High-integrity flight control system specifically engineered for C-UAS interceptors and kinetic effectors. It fuses aerospace-grade reliability with AI-driven target acquisition. It supports radar-slaved guidance, autonomous threat tracking, and optimized terminal maneuvers.
Custom engagement configuration tools grant absolute command over terminal pursuit logic and automated defensive routines. Vectoring parameters, impact sequences, and collaborative behaviors can be finely tuned to ensure the system is perfectly calibrated for high-stakes counter-UAS operations.
Advanced visual-inertial control loops lock onto intruder signatures for high-precision neutralizations while allowing the operator to verify the target via the data link. This seamless integration enables autonomous lead-calculation and manual course correction during the final high-speed engagement phase.
Scalable architecture supporting synchronized multi-interceptor operations to counter saturation attacks from drone swarms. This capability enables a "swarm-vs-swarm" defense strategy where multiple units share threat data to coordinate simultaneous interceptions and maintain optimal defensive coverage.
Dedicated stealth profiles including Acoustic Signature Reduction and Communications Silence to prevent detection by the rogue drone's sensors. By optimizing propulsion and RF emissions during the approach, the interceptor maximizes the probability of a successful surprise neutralization.
The CUAS variant employs a multi-tiered positioning safeguard, merging optical references with diverse telemetry streams to preserve navigational truth in GNSS-restricted, spoofed, or electronically contested battlefields.
The internal layout and component selection are specifically optimized for high-volume manufacturing pipelines to support rapid fleet expansion and competitive unit economics.
Engineered from the ground up to satisfy National Defense Authorization Act requirements for international security cooperation.
Software and hardware architectures are strictly aligned with DO-178C and DO-254 DAL B workflows to ensure reliable, deterministic system performance.
A compact fusion of triply-redundant IMUs, magnetometers, and static sensors housed in a hardened, low-mass chassis for uncompromising spatial orientation.
Validated against MIL-STD-810 and DO-160G criteria to survive launch forces exceeding 35g and extreme thermal cycles from -40ºC to 60ºC.
Native compatibility with 4G/LTE, SATCOM, and Starlink peripherals, guaranteeing persistent oversight and command during long-range defensive operations.
Robust features for transferring asset oversight between mobile teams or command centers to facilitate multi-layered defense-in-depth strategies.
A secure, multi-continental (Spain, UAE, USA) manufacturing footprint that satisfies local content mandates while reducing risk in the face of geopolitical shifts.
Dedicated algorithms for the identification and tracking of airborne hazards (Shahed, Lancet, etc.) to ensure high-lethality intercepts in jammed zones.
Full adherence to STANAG 4586 standards, enabling the CUAS platform to communicate seamlessly with broader Allied air defense networks.
