Engineer. Manufacture. Integrate. Deploy. Sustain.

WHERE TO START

Three ways to start your project.

• Component Localization
  Replace a restricted, obsolete, or fragile component with a producible alternative.
  Discuss Component Supply →
• QUIVER Reference Platform
  Build, configure, and integrate a controlled modular UAS reference architecture.
  Start a Conversation →
• Mission Integration
  Integrate payloads, autonomy, communications, compute, and ground systems onto modular aircraft.
  Start a Conversation →

CAP 01

Engineering

Systems engineering that treats production, logistics, and repair as first-order requirements.

• Systems and requirements engineering
• Mechanical and electrical design
• Design for manufacturing and assembly (DFM/DFA)
• Component redesign for source resilience
• Rapid prototyping and iteration
• Qualification planning

CAP 02

Integration

Turning components and subsystems into working, configurable platforms.

• Propulsion, power, and energy integration
• Avionics, compute, and navigation
• Communications and datalinks
• Sensors, payloads, and mission systems
• Autonomy stack integration and validation
• Interface documentation and configuration control

CAP 03

Manufacturing

Prototype-to-production pathways for critical hardware, built with a supplier strategy rather than around a single source.

• Aerostructures and airframe components
• Assemblies, housings, mounts, and wiring
• Propulsion assemblies
• Repair kits and field-replaceable units
• Complete platform assembly
• Process documentation and quality roadmap

CAP 04

Sustainment

A system isn't fieldable if it can't be sustained. Sustainment is engineered in, not added later.

• Line-replaceable units (LRUs) and spares
• Field-replaceable assemblies and repair documentation
• Field kits and tooling
• Modular upgrades
• Obsolescence mitigation and alternate sourcing
• Lifecycle support planning