Physics-driven architecture
Signal timing, sensor fusion, and control loops designed as a single system.
Synchronized Aerial Systems
Where physics, signal, and flight operate as one.
Designing a custom drone from the ground up—open-source flight control, custom PCBs, and disciplined systems engineering.
Phase alignment
LiveLight-blue sync point, silver waveform. Pauses for reduced motion.
Current focus
Disciplined engineering for synchronized micro-drone fleets.
Custom electronics
Purpose-built PCBs with EMI-aware layout, mesh-ready links, and deterministic timing.
Open flight control
Open-source stack for flight logic, telemetry, and documentation to enable collaboration.
Program status
Progress across hardware and control.
PCB v1
AvailableBaseline flight controller board with stable power and sensor stack.
View on ProductsDrone v1
In developmentReference airframe integrating PCB v1 for controlled test flights.
View on ProductsPCB v2
In developmentLatency-optimized board with improved RF discipline and sync taps.
View on ProductsDrone v2
PlannedHigher-thrust platform validating multi-node timing and mesh links.
View on ProductsController
PlannedGround unit with deterministic command latency and secure mesh handoff.
View on ProductsPCB v3 Mesh
Coming soonMesh-ready control board built for distributed phase alignment.
View on ProductsDrone v3 Mesh
PlannedCooperative flight testbed demonstrating synchronized aerial swarms.
View on ProductsMass Programmable Controller
PlannedOperator interface built for fleet-scale programming and monitoring.
View on ProductsOpen source
Transparent control stack with disciplined documentation.
Flight control + docs
Core control logic, telemetry pipeline, and build instructions remain open for review and contribution.
GitHub (coming soon)Hardware releases
PCBs ship as they mature. Select design details will publish after validation to keep reliability first.
Collaboration
We welcome disciplined contributors in controls, RF, PCB layout, and documentation to accelerate the roadmap.
Engineering story
Building synchronized flight through deliberate phases.
Phase progression
Every build is a step in phase—measurable improvements in timing, EMI discipline, and controllability.
Hardware + software symmetry
Electronics, firmware, and flight dynamics are designed together to avoid surprises downstream.
Signal-first testing
Instrumentation, sync markers, and telemetry traces guide every lab session before field deployment.
Roadmap
See how the program advances.
Review timelines for PCB and airframe milestones, open-source scope, and what ships next.