ManoBot
A transparent engineering platform
The intended physical vehicle uses an ESP32, two drive motors, a caster and five line sensors so learners can understand the system they programme.
Physical ManoCity
The robot is an extension of the city—not the whole product.
ManoCity begins as a digital learning and competition platform. Its physical direction brings the same route logic into an ESP32 ManoBot, a controlled road guide and robust printable city assets.
Digital city→Protected geometry→Road guide→ManoBot→Physical mission
One geometry
Digital and physical routes must agree
Physical road material should be generated from the protected simulator geometry rather than drawn as a separate map.
Printable city
Landmarks built for school handling
Global Starter City assets carry printability guidance: simple forms, strong bases, limited supports and modest material use.
School deployment · Future direction
A modular lab package
The product direction may combine ManoBot, a road guide, printable landmarks, learning resources and competition infrastructure.
Availability
No premature sales claims
This page describes the physical product direction. Hardware and city packages should only be listed for purchase when stock, support and fulfilment are ready.
Digital twin · Future direction
Towards physical synchronisation
Telemetry, connected infrastructure and live physical/digital state are longer-term research directions, not current shop features.
Mobility · Autonomy · Networks · Optimisation
Start in the digital city. Build the physical twin when it is ready.
The simulator is the current entry point for coding, practice and sustainable mobility missions.
Use the digital platform →