The UAV knowledge base — free, technical, vendor-neutral
Everything your team needs to build a drone that actually ships.
From airframe trade-offs to EASA paperwork: 39 deep engineering guides for drone startups and builders. Free and independent — no fluff, real numbers.
Pick your battlefield
Airframe & Design
Platform selection, structures, aerodynamics and the numbers behind them.
Propulsion & Power
Motors, ESCs, batteries and endurance engineering.
Avionics & Autonomy
Flight controllers, GNSS, sensors and onboard compute.
Communications & Datalinks
C2 links, telemetry, video and beyond-visual-range connectivity.
Payloads & Integration
Cameras, LiDAR, delivery mechanisms and the art of integration.
Regulations & Compliance
EASA categories, SORA, class marking, BVLOS and U-space.
Testing & Operations
Flight test programs, failsafes, redundancy and fleet reliability.
Business & Strategy
Markets, business models and building a drone company in Europe.
Detection & Airspace
Counter-UAS: detecting, tracking and identifying drones in the airspace.
Start with these
AI Drone Integration: How to Put Artificial Intelligence on a UAV That Ships
AI drone integration explained end to end: edge vs cloud architecture, compute hardware, model pipelines, latency budgets, safety boundaries and EU regulation — with a reference stack diagram.
Airframe & DesignMultirotor vs Fixed-Wing vs Hybrid VTOL: Choosing Your UAV Platform
A decision framework for drone startups choosing between multirotor, fixed-wing and hybrid VTOL platforms — with endurance, range, cost and complexity trade-offs.
Regulations & ComplianceEASA Drone Regulations Explained: Open, Specific and Certified Categories
The EU drone framework in plain language: Regulations 2019/947 and 2019/945, the Open, Specific and Certified categories, and how startups plan a path through them.
Avionics & AutonomyPX4 vs ArduPilot: Choosing a Flight Stack for Your Drone Startup
PX4 vs ArduPilot compared for commercial UAV development: licensing (BSD vs GPL), architecture, vehicle support, ecosystems, and how to actually choose.
Detection & AirspaceDrone Detection Systems: RF, Radar, Acoustic and Optical Compared
How drone detection works: RF, radar, acoustic and optical sensors compared on range, accuracy, cost and failure modes — and why serious systems fuse all four.
Payloads & IntegrationDrone Payload Integration: The Complete Engineering Checklist
How to integrate a payload onto a UAV properly: mechanical mounting and CG, power budgets, data interfaces, RF coexistence, thermal design and verification testing.
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No ads, no paywall, no sponsored content — just guides. If the knowledge base saves you time or money, a coffee keeps the props spinning. Questions and topic requests are always welcome at hello@skyware.be.
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