Ascend Labs LAB STATUS / ACTIVE R&D

LAB NOTES

Technical notes from the lab.

Ascend Labs publishes notes to make progress visible: what we are learning, what we are testing, what assumptions are changing, and how drone systems become field-ready.

  1. 02

    Why Drone Simulation Matters for Africa

    Drone simulation lowers the cost of learning, testing, and de-risking drone logistics. For African contexts, simulation is not a luxury; it is a practical bridge between ambition and field-ready capability.

    Drone SimulationAfricaMAVLabTrainingField Readiness · 5 min
    [PUBLISHED]
  2. 03

    Building MAVLab: Friendly Gateway to Drone Simulation

    MAVLab makes drone simulation approachable by using an Android phone, MAVLink telemetry, QGroundControl workflows, mission simulation, failures, and a 3D SIM to teach core drone concepts without requiring the full ROS/Gazebo/SITL stack on day one.

    MAVLabSimulationMAVLinkQGroundControlDrone Education · 5 min
    [PUBLISHED]
  3. 04

    Payload, Battery, and Range Tradeoffs for Medical Drone Delivery

    Ascend Labs studies payload, battery, route, and reserve assumptions because a medical delivery drone must be evaluated as a mission system, not just as an aircraft specification sheet.

    Medical LogisticsBatteryPayloadRangeField Readiness · 5 min
    [PUBLISHED]
  4. 05

    Inside the MAVLab Technical Paper

    We wrote up MAVLab as a proper technical paper: the phone-first architecture, the protocol-first methodology, live QGroundControl acceptance results, on-device performance, and an evaluation that separates what is verified from what is still future work.

    MAVLabtechnical paperevaluationQGroundControl · 8 min
    [PUBLISHED]