Turn Any Aircraft into a Mission Platform

Mission Effects Without Integration, Using Aircraft Already in Service

Across Europe, demand for advanced operational training continues to intensify. Air forces are under pressure to accelerate aircrew readiness, clear bottlenecks in training pipelines, and prepare crews for multi-domain operations – often using aircraft fleets that were never designed to replicate today’s complex threat environments.

Traditionally, the aircraft capable of delivering realistic mission effects – ISR, Electronic Warfare, JTAC, Close Air Support or Red Air – are expensive to operate and frequently committed to frontline operational tasking. Meanwhile, widely used fixed-wing and rotary-wing training platforms across Europe remain cost-effective, available, and flown daily – yet typically lack the mission systems required to generate modern operational effects.

Bridging the Capability Gap

SiNAB has developed the Phoenix Pod family to address this gap. The Phoenix Pod and Phoenix Mini are self-contained, configurable mission systems that deliver ISR, EW, JTAC, CAS and communications REBRO effects without requiring aircraft integration, cockpit modification or changes to airworthiness approvals.

Both systems attach to standard hard points and can be transferred between aircraft within minutes. The result is a genuine whole-of-fleet capability uplift – rather than advanced mission capability being limited to a small number of specialist aircraft.

The Phoenix Pod provides full mission capability for jet trainers, light attack aircraft, turboprops and business jets. The Phoenix Mini delivers similar operational effects in a compact, lightweight configuration suitable for smaller aircraft, helicopters and potentially Uncrewed Aerial Systems.

This integration-free approach avoids lengthy certification cycles, reduces engineering risk, and eliminates platform lock-in. Operators can configure mission outputs according to specific requirements while maintaining fleet availability and minimizing downtime.

Extending Mission Effects into Live Flight

As synthetic and simulator-based training expands, Phoenix systems provide a practical bridge between ground-based simulation and live flying. Crews are able to experience ISR, EW and command-and-control effects in the air – not only in virtual environments.

In-service evaluations demonstrate that mission crews value the ability to fit role capability only when required for the task, rather than tying capability permanently to a specific airframe. This flexibility increases operational efficiency and supports more realistic training outcomes.

Case Study: RAVN Aerospace Partnership

The operational value of the Phoenix Pod has been demonstrated through collaboration with RAVN Aerospace in the United States. RAVN integrated the Phoenix Pod onto its Hawk 67 aircraft and received a USAF Military Flight Release to support contractor-operated joint fires and JTAC training.

The system was trialled in representative mission scenarios and demonstrated cost-effective, flexible and rapidly deployable mission effects for AUKUS and NATO-aligned customers. The collaboration highlights how a configurable, self-contained pod-based solution can be adapted quickly to different operational roles without long engineering lead times or reliance on specialised aircraft.

European and NATO Relevance

For European forces, Phoenix provides a practical pathway to expand training capacity and sustain readiness without depending on scarce high-end platforms. By enabling advanced mission effects on aircraft already used within training fleets, the system improves availability, reduces scheduling constraints and supports realistic operational outcomes.

This approach maintains training throughput while reducing reliance on frontline aircraft for routine mission rehearsal.

SiNAB, an Australian defence technology company, delivers configurable, aircraft-agnostic mission solutions to customers globally. Through a formal partnership with Omnipol in the Czech Republic, the company is advancing airborne ISR and Counter-UAS capabilities in Eastern Europe.

Designed for rapid adoption and low engineering risk, the Phoenix systems support state-operated training schools, contracted training providers and multinational frameworks seeking scalable approaches to capability enhancement.

As European and NATO-aligned forces pursue flexible, low-risk pathways to capability development, the Phoenix Pod and Phoenix Mini offer a proven solution. Both systems have been flight-tested on multiple aircraft types, including the Aero Vodochody L-39 Skyfox and L-159 ALCA, and can be transferred between platforms between missions with minimal engineering effort.

Phoenix enables operators to access advanced mission effects using aircraft they already fly – avoiding integration delays, aircraft downtime and unnecessary cost.

Discover more at: www.sinab.com