
A product of Nexgen Labs
A complete drone engineering laboratory in software. 25 guided experiments across propulsion, avionics, performance, structures and AI/ML — no airframe, no crashes, no consumables.
Request a DemoA physical drone lab means airframes to repair, batteries to replace, propellers to reorder and a flying area to supervise. Drone Studio gives every student their own bench. They can push a motor past its thermal limit, detune a PID loop until the aircraft is unflyable, or lose a sensor mid-flight — and learn from it, repeatedly, at no cost.
Twenty-five guided experiments, each with its own theory, interactive simulation, live plots and assessment quiz.
Motors, propellers and power — from thrust curves to powertrain sizing.
Flight control, state estimation and guidance — the loops that keep it in the air.
Range, endurance and mission planning — what the aircraft can actually achieve.
Arms, plates and landing gear — stress, deflection and vibration.
Telemetry, vision and surrogate models applied to real drone problems.
Standalone design and build tools that sit alongside the experiment modules.
Built for a semester of teaching, not a one-off demonstration.
A typeset manual for every module, with the underlying theory, worked equations, procedure and expected results — ready to hand to students as coursework.
A dedicated quiz for every experiment plus a module-level quiz, so comprehension can be checked without setting a separate paper.
An in-app assistant that answers questions about the experiment on screen, so a student who is stuck at 11pm is not blocked until the next lab session. Availability depends on licence type.
Aeronautical, mechanical, electronics and computer science departments running drone, UAV or mechatronics labs. Deployed per machine in a computer lab, it gives an entire cohort hands-on engineering work without the cost, supervision and airspace constraints of physical flying.
We'll walk your department through the modules and answer questions on deployment and licensing.