AI CONCEPT FILM · DEVELOPMENT RENDER
Aerospace • Defense • Manufacturing
We turn critical components into deployable mission systems.
Built for the Point of Need.
Modular unmanned aircraft systems (UAS), aerospace components, and payload integration — developed around production and field repair.
BUILT FOR THE POINT OF NEED
Advanced systems fail when production and sustainment cannot keep pace with the mission.
Designed, manufactured, and supported so capability can be restored where it is used.
- 01
Modular
Change modules instead of redesigning platforms.
- 02
Repairable
Restore capability without unnecessary depot dependence.
- 03
Replaceable
Failure is expected; replacement paths are designed in.
- 04
Manufacturable
Production reality is an engineering requirement.
- 05
Source-Resilient
Critical dependencies need alternatives or redesign paths.
- 06
Open
Avoid unnecessary lock-in and document interfaces.
- 07
Configurable
Common architectures support multiple mission profiles.
- 08
Sustainable
Spares, tooling, documentation, and lifecycle support are products too.
FROM COMPONENT TO MISSION SYSTEM
Work with us on a part, a platform, or the complete mission system.
WHAT WE DO
- 01Engineer
- 02Manufacture
- 03Integrate
- 04Deploy
- 05Sustain
WHERE YOU CAN ENGAGE
- L1Part
- L2Assembly
- L3Subsystem
- L4Platform
- L5Mission System
Engage at any rung: a single part, an assembly, a subsystem, a platform, or the complete mission system.
FLAGSHIP PLATFORM
QUIVER — Modular Autonomous Aircraft Platform
Designed around mission configuration, component replacement, scalable production, and field sustainment. QUIVER-MD is in development; explore the architecture and discuss the configuration your mission needs.
- 01QUIVER AIRAirframes and aerostructures
- 02QUIVER DRIVEMotors, ESCs, propulsion assemblies
- 03QUIVER POWEREnergy storage, BMS, distribution
- 04QUIVER COREFlight control, compute, avionics
- 05QUIVER LINKCommunications, datalink, antennas
- 06QUIVER MISSIONPayloads, sensors, mission integration
- 07QUIVER GROUNDGround control, transport and support
- 08QUIVER FIELDSpares, tools, repair and sustainment
CRITICAL COMPONENTS. DOMESTIC PATHWAYS.
You do not have to buy a platform to work with us.
- L1Part
- L2Assembly
- L3Subsystem
- L4Platform
- L5Mission System
Aerostructures
Frames, arms, spars, booms, mounts, housings, landing and payload structures
Propulsion
Motors, ESCs, propellers and rotors, harnesses, mounts, drive assemblies
Power
Batteries, BMS, power distribution, connectors, harnessing
Avionics
Flight control, navigation, compute, core electronics
Communications
Radios, datalinks, networking, antenna integration
Mission Systems
Payload interfaces, sensors, mission compute, integration
A technician works with machined aircraft parts and replaceable wiring harnesses on an engineering bench.
DESIGN DOCTRINE IN PRACTICE
Change the module. Not the platform.
A system isn't fieldable if it can't be sustained. Interfaces are documented, failures are expected, and replacement paths are designed in from the first drawing.
TECHNICAL ILLUSTRATION — LINE-REPLACEABLE MODULE SEQUENCE
A field technician uses a stocked repair case to exchange an aircraft module and reconnect its harness.
BUILD WITH US
Components, subsystems, platforms, and mission integration.
For defense programs, aerospace OEMs, autonomous-system developers, laboratories, and technology and manufacturing partners. Three ways to start:
- ENG 01
Component Localization
Replace a restricted, obsolete, or fragile component with a producible alternative.
- ENG 02
QUIVER Reference Platform
Build, configure, and integrate a controlled modular UAS reference architecture.
- ENG 03
Mission Integration
Integrate payloads, autonomy, communications, compute, and ground systems onto modular aircraft.