Five In-House Capabilities
End-to-End System, Ready to Deliver
Full-spectrum platform design, OODA strike systems, heterogeneous swarms, systemic counter-UAS, and an attritable industrial base — five capabilities, one turnkey foundation. From design to delivery, all under one roof.
Five in-house capabilities
Every capability points to a concrete carrier; none of it stops at the concept stage.
Full-Spectrum Airframe Engineering
Full-Spectrum Airframes
Low speed to subsonic across the whole family — from a 550 g multi-role platform to a 120 kg, 900 km/h class vehicle, covering reconnaissance, strike and counter-UAS roles. Custom engineering is available against the customer's mission profile.
CarrierFL350 / FL750 / FL950 / FL1050 / FL2050
OODA Full-Chain Strike
OODA Kill Chain
A complete detect–control–strike–assess loop: situational reconnaissance, decision-making and pre-strike effectiveness assessment, coordinated strike, then battle-damage assessment, with AI computing in real time. Control laws are designed for contested environments — wind-gust, spoofing and link-loss rejection. Under GNSS denial and broken communications the system completes the mission on its own navigation and decisions.
We do not depend on the link being up — only on the mission being done.
CarrierFL-series loitering munitions + Flymate GCS terminal + in-house flight control and navigation
Heterogeneous Distributed Swarm
Heterogeneous Swarm
Heterogeneous nodes join and leave the network dynamically; decentralised decision-making sharply raises survivability. Air, ground, surface and robotic nodes mix freely, scaling elastically from 24 to 64 nodes with two-hop relay extension.
CarrierFL-series swarm loitering munitions (no direct equivalent worldwide)
System-Level Counter-Swarm
System-Level Counter-Swarm
Covers every stage of the OODA loop with second-scale deployment and enveloping counter-swarm tactics. Swarm answers swarm against saturation attack, and the system integrates with higher-echelon C2 to close a full attack–defence loop.
CarrierFW-series fire units + counter-swarm damage models
Industrial Capacity for Sustained Attrition
Sustained Attrition Industry
High cost-effectiveness, stable processes and rapid manufacture match the global shift toward attritable unmanned systems. Several times cheaper than comparable Western equipment; modular, interchangeable design raises throughput and keeps replenishment flowing.
CarrierSKD / CKD local production lines · rapid-iteration manufacturing
Four technical advantages
The five capabilities are not a list; they share one underlying engineering method.
Space-grade system architecture
UAV design constrained by aerospace reliability and margin standards, turning an expendable asset into a system you can rely on.
Extreme aerodynamic optimization
Lift-to-drag balance achieved at very low aspect ratio with a folding structure, keeping both portability and range on target.
Autonomous, highly adaptive flight control
Control laws designed for contested environments: resistant to wind disturbance, spoofing and link loss.
Full-domain C2 enablement
One command and control architecture supports every fielded model below and interfaces with higher-echelon command information systems above.