Apex Armada is organised into five specialist divisions, each constituted as a distinct operational and engineering authority. All five share common procurement standards, interoperability protocols, and the founding principle that engineering integrity is not subordinate to commercial pressure.
Established in 1963 and headquartered at the Cádiz Advanced Propulsion Centre, the Aerospace & Propulsion division designs, tests, and delivers turbine systems, guidance architectures, and experimental propulsion configurations for allied air forces and the European aerospace consortium. It operates additional facilities at the Toulouse Advanced Research Centre, opened in 2019 in partnership with French and German allied contractors, and maintains a high-altitude testing site in the Sierra Nevada range approved for full-afterburner trials.
The division's turbine programme traces a direct lineage from the RA-7 axial turbofan produced in-house in 1967, Apex Armada's first wholly original propulsion design. The current production series, the RA-22 family of medium-bypass turbofans, powers two active allied tactical aircraft platforms at service entry thrust ratings between 85 and 140 kilonewtons. The RA-22X variant, currently in advanced development, incorporates variable-cycle architecture enabling a single powerplant to operate efficiently across both subsonic cruise and supersonic dash profiles, a capability previously achievable only through separate engine designs. The RA-22X completed its 400-hour endurance test cycle in October 2024 without test-cell anomaly.
Guidance and navigation systems represent the division's second major line of activity. The VECTOR-6 inertial navigation and targeting system provides jam-resistant precision guidance for both air-launched and surface-launched ordnance. It incorporates a proprietary multi-spectral terminal seeker and a machine-learning classification algorithm with a documented false-target rejection rate of 99.6% across recorded operational deployments. VECTOR-6 is currently cleared for export to fourteen allied nations under applicable bilateral defence transfer agreements.
The division's near-space programme, operating under a restricted development designation, investigates hypersonic glide vehicle aerodynamics, reusable orbital insertion platforms, and the thermal management requirements of sustained Mach 5-plus flight. Programme outputs feed into allied research frameworks and are subject to export control restrictions that preclude public disclosure of specific technical parameters. The Toulouse Research Centre hosts the primary computational fluid dynamics cluster used by this programme, rated at 840 teraflops sustained.
The Terrestrial Defence division was constituted following the 1981 acquisition of Hierro Norteño S.A., a Bilbao-based manufacturer of armoured utility vehicles with a forty-year operating history. The acquisition gave Apex Armada an immediate production capability in protected vehicle construction, which the company subsequently expanded through investment in composite armour research, active protection systems, and expeditionary command infrastructure. Today, the Bilbao facility, substantially modernised and expanded, remains the division's primary manufacturing site, with secondary production and vehicle upgrade capacity at a facility in Córdoba.
The division's primary platform family is the CASTILLO series of armoured fighting vehicles, now in its fourth generation. The CASTILLO-IV is a modular wheeled platform available in seven role configurations: infantry carrier, direct fire support, armoured command post, CBRN reconnaissance, combat engineering, ambulance, and logistics carrier. All variants share a common hull, drivetrain, and electronics architecture, simplifying operator training and in-theatre maintenance logistics. The CASTILLO-IV hull incorporates a steel-ceramic composite armour package rated to STANAG Level 4 ballistic protection as standard, with an optional appliqué explosive-reactive armour set available for high-threat environments. Approximately 1,100 vehicles across all variants have been delivered to seven allied nations.
Mobile command infrastructure is designed around the FORTÍN deployable command system, a shelter-and-network architecture enabling the rapid establishment of a fully functional combined-arms command post within ninety minutes of vehicle halt. FORTÍN integrates secure voice and data communications, a tactical operations picture terminal compatible with NATO C2 standards, and an organic power generation and climate management system capable of sustained operation in ambient temperatures from minus forty to plus fifty-five degrees Celsius.
The division's perimeter and base protection portfolio includes the PERIMETRO autonomous ground sensor network, a distributed array of seismic, acoustic, and optical sensors providing 24-hour perimeter awareness for fixed and semi-permanent installations. PERIMETRO nodes are fully wireless, encrypted, and rated for deployment by two personnel without specialist equipment. The system has been adopted by armed forces and allied base protection units in twelve nations, with over 3,800 individual nodes currently active across thirty-one installations worldwide.
The Intelligence Architecture division was formally constituted in 1994, though its antecedents within Apex Armada reach back to classified allied signals-intelligence collaboration frameworks established in the mid-1980s. The division designs, produces, and maintains signals collection infrastructure, multi-spectrum surveillance systems, and the secure data architectures required to manage, transmit, and exploit the intelligence they generate. Its client base consists exclusively of sovereign government intelligence and defence agencies operating under bilateral or multilateral agreements with Spain and its allies.
The division operates under a governance structure separate from the rest of the Apex Armada group. Its personnel are subject to enhanced security clearance requirements, compartmentalised information access protocols, and contractual restrictions on disclosure that exceed standard employment confidentiality obligations. The division's programme portfolio is not published in full in any public document. The summary below represents the extent of information approved for public release by the relevant contracting authorities.
Signals intelligence infrastructure forms the core of the division's activity. The division designs ground-based and airborne signals collection platforms capable of characterising electromagnetic emissions across a frequency range spanning high-frequency communications through to millimetre-wave radar. Its passive collection architectures are optimised for persistence and low observability, enabling long-duration monitoring of target communications environments without active emission. Platform details and deployment locations are not subject to public disclosure.
Multi-spectrum surveillance encompasses electro-optical, infrared, synthetic-aperture radar, and hyperspectral imaging systems integrated into both airborne and space-based carrier platforms. The division maintains design authority over several surveillance payloads currently operating aboard allied reconnaissance platforms. Specific platform associations are subject to bilateral non-disclosure requirements and are not identified in this summary. The division's data exploitation capability includes a proprietary analyst-assist toolset, MERIDIAN, that automates target characterisation, change detection, and pattern-of-life analysis across high-volume imagery collection. MERIDIAN has been licensed to a limited number of allied intelligence agencies under bilateral agreements.
Secure data infrastructure encompasses the encrypted networks, hardened data centres, and air-gapped communications systems through which intelligence product is managed and disseminated. The division designs sovereign data architectures for allied agencies requiring assured independence from commercial cloud infrastructure. All systems are designed to national cryptographic standards and, where required, to the enhanced specifications of allied certification frameworks including those of NATO and the European Union's classified information handling regime.
Division V applies the group's propulsion, materials science, and aerodynamics expertise in the context of professional motorsport competition. The racing programme is a live engineering laboratory, one where the consequences of performance failure are immediate, measurable, and public. It is also the face Apex Armada presents to the world when it is not speaking to governments.