Modern construction equipment is more complex than ever. Operators need precision. Contractors need reliability. And manufacturers need a way to add digital features without driving up cost or complexity. That’s where smarter steering technology comes in.
By replacing traditional mechanical steering with a smarter, fail-functional digital system, GenSteer™ opens the door to safer machines.
WHY STEERING HASN'T KEPT UP
Most off-highway machines still rely on hydraulic or mechanical steering systems. They work, but they’re bulky, difficult to upgrade and limit automation options.
Full steer-by-wire systems can solve these problems, but they bring a different set of headaches. Traditional designs rely on extra controllers, backup batteries and duplicated wiring to meet safety standards. That adds cost, complexity and makes adoption slow.
In normal electronic steering systems, losing electrical power could mean losing control, which is extremely dangerous for large machines.
The GenSteer platform addresses this risk with a fail-functional steering architecture that maintains control even if a fault or power loss occurs. If a failure is detected, the system shifts to a backup mode that allows the operator to continue steering safely
For contractors and manufacturers, this solution is not only safe; it is simple and scalable.
SMARTER, FAIL-FUNCTIONAL STEERING
The GenSteer™ Steer-by-Wire System by Husco takes a new approach. It uses smart-system integration rather than complex duplication of hardware and software.
It is the world’s first steer-by-wire system with safety that can be generated by the operator. In normal operation, a force-feedback motor delivers a real steering feel while electrohydraulics control the wheels. The system instantly switches to operator-powered control during faults.
Other benefits include:
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Redundancy without replication: GenSteer™ achieves safety through smart system design. Critical functions are distributed across components. This removes the need for duplicate controllers, batteries or wiring. Fewer parts mean lower cost, simpler installation and less maintenance.
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Operator-powered backup: If electrical power fails, the steering motor instantly converts into a generator. The operator’s input provides the energy needed to maintain control. Steering remains responsive at all times, even on large machines.
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Digital-ready: Advanced features are delivered via software, not hardware changes. Lane guidance, return-to-center and haptic feedback can be added or updated remotely. Machines evolve over time without costly retrofits, improving control for operators and saving time for original equipment manufacturers.
This means safer machines, lower costs and easier integration. This approach preserves safety and unlocks digital control.
“GenSteer™ is one of those rare innovations that immediately changes the conversation around steer-by-wire adoption in off-highway applications,” says Ben Holter, product director, Husco.
WHY IT MATTERS
Its compact footprint fits standard machine envelopes. Simplified integration minimizes machine modifications and lowers system costs, while enhancing operator comfort and overall capability.
For operators, it’s better control and less fatigue. For contractors, it’s fewer headaches and downtime. And for OEMs, it’s a scalable, future-ready platform that can grow with the next generation of equipment.
Husco was the 2026 Next Level Award winner in the equipment category at CONEXPO-CON/AGG, highlighting its role in advancing safety, performance and innovation across the off-highway equipment industry.
By replacing traditional mechanical steering with a smarter, fail-functional digital system, GenSteer™ opens the door to safer machines, advanced automation features and a simpler path toward the future of construction equipment.
“It’s the beginning of a new era for digital control across all wheeled equipment,” Ben says.
See the latest construction innovations in action. Watch the Next Level Award ceremony and other CONEXPO-CON/AGG 2026 Ground Breakers sessions—free on demand.
PHOTO COURTESY CONEXPO-CON/AGG
