- Ezirim Kelechi ThankGod*, Obi Obichukwu Immanuel, Okoronkwo Iheanyi Chinedu, Sani Abubakar Muhammed, Nwaokolo Ikechukwu Frank & Opara Uchechukwu Victor
- *Mechatronics Engineering Department; Federal University of Technology, Owerri, Imo State, Nigeria
- DOI: 10.5281/zenodo.21432944
Nigeria’s
aerospace sector remains essentially vital but regrettably dependent, with 100%
of commercial aircraft, 90% of spare parts, and 95% of MRO services all sourced
abroad up till first half of 2026, costing over $500M in annual forex outflow.
Despite having Africa’s largest aviation market, a 4°N equatorial launch
advantage, and growing drone capabilities, Nigeria, unfortunately still lacks a
coherent pathway from technology import to indigenous innovation. This paper
reviews Nigeria’s aerospace trajectory 1963-2026 and proposes a phased “Import
– Imitate – Innovate” pathway to 2045. Using secondary data from NASRDA, NCAA, IATA,
NBS 2020-2025, and comparative analysis of Brazil, Turkey, and India, the study
applies Technology Readiness Level [TRL] and Porter’s Diamond frameworks.
Findings reveal that Nigeria has huge market demand, rich human capital
potential, and right policy intent, but faces gaps in policy implementation
funding, infrastructure, certification, and skills. The paper recommends a
4-phase pathway to wit: 1. Drone-led
industrialization 2026-2030, 2. MRO
+ Components 2030-2035, 3. Licensed
Assembly 2035-2040, and 4.
Indigenous Design + Launch 2035-2040. Religious and articulate implementation
of these strategies can bring about 3.5% GDP contribution, create about 95,000
jobs, and attract $2.8B forex savings by 2040. Hence the study concludes that
industrial policy among others and not necessarily market forces alone, is
required to put Nigeria on the pathway from “importer of wings” to “innovator
of wings.”

