Ambergris Hospital Delayed, Costs Soar Beyond Budget

A signature public infrastructure initiative on Belize’s Ambergris Caye has run into significant hurdles, with construction delays and unexpected budget overruns plaguing the development three years after funding was first committed.

In 2023, Taiwan pledged $33 million Belize dollars to finance the construction of the new Ambergris Hospital, a much-needed healthcare facility designed to serve residents and visitors of the popular island. As of the May 2026 reporting date, the project remains unfinished, and emerging indications show that total spending on the hospital could end up millions of dollars above the original allocated budget.

Belize’s Prime Minister John Briceño has openly acknowledged the cost overruns, attributing the massive unplanned increase to a broader, industry-wide surge in global construction material costs that has impacted infrastructure projects worldwide. In public comments, Briceño illustrated the severity of price hikes with a concrete example: bulk yellow construction sand that previously cost $850 Belize dollars just a few months earlier now carries a price tag of $1,700 Belize dollars.

“You don’t need to be a genius to know that the cost of construction has gone up considerably,” Briceño told reporters. When pressed on who would cover the unexpected additional expenses, the prime minister outlined a path forward: government officials will meet with Taiwanese stakeholders to negotiate additional support, and any remaining funding gap will be covered by the Belizean national government.

Andre Perez, the area representative for the region, offered a more optimistic timeline for the troubled project. In an interview with local outlet News Five, Perez stated that construction work is currently advancing at a rapid pace, with an official completion target set for December 2026.

This report is a transcribed version of an evening television broadcast from the local outlet, with all creole speech transcribed using a standardized spelling system for accuracy.