The Nigerian Army recently conducted a four-day field test of military prototypes at the Jaji Military Cantonment Range in Kaduna State. The exercise, which took place from October 5 to 8, 2026, aimed to assess the functionality, operational effectiveness, and suitability of locally developed equipment for military use. Lieutenant General Waidi Shaibu, the Chief of Army Staff, stated that the tests were crucial to addressing military capability gaps and reducing dependence on external sources for military hardware.
The field tests formed part of the Nigerian Army's strategy to develop indigenous military technology and enhance operational readiness. According to Lieutenant Colonel Polycarp Okoye, Acting Deputy Director, Army Public Relations, Headquarters Infantry Corps Centre, the exercise was a significant step towards moving indigenous military innovation beyond exhibitions and demonstrations to practical assessments under realistic field conditions. The tests featured military hardware developed by various Nigerian institutions, including the Nigerian Defence Academy and the Nigerian Army Engineers.
The Nigerian Army's efforts to develop local research and technological capacity were underscored by Lieutenant General Shaibu. He emphasized that indigenous research and technological innovation were essential to closing capability gaps, strengthening equipment support systems, and reducing reliance on external sources. The Army Chief expressed confidence that the exercise would help deliver more reliable equipment, reduce operational deficiencies, and strengthen Nigeria's capacity to develop practical technological solutions for its defence needs.
The field tests also offered an opportunity for military personnel to interact with the prototypes and provide practical feedback. Major General P.O.A. Okoye, Chief of Transformation and Innovation (Army), noted that input from end-users would help developers identify areas requiring improvement and guide further refinement of the technologies. The exercise featured participation from both military institutions and local companies, highlighting the role of collaboration in developing defence technology.
A range of military hardware and software prototypes were tested during the exercise. These included equipment developed by the Nigerian Army Signals Maintenance Command, Nigerian Army Corps of Supply and Transport, and the Nigerian Army College of Electrical and Mechanical Engineering. Private-sector participants, such as PRIMETEK Multi-business Solutions and PROFORCE Limited, also showcased their innovations. Additionally, software prototypes were tested at the Nigerian Army Space Command in Giri, Abuja.
The initiative comes amid continuing security challenges across parts of Nigeria, increasing the importance of reliable equipment, effective logistics, and technologies tailored to the country's operational requirements. The exercise was attended by corps commanders, commandants of Nigerian Army institutions, and senior serving and retired military officers. Lieutenant General Shaibu expressed appreciation to President Bola Ahmed Tinubu for his strategic guidance and continued support for the Nigerian Army.
In a related development, troops of Sector 2, Operation FANSAN YAMMA, recently neutralised two improvised explosive devices planted by terrorists in Zamfara State. The troops acted on credible intelligence, secured the affected area, and located the explosive devices before deploying an Explosive Ordnance Disposal team. The team destroyed one of the devices and safely rendered the second harmless, while troops intensified patrols and surveillance along the route to prevent further threats.
Key points
- The Nigerian Army is testing locally developed military equipment to strengthen operational readiness and reduce reliance on foreign suppliers.
- The exercise aims to assess the functionality, operational effectiveness, and suitability of locally developed equipment for military use.
- The initiative is part of the Nigerian Army's strategy to develop indigenous military technology and enhance operational readiness.
