bar for functional safety, particularly in articulated and lifting applications. 

This evolution is driving demand for digital and safety-certified sensors capable of supporting diagnostics and redundant designs. 

“We’ve seen a clear increase in demand for sensors with digital communication and safety-certified outputs,” explains Dave Touchette, Director of Sales Mobile Equipment at Gefran Inc. “OEMs expect devices that integrate seamlessly into their network architecture and meet functional safety requirements. It’s quickly becoming the baseline.” 

Beyond measurement accuracy, manufacturers now prioritize secure data transmission and compliance with safety standards. Gefran’s portfolio includes digital and safety-certified sensing solutions designed to support these connected, safety-driven platforms. 

Compact machines often operate in confined spaces with limited margin for error. Higher hydraulic performance and faster cycle times must be matched by predictable, stable control. 

“On urban jobsites, there’s very little room for error,” Touchette notes. “Contractors expect compact machines to be responsive, predictable and safe. Reliable feedback from key subsystems directly impacts operator confidence and jobsite efficiency.” 

Consistent monitoring of position and pressure plays a critical role in maintaining durability, safety and operational consistency. 

Electrified compact machines are gaining traction, especially in applications where emissions and noise matter most. While diesel remains relevant, electric architecture demands tighter feedback loops and more precise subsystem management. 

“Electrification isn’t just about replacing a diesel engine with a battery,” says Dave “It forces OEMs to rethink the entire machine architecture. Customers expect smoother control, higher efficiency and consistent performance throughout the work cycle.” 

As control strategies evolve, accurate position and pressure feedback becomes fundamental to ensuring stable performance across both electric and conventional platforms. 

Compact equipment is no longer entry-level technology. It is increasingly a platform for deploying advanced electrification, digital integration and safety concepts. 

“In many cases, compact machines are where advanced technologies are introduced first,” Touchette concludes. “The machines may be smaller, but expectations are higher than ever.” 

In this landscape, sensing is evolving from a supporting component to a strategic enabler of efficiency, safety and intelligent control.