01 / PLATFORM
Built as one
Complete
system.
Fixed-wing cruise efficiency with vertical take-off, fully modular, designed for mission-critical performance.
02 / ANATOMY
HYBRID VTOL FIXED WING.
FOUR LIFT, ONE CRUISE.
03 / MISSIONS
Built for mission-
critical
deployments.
Two operational tracks. One airframe, configured for government, military and industrial operations.
04 / SPECIFICATIONS
ONE AIRFRAME.
TWO CONFIGURATIONS.
Two operational tracks. One airframe, configured for government, military and industrial operations.
05 / SYSTEM INTEGRATIONS
SYSTEM INTEGRATIONS.
06 / DEVELOPMENT STATUS
DEVELOPMENT STATUS.
07 / ABOUT US
About ARE Dynamics.
ENGINEERING MODULAR UNMANNED SYSTEMS.
We develop modular avionics, control systems and ground infrastructure for unmanned vehicles. Our focus is creating architectures that remain maintainable, upgradeable and operational throughout the lifecycle of a platform.
MODULAR AVIONICS
Flight control integration, interface electronics and power systems designed around modularity and maintainability.
GROUND CONTROL SYSTEMS
Operator-focused hardware and software solutions for mission planning, vehicle control and payload management.
COMPANION COMPUTING
Integration of onboard computing platforms for autonomy, perception and mission-specific processing.
SYSTEM ARCHITECTURE
Designing scalable hardware and software architectures that allow systems to evolve without complete redesigns.
OUR APPROACH.
We believe unmanned systems should be built around open standards, modular components and validated engineering decisions. By separating platform-specific hardware from mission systems, upgrades and maintenance become significantly easier over time.
BUILDING SYSTEMS THAT EVOLVE.
ARE Dynamics develops technologies and architectures that help unmanned platforms remain adaptable as operational requirements change.
