A team of Nigerian Air Force (NAF) experts, led by the Chief of the Air Staff (CAS) Air Marshal Hasan Abubakar, along with officials from the Ministries of Defence and Finance, recently participated in a Programme Management Review Meeting in Italy with Messrs Leonardo S.p.A. The meeting aimed to finalise arrangements for the NAF's acquisition of 24 M-346 Fighter Ground Attack (FGA) jets as well as an additional 10 AW-109 Trekker helicopters to the 2 already procured by the NAF. While in Italy, the CAS made a strategic stopover at the Leonardo Headquarters in Rome, where he engaged with top executives to consolidate a long-term partnership between the NAF and the company. He also inspected the first batch of 6 M-346 jets, noting that 3 are nearing completion, and evaluated key support systems required to boost the NAF’s operational readiness.

In the Review Meeting, the CAS received updates on the delivery schedules, confirming that the first 3 units of 24 M-346 aircraft to be built for Nigeria are expected by early 2025, with subsequent deliveries running until mid-2026. Meanwhile, with 2 Trekkers already acquired, the additional 10 are expected by early 2026. The CAS recommended the establishment of a Programme Management Office to oversee the collaboration and ensure smooth project implementation. He also stressed the need for a maintenance hub in Nigeria to provide long-term support, especially for the M-346 fleet.

As part of the visit, the Leonardo Aircraft Division put on an aerial display to showcase the performance of the M-346 and highlight its advanced features. Capable of both air-to-air and air-to-ground missions, the M-346 will significantly strengthen Nigeria’s air combat capabilities. On its part, the AW-109 will bolster combat support roles such as Combat Search and Rescue (CSAR), tactical airlift and Medical Evacuation (MEDEVAC) amongst others. The M-346 and Trekker acquisitions are key steps towards fleet renewal, in consonance with the CAS Command Philosophy to transform the NAF for greater agility and resilience, with emphasis on the optimization of force structure and establishment for enhanced operational effectiveness.