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Traffic solution or technical hype? Representative population survey on delivery drones and air taxis in Germany

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Abstract

Delivery drones and air taxis are no longer just science fiction. In the coming years it is intended that they will relieve the traffic situation on the ground and aid sustainability. Politicians, commerce and community organisations are currently engaged in hot debate on their potential use. Germany’s Transport Minister Andreas Scheuer recently stated that the use of delivery drones will become a reality in the next three years. But what does the population feel about the use of delivery drones and air taxis in urban airspace? The Sky Limits project (“The sky is the limit – the future use of urban airspace”, www.skylimits.info ) being carried out by Wissenschaft in Dialog (WiD) and Technische Universität Berlin (TU Berlin) has obtained relevant findings on this question. This exploratory project aims to systematically identify the chances and challenges presented by unmanned aerial vehicles. It combines literature analysis, attitude research and the use of participatory formats with experts and members of the public. In this way the project aims to create a basis for discussion and also to develop recommendations for practical action on the part of politicians, planners and the commercial sector. Sky Limits is funded by the Federal Ministry of Education and Research (BMBF) as part of its Innovation and Technical Analysis (ITA) initiative. The project’s attitude research was carried out in two stages. It focused primarily on examining the population’s attitudes towards delivery drones and air taxis and assessing the extent to which individuals would use these. First of all, in autumn 2019, WiD and TU Berlin www.skylimits.info commissioned the opinion research institute forsa to run five focus groups in Berlin, Stuttgart and Erfurt in order to gain an initial qualitative insight into the opinions of the population (see page 3). The project team then commissioned forsa to carry out a telephone survey of 1,000 people between 20 and 29 January 2020. The survey reveals the attitudes and personal usage intentions of the respondents regarding delivery drones and air taxis. Furthermore, it provides information showing which factors exert a substantial influence on the attitudes of the respondents towards delivery drones and air taxis and which advantages and disadvantages are seen as being particularly relevant. It also offers insights relating to the sex and age of the respondents. Taken together, the data presented here provide the most extensive view so far of population attitudes to transport drones. The research results as a whole show that the population is sceptical with regard to delivery drones and air taxis and that most people would rather not use them personally. The results also clearly show that aspects such as environmental friendliness and safety are particularly critical for most respondents. At the same time, major doubts are apparent in relation to potential job losses and the noise and stress caused by delivery drones and air taxis.
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
Traffic solution or technical hype?
Representative population survey on
delivery drones and air taxis
in Germany
www.skylimits.info
Background of the Sky Limits project
EINSTELLUNG GEGENÜBER LIEFERDROHNEN UND FLUGTAXIS 2
www.skylimits.info
Delivery drones and air taxis are no longer just science ction. In the
coming years it is intended that they will relieve the trafc situation on
the ground and aid sustainability. Politicians, commerce and community
organisations are currently engaged in hot debate on their potential use.
Germany’s Transport Minister Andreas Scheuer recently stated that the use
of delivery drones will become a reality in the next three years. But what
does the population feel about the use of delivery drones and air taxis in
urban airspace?
The Sky Limits project (“The sky is the limit – the future use of urban
airspace”, www.skylimits.info ) being carried out by Wissenschaft in Dialog
(WiD) and Technische Universität Berlin (TU Berlin) has obtained relevant
ndings on this question. This exploratory project aims to systematically
identify the chances and challenges presented by unmanned aerial
vehicles. It combines literature analysis, attitude research and the use
of participatory formats with experts and members of the public. In this
way the project aims to create a basis for discussion and also to develop
recommendations for practical action on the part of politicians, planners
and the commercial sector. Sky Limits is funded by the Federal Ministry
of Education and Research (BMBF) as part of its Innovation and Technical
Analysis (ITA) initiative.
The project’s attitude research was carried out in two stages. It focused
primarily on examining the population’s attitudes towards delivery drones
and air taxis and assessing the extent to which individuals would use these.
First of all, in autumn 2019, WiD and TU Berlin
commissioned the opinion research institute forsa to run ve focus groups
in Berlin, Stuttgart and Erfurt in order to gain an initial qualitative insight
into the opinions of the population (see page 3). The project team then
commissioned forsa to carry out a telephone survey of 1,000 people
between 20 and 29 January 2020.
