The current public transport system is inefficient.
The government's own National Transport Master Plan 2030 (published November 2025) directly supports Borg's framing. Its headline finding: the average bus journey in Malta takes three times longer than the equivalent car trip — even though most residents live just minutes from their nearest bus stop. So the structural barrier to bus use is not access (the network coverage is good) but journey-time competitiveness (buses are slow once you're on them). The Master Plan also estimates that traffic congestion will cost Malta €770 million in 2025, rising to €917 million by 2030, with public transport users losing an additional 2.5 million hours per year to delays on top of the 8.5 million hours that drivers lose. Eighty-four percent of road traffic comes from private vehicles, and buses are stuck in the same congestion. By the government's own analysis the system is inefficient on the load-bearing dimension that determines whether residents choose to use it — journey-time competitiveness against the private car.
The government's own National Transport Master Plan 2030 (published November 2025) directly supports Borg's framing. Its headline finding: the average bus journey in Malta takes three times longer than the equivalent car trip — even though most residents live just minutes from their nearest bus stop. So the structural barrier to bus use is not access (the network coverage is good) but journey-time competitiveness (buses are slow once you're on them). The Master Plan also estimates that traffic congestion will cost Malta €770 million in 2025, rising to €917 million by 2030, with public transport users losing an additional 2.5 million hours per year to delays on top of the 8.5 million hours that drivers lose. Eighty-four percent of road traffic comes from private vehicles, and buses are stuck in the same congestion. By the government's own analysis the system is inefficient on the load-bearing dimension that determines whether residents choose to use it — journey-time competitiveness against the private car.
We tested Borg's claim against the National Transport Master Plan 2030 (published by the Ministry for Transport and Infrastructure in November 2025 as a public consultation document), Maltese press coverage of the plan's headline findings, and the Master Plan's own econometric modelling of traffic-induced economic loss to 2030. The methodological question is whether 'inefficient' is supported on observable performance metrics drawn from public sources.
Verdict lands at True because the load-bearing data point — the Master Plan's own finding that the average bus journey takes three times longer than the equivalent car trip — is directly supportive of Borg's framing on the dimension of efficiency that actually determines whether residents choose to use buses. The Master Plan is the government's own document; its findings are not contested by the operator or the regulator. While the underlying cause is partly structural (buses share road space with the 84 percent of road traffic that is private vehicles), the question Borg posed is about the system's efficiency as experienced by users — and on that test the system is, by the government's own analysis, inefficient.
Is the current public transport system really inefficient
The government's own National Transport Master Plan 2030, published in November 2025 as a public-consultation document, supports Borg's framing on the load-bearing dimension. Its headline finding: the average bus journey in Malta takes three times longer than the equivalent car trip, even though most residents live just minutes from their nearest bus stop. So the structural barrier to bus use is not access (the network covers the island well) but journey-time competitiveness — once you board, the trip itself is three times slower than driving the same route.
The headline finding — 3× journey-time penalty
The Master Plan's framing of the problem distinguishes two dimensions: access (how far you have to walk to a bus stop) and journey time (how long the trip takes once you're on the bus). On access, Malta scores well — the bus network is dense enough that most residents live within minutes of a stop. On journey time, the system is uncompetitive: a typical trip by bus takes about three times as long as the same trip by car. That gap is what keeps people in cars even after free public transport made the bus financially attractive.
The cause — buses share road space with the 84% of traffic that is private cars
The Master Plan attributes the journey-time gap primarily to road congestion that affects buses and private vehicles equally. Key findings:
- 84% of road traffic in Malta is private vehicles. Private cars account for nearly three-quarters of all mobility movements, including short trips that could be made by other modes.
- Buses are stuck in the same traffic as cars. Without dedicated bus lanes or signal priority at scale (a pilot of bus-priority signals is underway at just two junctions), buses run at the speed of the surrounding traffic.
- Boarding times add to the gap. Free PT increases dwell time at stops because every passenger taps in; on busy routes the cumulative tap-in time across all stops is significant.
- Congestion costs are rising fast. The Master Plan projects traffic congestion will cost Malta €770 million in 2025, climbing to €917 million by 2030, with PT users losing 2.5 million hours per year to delays on top of the 8.5 million hours drivers lose.
The cause is therefore structural rather than purely operator-driven. The bus operator does not control the road network, and Malta's road network is congested because there are too many private vehicles for it. That is why the Master Plan's response sidesteps a metro and revives bus rapid transit (BRT) — a system of dedicated bus corridors that would lift buses out of the general traffic — as the near-term efficiency lever.
So is the claim accurate?
Yes. The government's own National Transport Master Plan 2030 finds that the average bus journey takes about three times as long as the equivalent car trip — on the dimension that actually determines whether residents choose to use buses, the system is inefficient by the government's own analysis. Network access (walking distance to a stop) is good, but the journey-time gap is the load-bearing problem the Master Plan itself identifies. The underlying cause is partly structural (road congestion, 84% private vehicles, shared road space) rather than purely operator-driven, but that is a question of why the system is inefficient, not whether it is.
Verdict: True.