Course Content
C9: Drone Mission Planning & Calibration

Aim:
To design a drone mission that solves a real-world problem through safe and efficient delivery.

Materials Needed

  • Chart paper or digital map (Google Maps or QGroundControl simulation)

  • Colored pens or digital design tools

  • Ruler, compass (if drawing manually)

  • Scenario: “Deliver a first-aid kit or books to a rural school.”

  • Mission planning worksheet

Steps

Step 1: Choose Your Mission Goal

Decide what your drone will deliver:

  • Medicine to a remote health center

  • Books to a rural school

  • Food to flood-affected areas

  • Solar lights to off-grid villages

Write your mission goal clearly in one sentence.
Example: “Deliver essential medicines to a hilltop village cut off by landslides.”

Step 2: Mark Source and Destination

  • On your chart paper or digital map, mark:

    • Source point (A) – where the drone takes off.

    • Destination point (B) – where the delivery will be made.

  • Estimate distance and time (e.g., 2.5 km in 10 minutes).

  • Identify no-fly zones or obstacles (like hills, buildings, or rivers).

Step 3: Plan the Waypoints

  • Add 3–5 waypoints to define a safe and efficient route.

  • Assign altitudes (e.g., 40 m, 60 m, 50 m).

  • Note any turns or elevation changes to avoid trees or poles.

Step 4: Add Delivery Details

  • Sketch or describe your drone’s payload mechanism:

    • Small delivery box under the drone

    • Rope drop or release hook

    • Parachute-assisted drop for safety

  • Write how your drone will release or hand over the package.

Step 5: Mission Simulation (Optional)

If available:

  • Use a simulator like QGroundControl or DroneBlocks to set waypoints.

  • Run the mission digitally and note the total distance, flight time, and battery use.

Step 6: Present & Reflect

  • Present your mission map and plan to the class.

  • Explain:

    1. The problem you’re solving

    2. The route and drone design

    3. How your mission helps people

  • Record all observations in your Drone Mission Logbook.

Reflection

Flying for a cause is what makes drone technology truly powerful.
When you design a mission that delivers hope, not just objects—you practice engineering with empathy.

Think about it:

“How can one small drone flight make a big difference for someone else?”

Every drone mission can bring change—if it’s guided by care, purpose, and responsibility.

Fill in the form for S’O’A Fablab Orientation 2021.