Bobcat X3 Earns Second Red Dot Award

Bobcat

Bobcat Earns Second Red Dot Award with RogueX3, Recognized for Breakthrough Machine Architecture

Bobcat has earned a Red Dot Award: Design Concept for RogueX3, a fully electric,
autonomous and modular concept loader recognised for its innovative machine
architecture.

Clark Engineering

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RogueX3 features a patent-pending, rear-mounted linear-actuator tilt system—a world-first configuration that replaces traditional front hydraulic cylinders, reduces mechanical complexity, improves forward visibility, and integrates electric actuation as a structural element.

This marks Bobcat’s second Red Dot Award: Design Concept for its RogueX concept platform, following RogueX2’s win in 2024.

Bobcat has earned a Red Dot Award: Design Concept for RogueX3, a fully electric, autonomous, modular concept loader that reimagines how future construction, industrial, and agricultural equipment could be designed. This is the second award for the RogueX concept platform, following the RogueX2 award in 2024. The recognition highlights Bobcat’s continued exploration
of adaptable machine architectures aimed at addressing workforce challenges, sustainability goals and increasingly connected jobsites

“Receiving this Red Dot Award recognises Bobcat’s continued commitment to exploring the future of equipment through the RogueX platform,” said Jim Breuer, director of global
product identity at Bobcat. “RogueX3 demonstrates what is possible when industrial design and engineering come together—transforming autonomy, electrification and modular architecture into a tangible vision for tomorrow’s jobsites. This recognition reinforces the power of design to give form to emerging technologies, helping customers envision the future potential of equipment.”

Award-Winning Innovation for Future Jobsites
Central to RogueX3’s award-winning design is its patent-pending, rear-mounted linear actuator tilt system. This configuration replaces traditional front hydraulic cylinders, reducing mechanical components by more than 50% compared to a typical compact loader. By reducing hydraulic complexity, the design explores ways future compact equipment could be
easier to maintain, more energy efficient and better suited for increasingly automated jobsites.

The design also incorporates a chassis-integrated battery and electric drivetrain for zero- emission operation. By integrating the battery into the chassis, the design lowers the machine’s
centre of gravity while creating a more streamlined, efficient architecture.
Its modular platform further challenges conventional equipment design.
RogueX3 supports tracked or wheeled mobility, cabbed or cabless operation, multiple lift-arm geometries and configurable power systems, allowing one platform to adapt to different terrains, industries and future jobsite needs.
RogueX3 uses real-time kinematic positioning, GPS navigation, sensors, and cameras to support autonomous functionality. It can also be operated via Bobcat
MaxControl, a remote operation system that lets you control equipment from outside the cab using an iPhone or any iOS device. Future technology
advancements using AI-enabled lighting systems explore how equipment could communicate machine activity, such as status and intent, to people on the jobsite.

Kingwell Holdings

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