Faster turns.
Safer flightlines.
NGAML
Next-Generation Advanced Munitions Lift
NGAML brings munitions handling into the modern age. Electric torque enables faster, smoother weapons loading. Near-silent operation improves communication on the flightline. Zero emissions reduce airman exposure in enclosed environments.
And beneath it all, a sovereign software-defined architecture creates a clear path to predictive maintenance, OTA updates, and scalable fleet modernization.
Designed for faster turns and sustained tempo.
Every minute saved during loading compounds across a surge. NGAML uses electric torque and hybrid-electric architecture to support faster handling, smoother operation, and continuous sortie generation without the limitations of legacy diesel systems.
A modernization win for readiness and human performance.
NGAML doesn’t just improve vehicle performance. It improves the operating environment. Near-silent function reduces the need for hearing protection, while zero-emission EV capability eliminates diesel exhaust exposure in shelters, tunnels, and loading zones.
Lower burden. Longer runway.
With fewer moving parts, longer service intervals, software-defined diagnostics, and lower downstream health-related costs, NGAML creates a more durable sustainment model than the legacy fleet it replaces.
Energy & Power Management
Design of onboard power generation, storage, and distribution systems to support energy-intensive mission requirements.
Platform Modernization
Upgrading legacy systems with modern propulsion, electronics, and control architectures to extend capability and performance.
Rapid Prototyping & Iteration
Fast development cycles from concept to working prototype, enabling accelerated testing and field feedback.
Human-Centered System Design
Applying real-world operational insight to design systems that improve usability, safety, and performance for end users.
Modern war-fighters need a modern loader.
Raglan NGAML replaces legacy diesel architecture with a modular hybrid-electric platform built for faster loading, safer flightlines, lower sustainment cost, and autonomy-ready growth.
