NFI Group Displays New Bus Technology at APTA EXPO

The manufacturer showcased updated electrical architecture and vehicle controls in Chicago this week.

Updated on Oct. 15, 2026 in Car Types

NFI Group Displays New Bus Technology at APTA EXPO

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NFI Group presented its latest transit solutions, including next-generation electrical architecture, during the 2026 APTA EXPO in Chicago. The company also highlighted its operational reach and strong order momentum with transit agencies.

Why it matters

Engaging directly with transit agencies and policymakers allows NFI to align its product roadmap with the evolving needs of public transportation systems. These interactions help bridge the gap between manufacturer innovation and the infrastructure requirements of local transit fleets.

NFI Group maintains 40 facilities across 10 countries with a workforce of 9,000 employees. The firm currently supports an installed base of 100,000 total buses and coaches.

The players

NFI Group

This St. Cloud-based manufacturer produces buses and coaches for public transit agencies worldwide.

New Flyer

As a subsidiary of NFI Group, this brand focuses on the development and production of transit buses.

Federal Transit Administration

This federal agency provides financial and technical assistance to local public transit systems across the United States.

The details

New Flyer introduced advanced vehicle controls and electrical architecture for its Xcelsior bus line during the expo. Company representatives also debuted an enhanced Connect360 report featuring a new interactive dashboard to aid transit fleet management.

The APTA EXPO 2026 concluded on October 15, 2026.

Roadmap

The introduction of next-generation control systems for the New Flyer Xcelsior signifies a broader industry trend toward digitizing bus fleet management. These updates position NFI to maintain competitiveness as transit agencies demand smarter, more efficient hardware.

Transit agencies utilizing these new NFI controls may see improved fleet diagnostic capabilities and more efficient operational maintenance. Commuters benefit indirectly as these technical improvements lead to increased vehicle uptime and reliability for local public transit routes.

The takeaway

Advancements in bus electrical architecture are streamlining how municipal transit authorities monitor and maintain their fleets. Operators looking to modernize should evaluate how new digital dashboards and control systems integrate with their existing vehicle management protocols.