Oshkosh AeroTech's GateBots autonomous robotic systems have been named CES Innovation Awards 2027 Honorees in the Supply & Logistics category. The technology is designed to support routine aircraft ramp activities, including aircraft guidance, wheel-chock placement, and other ground operations.
Oshkosh Corporation announced the recognition November 9. The company also received a 2027 CES Innovation Awards Honoree distinction in the Construction & Industrial Tech category for JLG's Canvas RO2330 autonomous drywall finishing robot.
GateBots operate within Oshkosh AeroTech's iOPS intelligent operating ecosystem, which coordinates people, equipment, and processes throughout aircraft turnaround. According to Oshkosh, the connected system is intended to support operational efficiency and worker safety during ground operations.
"At Oshkosh, innovation begins with understanding the challenges facing the everyday heroes who keep our communities moving," said Jay Iyengar, executive vice president and chief technology and strategic sourcing officer, Oshkosh Corporation. "Whether it's enabling construction professionals to accomplish more through autonomous technology, or helping ground crews coordinate complex airport operations, we're applying AI, autonomy, connectivity and electrification to solve meaningful, real-world problems. These recognitions reinforce our commitment to developing safe, intuitive and productive products that make tough jobs easier."
Oshkosh will demonstrate GateBots and the JLG Canvas RO2330 at CES 2027, scheduled for January 6 to 9 in Las Vegas. The company will exhibit at booth No. 4641 in the West Hall, marking its third consecutive year at the event.
The CES Innovation Awards program, owned and produced by the Consumer Technology Association (CTA), recognizes design and engineering in consumer technology products. An expert judging panel that includes members of the media, designers, and engineers reviews submissions.
The other Oshkosh honoree, the JLG Canvas RO2330, is an autonomous drywall finishing robot designed to perform repetitive mudding and sanding tasks. Its interchangeable robotic end-effectors allow one operator to manage multiple robots.
Nov 10, 2026
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