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Eaglets
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The kit

How the kit evolved

Four generations, each one built because the last one taught the team something. This is the part of engineering that does not usually get photographed.

  1. Front view of the first Eaglets robot kit, with large wheels and a distance sensor.

    Generation 1

    V1

    The first working platform, and proof that a younger student could assemble and program a robot in a single session.

  2. Top view of the second Eaglets robot kit, showing motors, controller, wiring, and sensor.

    Generation 2

    V2

    Assembly simplified after the first camps showed where students got stuck.

  3. Three-quarter view of Eaglets robot kit version 3.2, showing its chassis, wheels, and wiring.

    Generation 3

    V3.2

    Sensor input added, turning the robot from something that follows a script into something that reacts.

  4. An Eaglets robot kit with its engraved wooden lid placed beside the open chassis, showing the wheels, motors, controller, battery, and wiring.

    Generation 4

    V3.6

    The revision used for the 2025 camp season.

  5. No photograph on file for this revision.

    Generation 5

    Summer 2025 v1 / v2 / v3

    Three breadboard-based kits, redesigned mid-season after the circuit boards failed, so that every booked camp still ran.

  6. No photograph on file for this revision.

    Generation 6

    V4

    The KiCad-designed board, and the first version with its own schematic on file.

The detailed history behind each revision, meaning what problem it solved, what changed, and what the team learned, is being confirmed with the technical officers before it goes up. We would rather publish it late than publish it wrong.

What we are improving

Open problems

Not a roadmap and not a promise. Just what the team is currently working on.

  • Turns that repeat accurately, every time
  • Longer runtime on a single battery
  • Wheel alignment that survives a drop
  • Motor connections that do not work loose
  • Complete CAD documentation
  • More durable assembly methods