shared autonomous cars will transform city …
TRANSCRIPT
all day vs. peak hours
24hrs.peak hrs.
maximum delay
from base case trips
5 minutes
WHAT WE WANTED TO TEST
number of vehicles required to provide the same trips as before:
24hrs.peakhrs.
WHAT WE WANTED TO TEST
+
24hrs.
TaxiBotsRide -sharing
Public transport(high capacity )
number of vehicles required to provide the same trips as before: 10%
Scenario: 24 hours
+
24hrs.
THE IMPACT ON VEHICLE NUMBERS
TaxiBotsRide -sharing
Public transport(high capacity )
number of vehicles required to provide the same trips as before: 35%+
peakhrs.
THE IMPACT ON VEHICLE NUMBERS
TaxiBotsRide -sharing
Public transport(high capacity )
In our modelled city a shared self-driving fleet would potentially remove the need for all on-street parking
freeing an area equivalent to 210 football fields
210x
WHAT IT MEANS FOR LAND USE
a
b
car
*
*b
a
car TaxiBot repositioning
a
b
car AutoVot repositioning
6%- 25 % 44% -103%more kilometres travelled due to bus replacement, pick-
ups,drop-offsandre-positioningmore kilometres travelleddue to replacement, re-
positioning
TaxiBots and AutoVots will
travel more than today’s cars
+ +
IMPACT ON KM TRAVELED
On Demand
8-16 Person Capacity
30 min advance Booking
< 300 m to “pop-up” stop
10 min tolerance for boarding time
CAN WE DO BETTER ?– SHARED ON DEMAND BUS
5 %Scenario: 24 hours
+number of vehicles required to provide the same trips as before:
24hrs.
+
TaxiBusRide -sharing
TaxiBotsRide -sharing
Public transport(high capacity )
+ 24hrs.+
TaxiBusRide -sharing
-22% & -27% kilometres travelled CO2 emissions
WHAT WE COULD ACHIEVE
TaxiBotsRide -sharing
Public transport(high capacity )
SAFETY
Collisions
0 non automated
%SAE
Autonomus driving
levels
1 assisted
2 partial automation
3 conditional automation
4 high automation
15 50 100
100
40
90
10 5 full automated
1-5 mixed & learning curve
PP+
New St.
ETA 10:20
$ 6 per hCapacity 80%
+ 5 min $ 2 per h
inc bike rental
New St.
ETA 10:20
$ 6 per hCapacity 95%
SPACE
143
Allocated
ETA –
1min
New St.
ETA 10:19
.