Slide 2.3 — Dynamic Stability Concept
Electronic – Mechanical
From static support to dynamic balance.
Core shift
Traditional mobility
Passive stability
Wide base
Mechanical compensation
Proposed architecture
Active stability
Sensor feedback
Dynamic correction
Technical framing
Dynamic balance = continuous correction
via closed-loop feedback
Why this matters here
In unstable terrain:
Ground tilts
Traction changes
User input fluctuates
A static system compensates mechanically.
A dynamic system compensates electronically.
The engineering challenge
Design active stability
that remains:
Modular
Diagnosable
Field-serviceable
Not:
Black-box
Cloud-dependent
Firmware-locked
Deeper question
How much stability belongs in:
Mechanical structure
vs
Control software?
Explanatory framing:
Dynamic stability is not about making the base wider.
It is about continuously correcting small disturbances.
In real terrain, instability comes from three sources:
ground variation, traction shifts, and human input noise.
A static structure absorbs disturbance mechanically.
A dynamic system absorbs it electronically.
But electronic correction must not amplify human variability.
Stability must feel natural — not artificial.
Stability is not a geometry.
It is a controlled behaviour emerging from architecture.