DRONE INTERCEPTORAUTONOMOUS SYSTEMS

RESEARCH & DEVELOPMENT

Build. Refine.
Advance.

Working prototypes are the foundation of our project. We refine our interceptor platforms through design, simulation and practical testing, while developing the next generation of autonomous aerial systems.

DEVELOPMENT ROADMAP

Better platforms. Broader possibilities.

Our development priorities: stronger performance, purpose-built hardware, flexible deployment and new models.

PHASE 01 Working prototypesA family of prototypes that turns the project into physical aerial systems.
  • Develop and refine successive platform designs.
  • Bring design, simulation and field testing into the same development cycle.
PHASE 02 Enhanced performanceImprove the reliability, efficiency and capability of our interceptor platforms.
  • Refine the performance of existing drones through iterative engineering.
  • Improve consistency across practical operating conditions.
PHASE 03 Purpose-built electronicsDevelop dedicated electronics to simplify integration and reduce platform costs.
  • Move towards hardware tailored to the needs of our platforms.
  • Focus on efficient integration, maintainability and cost-conscious design.
PHASE 04 Flexible deploymentFuture deployment solutions that fit different environments and operational needs.
  • Explore adaptable ways to bring the platforms into service.
  • Develop a broader ecosystem around the aircraft without limiting it to one form of deployment.
PHASE 05 New platformsExpand the project through new models and continued technology development.
  • Build on the experience gained across successive prototypes.
  • Develop new platform designs and extend their range of applications.

DEVELOPMENT JOURNAL

Behind the progress.

Successive prototypes, practical tests and time in simulation shape our platforms. Each iteration connects what we design with how the aircraft performs.

Simulation lets us examine different scenarios, while design work brings new ideas into the aircraft itself. Prototype construction and flight testing close that development cycle and guide the next version.

This journal brings together the journey: simulated environments, enclosure designs, construction and flight footage.

SIMULATION / FLIGHT ENVIRONMENT

Project imagery to follow.

DESIGN / PROTOTYPE ITERATIONS

Project imagery to follow.