Pesa won a contract from Gdańskie Autobusy i Tramwaje to supply 20 Twist 3.0 five-section tram vehicles. Pesa’s bid of 524.2 million zloty was lower than Škoda’s offer of 524.5 million zloty, although the client increased its budget from 516.6 million zloty to account for the offers. Pesa also secured higher points for technical parameters like noise levels and body width compared to other bidders. The contract will involve the delivery of trams over three years after a standstill period. The vehicles are planned to be 46.8 meters long, expected to be the longest trams in Poland, similar in scale to Kraków's planned 43-meter vehicles. These low-floor vehicles will accommodate 321 passengers, including 100 seated, and feature seven wide doors per side, LiDAR, radar sensors, and cameras. They will utilize four steerable powered bogies for reduced noise, internal passenger information screens, charging sockets, and automatic air-conditioning. The deal is financed through a preferential loan backed by the European Union’s National Recovery & Resilience Facility.

The awarding of this contract reveals a complex dynamic where competitive bidding intersects with strategic political financing. The fact that Pesa won the bid despite a marginally lower initial offer suggests that technical specifications and perceived quality, which Pesa excelled in, carried significant weight over simple cost minimization, especially given the client's need to adjust its budget upward. The context of expecting these 46.8-meter vehicles to become Poland’s longest trams suggests an implicit political goal: establishing a dominant standard for future public transport infrastructure across the nation. Furthermore, tying this major procurement to EU recovery funds creates a predictable pattern where large national infrastructure projects are leveraged as instruments of financial policy rather than purely operational needs. The integration of advanced technology—LiDAR, radar sensors, and automated features—into these vehicles positions the project not merely as transportation procurement but as a demonstration of technological modernization. The implication is that the pursuit of competitive vehicle design may be intertwined with the desire to signal national technological parity within the European framework. What factors might influence future state-level decisions when balancing immediate budgetary constraints against long-term strategic infrastructure standardization? What accountability mechanisms exist to ensure that the technical and financial advantages negotiated in a tender translate into equitable public service delivery across all regions?