Arrival Achieves EU Bus Certification Milestone
Arrival successfully completed all required system safety testing to achieve EUWVTA.

The bus features passenger seating capacity across the entire flat floor.
Photo: Arrival
Arrival announced the Arrival Bus has achieved EU certification and received European Whole Vehicle Type Approval (EUWVTA).
Arrival successfully completed all required system safety testing to achieve EUWVTA. This milestone is a step towards Arrival Buses carrying passengers on public roads in Europe and the UK.
“This key milestone for Arrival is a testimony to our innovative technologies and our unique new method of design and production of electric vehicles," said Denis Sverdlov, founder/CEO at Arrival. "The Arrival Bus is different from any that has come before, employing technologies developed in-house to create benefits for operators, passengers, and the planet. Now more than ever, governments and cities must reform public transportation to have the radical impact the world needs today." “The team has worked incredibly hard to make this a reality and we are happy to see our unique approach to designing vehicles realised.”
As Arrival’s technologies and components are shared across all vehicle types, learnings from certification contribute to all vehicle programs.
The bus features passenger seating capacity across the entire flat floor. It also includes wrap-around exterior and interior screens, adaptable lighting, a transparent roof, and a suite of digital features. The vehicle is complemented by Arrival’s software ecosystem.
More Bus

New York MTA Plans Largest Bus Fleet Upgrade in More Than a Decade
The agency is seeking manufacturers for 650 new CNG buses to replace aging vehicles, improve reliability, and advance its broader fleet modernization strategy.
Read More →Building a Flexible Path to Transit Electrification
John Hroncich discusses BAE Systems’ modular and scalable approach, lessons learned from decades of real-world operations, and how agencies can identify electrification strategies that fit their fleets.
Read More →
Bus Tech Talk: Keeping Transit Technicians Ahead of the Technology Curve
LA Metro’s Obed Mejia discusses technician training, evolving maintenance technology, fleet replacement, and strategies for getting the most out of today’s transit fleets.
Read More →
Biz Briefs: RIPTA Unveils New Frontrunners, Clevland RTA Adds New Siemens, and More
In METRO's latest installment, we take a look at recent news from Siemens, Prevost, Dodge, and more partnerships making headlines across the transportation sector.
Read More →
People Movement: Holly Arnold Joins Transdev and More
In this edition, we also cover recent appointments and announcements at Pace, CamTran, MCI, and more, showcasing the individuals helping to shape the future of transportation.
Read More →
The High Cost of Transit Buses: Industry Leaders Look to Procurement Reform
Transit leaders and policymakers examine how standardized bus designs, streamlined procurement, and predictable funding could help agencies stretch budgets and deliver better service.
Read More →
The Business Voice Behind Public Transportation
As chair of APTA’s Business Members Board of Governors, Ray Melleady explains how more than 850 business members are partnering with transit agencies to advance funding, innovation, and industry-wide collaboration.
Read More →From Surviving to Thriving: Building Stronger Transportation Organizations
Bus Business Consultants founder Brian Dickson shares lessons on leadership, organizational health, and creating options for long-term success in a changing transportation industry.
Read More →
Finding the ‘Happy Medium’: Optimizing Maintenance Without Sacrificing Reliability
The key to maintenance optimization isn’t doing less work—it’s doing the right work at the right time on the right assets.
Read More →
LA Metro, City of West Hollywood, and Partners Advance Smarter Bus Lane Enforcement
The award-winning partnership combines AI-powered detection with human oversight to improve bus reliability, accessibility, and enforcement efficiency.
Read More →