FlightWing-borne efficiency
Aerial systems for real-world work
Reach farther.
Land precisely.
Stay connected.
CA-1 is a modular thrust-vectoring VTOL platform combining efficient forward flight, automated vertical landing, machine-learning-assisted vision, quiet electric propulsion, and resilient communications.
DeploymentVertical landing
PerceptionMachine vision
ConnectionResilient communications
ConstructionModular assemblies
Built for industries that move the world forward
Aerial Photography
Stunning imagery and cinematic perspectives for marketing, media, and documentation.
Surveying & Mapping
High-accuracy data and 3D mapping for terrain analysis, construction, and planning.
Agriculture
Monitor crop health, optimize yields, and make data-driven decisions.
Powerline Inspection
Inspect infrastructure safely and efficiently with advanced visual and thermal payloads.
Commercial
Track progress, create site reports, and improve efficiency across every phase.
Forward-flight architecture
Launch vertically.
Pivot forward.
Cover distance.
CA-1 is being developed to rise vertically, transition into wing-borne flight, and travel efficiently beyond the practical range of conventional hovering aircraft.
Flight-control software, thrust vectoring, aerodynamic surfaces, and onboard perception work together through each operating state. Recorded telemetry then informs the next controlled hardware and software revision.
Operating stateForward flight
TransitionVertical to forward flight
EfficiencyWing-borne cruise
ControlAdaptive flight modes
DevelopmentData from every flight
CA-1 platform capabilities
Extended range
Designed for long-distance operations
Long endurance
Efficient flight architecture
All-weather
Future ruggedized configurations
Modular payloads
Adaptable equipment interfaces
Reliable links
Communications-focused platform
The CA-1 platform
One platform.
Limitless potential.
Modular by design, the CA-1 is being developed to support adaptable payloads, field-replaceable components, and rapid experimentation across different operational needs.
Modular payloads
Swap. Adapt. Deploy.
Open architecture
Integrate mission equipment.
Portable system
Designed for rapid setup.
Built to iterate
Prototype. Test. Improve.
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Scalable manufacturing
One architecture. Multiple scales.
Printed to adapt.
Built to be replaced.
The CA platform family is being designed around modular assemblies, digital manufacturing, common interfaces, and practical replacement parts. Suitable components can be produced quickly, revised without expensive tooling, and replaced without discarding the entire aircraft.
CA aircraft family
One system. Four configurations.
01Compact platform
CA-Micro
The smallest member of the platform family, intended for lightweight sensing, short-range communications, and rapidly deployable autonomous missions.
02Mid-light platform
CA-0.5
Approximately half the physical scale of CA-1, balancing portability, useful endurance, modular payload capacity, and simplified field support.
03Core platform
CA-1
The central aircraft architecture, designed around vertical deployment, efficient forward flight, replaceable assemblies, and configurable mission equipment.
04Expanded platform
CA-Macro
A larger future configuration intended to extend payload volume, energy capacity, endurance, communications equipment, and mission-system flexibility.
Modular production strategy
Replace the part.
Not the platform.
A digitally controlled component library can make suitable aircraft parts less expensive to reproduce, easier to revise, and simpler to support over the life of the platform.
Print where practical
Ducting, covers, mounts, equipment housings, aerodynamic details, and other noncritical parts can be produced without expensive dedicated tooling.
Replace individual parts
Damaged or outdated components can be reproduced from controlled digital files instead of replacing an entire aircraft assembly.
Change scale quickly
Shared design logic allows the platform family to evolve across different aircraft sizes while preserving common interfaces and engineering principles.
Build near the mission
A distributed production model could reduce shipping requirements by manufacturing suitable components closer to testing, service, or deployment locations.
CA-Micro, CA-0.5, CA-1, and CA-Macro are concept configurations within an active aircraft-development program. Final dimensions, materials, payload capacity, production methods, and performance remain subject to engineering development and physical validation.
Expert support
Direct guidance as the platform develops.
Training & resources
Learn the platform, workflows, and systems.
Built in North America
Designed around accessible manufacturing.