Smart Wheels, Big Impact: A New Era of Accessible Factory Automation

JACKSONVILLE, FL – June 17, 2026 – The march of automation in manufacturing and logistics has long been defined by large, expensive, and often disruptive systems. For many small and medium-sized businesses, the dream of a fully autonomous factory floor has remained just that—a dream, blocked by prohibitive capital costs and the inability to overhaul existing infrastructure. A groundbreaking partnership, however, is set to change this paradigm. Engineering firm Chang Robotics and Norwegian innovator Wheel.me are expanding their collaboration to bring a new form of flexible, accessible automation to the masses, proving that the next leap forward may not require replacing everything, but simply upgrading it.

At the heart of this alliance is a deceptively simple yet powerful concept: instead of buying new autonomous mobile robots (AMRs), companies can transform their existing carts, shelves, and fixtures into self-driving units. This “retrofit” approach promises to democratize automation, offering a cost-effective and minimally disruptive path for businesses to enhance efficiency and compete in an increasingly automated world.

The Retrofit Revolution: Automation Without the Overhaul

The expanded partnership strengthens Chang Robotics' ability to serve clients who need a more adaptable solution than traditional, large-scale AMR deployments. Wheel.me’s Genius platform is the key enabler. It consists of a set of four autonomous wheels that can be mounted to the bottom corners of nearly any object, from a narrow production kitting cart to a wide, bulky material rack. One wheel acts as the “brain,” equipped with LiDAR, 3D cameras, and advanced algorithms that allow the newly intelligent cart to map its environment, navigate autonomously, and dynamically avoid obstacles.

This approach directly addresses a major pain point for countless operations. “Not every operation needs a large-scale AMR deployment,” said Ross Barnard, CTO and Chief Engineer of Chang Robotics. “Some of our clients need a solution that works with what they already have on the floor, fits in tight spaces, and gets them into automation without replacing their existing equipment. That is exactly what this partnership allows us to deliver.”

By retrofitting existing assets, companies can sidestep the massive capital expenditure associated with purchasing a fleet of new robots. This dramatically lowers the barrier to entry, making advanced automation feasible for businesses that previously found it financially out of reach. It also speaks to a growing market need for sustainable modernization, allowing companies to extend the life of their current equipment while addressing persistent labor shortages and boosting productivity. The focus is on augmenting the human workforce, freeing employees from tedious and physically demanding transport tasks to focus on higher-value activities.

Engineering Agility for Confined Spaces

Beyond cost savings, the partnership delivers a critical technical advantage: unparalleled maneuverability. Traditional AMRs often struggle in the dense, complex, and ever-changing layouts of modern factories and warehouses. Wheel.me’s technology overcomes this with omnidirectional wheels, a design that allows for movement in any direction—forwards, backward, side-to-side, and even rotating in place.

This agility is a game-changer for facilities with narrow aisles and confined work cells, environments previously considered impossible to automate with mobile robots. Chang Robotics, acting as the integration expert, leverages this capability to engineer custom solutions. Their process involves a deep analysis of a client's workflow and facility layout to design and implement the Wheel.me system seamlessly. This often includes creating custom brackets and software configurations to ensure the autonomous carts operate safely and efficiently alongside human workers.

The system’s intelligence is further bolstered by key technology integrations. For instance, Wheel.me has incorporated RGo Robotics' Perception Engine into its platform, enhancing the wheels' ability to understand their surroundings and maintain precise localization even in vast and dynamic industrial spaces. While the technology is robust, successful deployment still requires careful planning to account for potential challenges like highly uneven floors or ensuring the stability of top-heavy carts. Chang Robotics' engineering oversight is crucial in mitigating these factors and ensuring a successful rollout.

Strategic Alliances Driving the Future of Robotics

This collaboration is a textbook example of how strategic partnerships are accelerating innovation in the robotics industry. It combines Wheel.me’s specialized, cutting-edge hardware and software with Chang Robotics' deep engineering expertise and established client relationships in American manufacturing. One company provides the revolutionary tool; the other ensures it's applied perfectly to solve real-world problems.

“Chang Robotics has been a valued partner since the early days of our U.S. expansion, and we are excited to take this next step together,” noted Trevor Benson, a Head of Partnerships at Wheel.me. “Their engineering expertise and client relationships make them the right team to bring our technology into facilities that are ready for automation but need a solution built for their scale.”

The partnership builds on a relationship that began in 2023, when Chang Robotics was still operating under its former name, Chang Industrial. Since then, both companies have solidified their positions as industry leaders. Chang Robotics, a minority-owned and faith-based firm, has earned accolades from Fast Company and Inc. for its innovative, human-focused approach to “Factory 5.0.” The Jacksonville-based firm recently launched a $50 million venture fund to invest in disruptive technologies, signaling its commitment to shaping the future of industrial AI and robotics. Meanwhile, Wheel.me, founded in Norway in 2013, has scaled globally with a production capacity poised to reach 80,000 wheels annually, demonstrating its readiness for mass-market adoption.

Redefining Work and What's Next on the Factory Floor

The tangible impact for clients adopting this solution is multifaceted. The most immediate benefit is a significant boost in operational efficiency, as automated material transport reduces cycle times and increases throughput. This translates into a strong return on investment, driven by reduced labor costs for repetitive tasks and minimized errors. Furthermore, by automating the manual movement of heavy carts, companies can drastically improve workplace safety and reduce the risk of injuries.

This technology is not just for car parts and warehouse pallets. The flexibility of the system has opened doors to a wide array of applications across manufacturing, logistics, and healthcare, with use cases extending to autonomous waste bins, lab carts, and even mobile art exhibits. The modular nature of the technology allows businesses to start with a small pilot program and scale their autonomous fleet as their needs evolve, providing a flexible and future-proof path to automation.

Looking ahead, this partnership taps directly into the dominant trends shaping the future of industry: the democratization of robotics, the rise of human-robot collaboration, and the critical need for flexible, intelligent systems. As AI becomes more deeply integrated with robotics, solutions like this will only become smarter and more capable. For those looking to see the technology in action, Wheel.me will be exhibiting its Genius platform at the Automate trade show in Chicago, IL, from June 22-25. This collaboration is more than just a business deal; it is a clear signal that the power of automation is finally rolling within reach of everyone.