We focus on tuning and customising vehicle control laws using PX4 Autopilot. Our expertise lies in building robust and reliable flight control systems that form the core of novel autonomous platforms, ensuring safe and predictable performance in real-world conditions.

We specialise in defining and architecting the high-level behaviours that drive autonomous platforms. Using the ROS2 ecosystem as our preferred toolset, we specify requirements, design modular architectures, and build rapid prototypes to validate concepts early. Our fast-iteration approach allows us to demonstrate capability and de-risk technical choices before scaling into robust product code. From autonomy logic to computer vision integration, we ensure your software foundations are solid, adaptable, and aligned with your system needs.

We support you through the full test campaign lifecycle: planning, execution, and analysis. Our approach emphasises safe, structured experimentation paired with rapid iteration. Using tailored data acquisition and analysis tools, we help you extract engineering insight from every flight — whether it’s a first shakedown or a complex operational evaluation.

We take a holistic view of system architecture across electrical, mechanical, propulsion, and communications domains. This includes guiding sensor selection, network topologies, and avionics packaging. By focusing on interfaces and integration early, we ensure subsystems work together seamlessly to deliver a cohesive and high-performing autonomous vehicle.

We bring a systems engineering mindset to your product roadmap. This includes requirements management, architecture frameworks, and life-cycle planning, supported by practical coaching and documentation structures. Our goal is to align technical execution with business objectives — helping you deliver the right product to the right market with clarity and confidence.