MCAS Technology Explorer · v0.1
When should a motorcycle rider be warned?
Experience the relationship between speed, distance and time to collision before we show you the technology behind it.
This is an explanatory simulation. It illustrates the TTC mechanism and alert logic; it is not a field-performance estimate.
LIVE SCENARIO
Motorcycle following a vehicle
Alert state
ATTENTION
Speed
60 km/h
Distance
52.0 m
TTC
8.5 s
Scenario paused · 0.0 s
FIELD VIEW · SIMULATED
Forward-facing rider perspective
MCAS alert
ATTENTION
Speed
60 km/h
TTC
8.5 s
Separation
52.0 m
What the rider could see
Conceptual visualisation — replace with field footage when available.
PAUSED
01 · Explore the mechanism
Change the situation.
TTC is driven by the distance to the object and the relative speed at which the motorcycle is closing on it.
02 · What the system sees
A changing safety margin.
Relative speed
22 km/h
TTC
8.5 s
Alert state
ATTENTION
Response
not selected
Current interpretation
The closing situation is becoming more important.
TTC calculation
52 ÷ 6.11
distance ÷ relative speed in m/s
03 · The important part
This isn't just a simulation.
The interaction explains a mechanism. The next step is to connect that mechanism to the evidence gathered through MCAS research and field work.
125,960 km
cumulative pilot travel
2,850 h
activation time
1,013
collision-avoidance cases
35
units deployed
Field figures shown here are research-program figures and should be interpreted in the context of the underlying study methods and evidence. This page does not infer a causal effect from the simulator.