Oshkosh Corporation Unveils Groundbreaking Technology at CES 2025
At CES 2025 in Las Vegas, Oshkosh Corporation (NYSE: OSK) made a significant impact by revealing transformative advances in electrification, artificial intelligence (AI), autonomy, and connectivity. These innovations are tailored for everyday heroes, including firefighters, soldiers, postal carriers, and construction workers, who play vital roles in their communities.
Key Innovations for Everyday Heroes
Oshkosh highlighted a variety of new solutions that aim to improve the quality of life and operational efficiency for the individuals who make our everyday lives better. Among the breakthroughs showcased are:
- A pioneering all-electric refuse and recycling front-loader vehicle equipped with AI-driven technologies, facilitating more efficient waste management.
- An autonomous robot designed for on-demand refuse collection, helping streamline household chores.
- The AI-enabled Collision Avoidance Mitigation System (CAMS) for fire and emergency vehicles, offering crucial alerts to prevent collisions.
- Self-driving vehicles integrated with iOPS® and ClearSky Smart Fleet™ technologies to enhance operational effectiveness at airports and job sites.
According to John Pfeifer, the president and CEO of Oshkosh Corporation, “Technology's true value lies in its ability to positively impact daily lives. We collaborate closely with our customers to design innovative solutions that meet challenging needs—from enhancing firefighter safety to increasing operational efficiency while minimizing environmental impact.”
Revolutionizing Waste Management in Communities
Through innovative technology, Oshkosh is making strides in redefining community services. The company emphasizes electrified, route-based fleets which are essential for last-mile deliveries, emergency responses, and efficient refuse collection across the globe.
At the event, Oshkosh expanded its McNeilus® Volterra™ line with an electric front-loader truck designed for waste and recycling services. This vehicle operates throughout the day on a single charge and comes with advanced driver assistance systems. Additionally, three new environmental technologies were introduced:
- AI-Enabled Bin Detection: This technology employs AI and machine learning to detect waste bins, expediting collection while minimizing human error.
- Electrified Arm: The new electric arm technology enhances the speed of refuse collection and significantly reduces noise, allowing for quicker service to more households daily.
- AI-Powered Contamination Detection: This real-time detection tool identifies contaminated recyclables, providing instantaneous awareness to operators, thus aiding in quick decision-making.
Introducing the Hail-able Autonomous Refuse Robot
Oshkosh is also at the forefront of innovation with its new Hail-able Autonomous Refuse Robot—known as HARR-E™. This autonomous electric robot is set to transform how communities handle weekly trash collection. Controlled via smartphone or smart home assistant, HARR-E features advanced navigation capabilities to autonomously gather waste and return it to a designated location.
By merging cutting-edge AI with robotics, Oshkosh seeks to enhance operational logistics that align with modern urban living, catering to master-planned communities and business environments.
Enhancing Safety for First Responders
Oshkosh is dedicated to ensuring the safety of responders who confront dangers on the road daily. The Counteractive MITIGATION System (CAMS) stands out as a pioneering development aimed at boosting roadside safety. Utilizing advanced sensors and camera technology, CAMS detects vehicular movements around stationary emergency vehicles, offering crucial seconds of warning to improve situational awareness for first responders.
Innovating Airport and Job Site Operations
Oshkosh is advancing autonomous technology for both airports and construction sites where standard routes are essential. Displayed at CES was a fully autonomous cargo handler designed to streamline baggage transport at airports. This vehicle boasts advanced sensor capabilities, allowing for heightened operational efficiency.
The interconnected job site ecosystem unveiled features include:
- The JLG® Galileo, an electric machine combining functions of boom lift and rotating telehandler, enhancing productivity.
- An Autonomous Mobile Charging Robot (AMCR), which optimizes uptime by providing wireless charging for equipment.
Pioneering Technologies for Diverse Industries
Oshkosh’s innovative technologies are designed for flexibility, enabling them to meet the unique needs of various industries. Its cutting-edge electrification systems are increasingly being implemented across a wide array of applications, including fire and emergency vehicles, refuse collection, and logistics solutions, showcasing how diverse and adaptable Oshkosh can be to meet market demands.
Visit Oshkosh at CES 2025
Attendees are encouraged to visit Oshkosh at CES booth #5616 in the West Hall of the Las Vegas Convention Center (LVCC) to explore these advanced innovations firsthand.
About Oshkosh Corporation
Oshkosh Corporation (NYSE: OSK) is at the forefront of producing groundbreaking equipment that empowers everyday heroes and strengthens communities worldwide. With a dedicated workforce of over 18,000 employees, the company is committed to making a meaningful difference. Its products are available across more than 150 nations under well-known brands such as JLG®, Pierce®, MAXIMETAL, and more. Additional information can be found on their website.
Frequently Asked Questions
What is the focus of Oshkosh Corporation's new technology?
Oshkosh Corporation's technology primarily focuses on electrification, AI, autonomy, and connectivity, aiming to assist everyday heroes in their essential tasks.
What products did Oshkosh showcase at CES 2025?
The products showcased included an all-electric refuse truck, AI-enabled systems for collision avoidance, and autonomous vehicles for improved operations.
How does the HARR-E autonomous robot function?
HARR-E autonomously collects waste, interfacing with smart devices to manage tasks on-demand for residents.
What innovations are being introduced for airport operations?
A driverless cargo handler was introduced, designed to improve efficiency in baggage transport at airports.
How does CAMS enhance safety for first responders?
CAMS warns responders about approaching traffic using advanced detection technologies, improving reaction times during roadside operations.
