Much has been made of the aircraft’s IFR capability. In practical terms, how significantly does this change mission decision-making in poor weather, and what safeguards are in place to avoid over-reliance on technology in marginal conditions?

We are taking an intentionally cautious approach. Introducing a new aircraft type demands consolidated VFR proficiency, robust standard operating procedures, and elevated supervision before we extend into IFR operations.

Crew competency is the primary [restrictive factor]. While many of our pilots hold IFR ratings and have substantial experience, IFR duties will only be assigned after demonstrated currency in type-specific procedures, avionics and automation integration, and abnormal and emergency profiles – trained and tested in both the simulator and the aircraft.

Our Flight Operations Manager retains tactical control of mission assignment, aligning crew pairings, weather minima, and routing with current proficiency and recent experience. Internal weather minima will be tighter during the initial phase, and IFR capability will expand progressively on a pilot-by-pilot basis following a deliberate crawl-walk-run approach.

Risk controls include enhanced pre-flight risk assessments, targeted scenario-based simulator sessions, supervisory oversight, and structured post-flight debriefs feeding directly into individual pilot authorizations. We will publish clear transition criteria for each step – training complete, checks passed, recency met, stable reliability metrics – so expansion is performance-based, not schedule-driven.

Safety comes first. We will scale IFR operations when the evidence – our people, our procedures, and our aircraft data – shows we are ready, not before.

Government funding has supported fleet renewal across the sector, including recent allocations of NZ$14.7 million (US$8.6 million) and NZ$12.6 million. Do you feel this level of investment is sufficient and sustainable given rising demand and operating costs, or is there still a structural funding gap?

The funding boost is significant and very much welcomed. It demonstrates the government’s commitment to rotary-wing air medical services as a key component of the healthcare system. We will replace our entire fleet within the next couple of years as a result, and that is not insignificant.

It demonstrates the government’s commitment to rotary-wing air medical services as a key component of the healthcare system

The challenge for us, operating down this end of the world, is the ever-increasing cost of parts and the supply chain pressures the entire global helicopter industry is facing. These realities don’t disappear with a one-off capital injection, and they require ongoing attention to ensure the gains from fleet renewal are sustained over the long term.