Oshkosh Corporation Brings Autonomy, AI, Connectivity and Electrification to the Frontlines of Tough Work at CES 2026

Why It Matters

The rollout signals a rapid shift toward autonomous, low‑emission equipment that can boost safety, efficiency and sustainability across critical public‑service sectors. It positions Oshkosh as a leading supplier in the emerging market for intelligent, purpose‑built vehicles.

Key Takeaways

• Autonomous electric boom lift adds robotic tool for height work
• AI camera detects recycling contamination in real time
• Electric ARFF vehicle cuts emissions, improves response speed
• Modular robots automate airport ground‑support tasks
• HARR‑E robot enables on‑demand electric refuse collection

Pulse Analysis

The construction and heavy‑equipment landscape is undergoing a digital transformation, with autonomy and electrification emerging as core differentiators. Oshkosh’s CES debut illustrates how purpose‑built manufacturers are integrating robotics, AI and zero‑emission powertrains to address long‑standing challenges such as worker safety at height and fragmented job‑site workflows. By converting a traditional boom lift into an autonomous platform, the company not only reduces the need for personnel to operate in hazardous environments but also delivers consistent, repeatable performance for tasks like welding and painting.

Beyond the job site, Oshkosh is leveraging edge‑AI to improve municipal services. The AI‑enabled camera system that scans recyclables in real time helps cities reduce landfill contamination, while the HARR‑E electric refuse robot brings on‑demand, low‑noise waste collection to campuses and planned communities. These solutions illustrate a broader trend toward data‑driven, sustainable operations that lower operational costs and meet tightening environmental regulations. For waste managers, the ability to map contamination to specific pickup locations creates a feedback loop that can drive behavioral change among residents.

In aviation, the convergence of electrification and autonomous robotics promises faster turn‑times and safer airfields. Oshkosh’s Volterra electric ARFF vehicle delivers a 28% acceleration advantage over conventional fire trucks while eliminating tailpipe emissions, a compelling proposition for airports seeking carbon‑neutral initiatives. Complementary autonomous ground‑support robots can operate around the clock, handling baggage, catering and equipment positioning even in adverse weather. Together, these technologies position Oshkosh to capture a growing share of the airport equipment market, where efficiency, reliability and sustainability are increasingly decisive factors.