Dynaxis is being developed first through motorcycles, where rider movement, control input, motorcycle response and terrain continuously interact to determine performance. The underlying Control-State Intelligence architecture is designed to extend to other dynamic interactions where human control, platform behaviour and operating environment combine to shape the outcome.
MOTORCYCLES · FIRST COMMERCIAL IMPLEMENTATION
Dynaxis Gen 1 is being developed around motorcycle riding, where rider technique, spatial state, control input, motorcycle response and terrain interaction combine continuously to influence performance.
EQUESTRIAN · IDENTIFIED FUTURE DEVELOPMENT APPLICATION
A future application where rider position and control, horse movement and response, and the operating environment form a complex coupled interaction.
MOUNTAIN BIKING / CYCLING · POTENTIAL FUTURE APPLICATION
Rider movement, weighting, control input, bicycle dynamics and terrain directly influence performance, stability and control.
SNOWMOBILES · POTENTIAL FUTURE APPLICATION
Rider movement, weighting, machine dynamics, traction and changing snow or terrain conditions create a highly dynamic human-platform interaction.
SNOW SPORTS · POTENTIAL FUTURE APPLICATION
Snowboarding and skiing involve human movement, balance, loading and terrain interaction directly influencing the resulting dynamic state.
OTHER RIDER-CONTROLLED PLATFORMS
Potential future application across other two-wheel or rider-controlled systems where human spatial state and control materially influence platform response.
FUTURE HUMAN-PLATFORM INTERACTIONS
Future exploration of dynamic systems where human control, platform behaviour and environmental conditions combine to determine performance.
CONTROL-STATE EXPLORATION
Dynaxis is being developed around the principle that, in many dynamic activities, the human forms part of the dynamic control system.