Build a new frame
Design a lightweight frame that keeps the motor spacing, board orientation, and center of gravity correct. Compare stiffness, weight, and repairability.
CHANGE // material + geometryThe hangar // modification authorized
Make your own flying machine.
The kit is a starting point. Preserve what makes the electronics work, change everything else, and document what your new machine teaches you.
Project starters
Choose what to change.
Begin with one constraint, keep the first version small, and test safely without propellers whenever possible.
Add a flight cage
Create removable guards that protect the propellers without adding too much mass or blocking airflow. Test impacts with the battery disconnected.
CHANGE // safety + durabilityMake orientation obvious
Use colour, shape, fins, or lights so a pilot can instantly recognize the front and back from across the flight area.
CHANGE // communication + formDesign a payload
Carry the lightest possible marker, message, or sensor while keeping the load centered. Measure how added mass changes hover and flight time.
CHANGE // purpose + massBuild a flight challenge
Create gates, landing zones, and scoring rules that reward control instead of speed. Make the course adjustable for new pilots.
CHANGE // environment + rulesInvent the unexpected
Reuse the frame, motors, controller, or flight computer in a strange new vehicle. Start by explaining what must stay true for the system to work.
CHANGE // everything elseThe hacker's method
Change boldly. Test carefully.
A good modification has a clear question, a controlled first test, and a way to return to a known-good version.
Imagine
Prototype
Test
Document
Project record
Leave a trail for the next inventor.
Every project becomes more useful when somebody else can understand and improve it.
- What did you want the machine to do?
- What did you change?
- What evidence did you collect?
- What would version two improve?