The survey reveals the attitudes and personal usage intentions of the
respondents regarding delivery drones and air taxis. Furthermore, it
provides information showing which factors exert a substantial influence
on the attitudes of the respondents towards delivery drones and air taxis
and which advantages and disadvantages are seen as being particularly
relevant. It also offers insights relating to the sex and age of the
respondents.
Taken together, the data presented here provide the most extensive view so
far of population attitudes to transport drones. The research results as a
whole show that the population is sceptical with regard to delivery drones
and air taxis and that most people would rather not use them personally.
The results also clearly show that aspects such as environmental
friendliness and safety are particularly critical for most respondents. At the
same time, major doubts are apparent in relation to potential job losses and
the noise and stress caused by delivery drones and air taxis.
Voices from the preliminary focus groups...
...on the general attitude:
“I’d nd it practical and innovative, it's kind of exciting,
I'd like to try it out" [Stuttgart I].
When I imagine looking out of here, and there’d be things buzzing
about everywhere, that's not really what I want” [Erfurt].
...on factors influencing the attitudes of the respondents:
“Not just that the cities are all full of rubbish, but that up there
everywhere is full of rubbish too and then we live on a kind of
rubbish planet" [Berlin II].
“I have to be honest, if I get a carpet delivered and the carpet
falls down and lands on a child who gets injured […]
I’d be devastated” [Berlin I].
...on possible disadvantages of the technologies:
“We already have so much noise pollution in the city because
of the trafc and then that as well. That's denitely going to
be really loud too.[Stuttgart II].
www.skylimits.info
...on personal usage intentions:
At the moment I’m not really in favour,
but I know I’d use it all the same” [Berlin II].
“I think it’s astonishing that there are no pilots any more.
I’m not sure if I’d be prepared to put myself at the mercy
of the technology like that” [Berlin I].
...on possible advantages of the technologies:
“Especially at rush-hours and peak times here in the inner city
and places like this, you can easily take half or three quarters
of an hour to get from one corner to the other, and with one of
those it would take ve minutes” [Stuttgart II].
“Up to a certain size the ecological footprint is probably better
than with classic parcel delivery lorries” [Stuttgart II].
EINSTELLUNG GEGENÜBER LIEFERDROHNEN UND FLUGTAXIS 3
These comments were made in German and have been translated into English.
Source: Sky Limits focus groups – WiD / TU Berlin / forsa
Basis: Five focus groups, each with eight participants and of 90 minutes’ duration | Dates and places: 19.09.2019 (Berlin), 30.09.2019 (Stuttgart) and 02.10.2019 (Erfurt).
In Berlin and Stuttgart two focus groups with different age groups (18-44 years and 45-65 years) were conducted in each case.
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
How much would you agree with the
following statements about parcel deliveries
with drones and air taxis?
Most respondents were opposed to the use of
delivery drones and air taxis. Only 25 per cent
agreed that drones should be used to deliver
consumer goods and products. Only 21 per
cent agreed that air taxis should be used for
general passenger transport.
In contrast to the generally adverse attitude
to their general use, the great majority
of respondents approved of their use in
medical emergencies. Almost two thirds of
respondents agreed with using them for such
purposes as rapid delivery of medicines or
transport to hospital.
strongly agree somewhat agree neither agree nor disagree
somewhat disagree strongly disagree don’t know / no answer
1
Drones should only be used in emergencies,
e.g. for fast delivery of medicines.
Air taxis should only be used in medical emergencies,
e.g. for fast transport to hospital.
1213 3421
112241 15 11
122441 10 13
In future drones should be used to deliver
consumer goods and products.
Air taxis should be used for general passenger transportation
and thus for individual mobility.
1011 17 4022
19
ATTITUDE TOWARDS DELIVERY DRONES AND AIR TAXIS 4
www.skylimits.info
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
How much would you agree with the
following statements about parcel deliveries
with drones and air taxis?
ATTITUDES TOWARDS DELIVERY DRONES AND AIR TAXIS BY GENDER OF RESPONDENTS 5
The basic sceptical attitude towards delivery
drones and air taxis is also apparent in
relation to whether drones should not be put
to use at all as a matter of principle.
It is generally known from research
into acceptance that men normally rate
technology more positively than women.
This is also apparent in relation to delivery
drones and air taxis. Female respondents
agreed more often than male respondents
with the statement that delivery drones and
air taxis should not be put to use at all as a
matter of principle. A similar difference is
also apparent in relation to the question of
whether delivery drones and air taxis should
be used to deliver consumer goods and
products or for general passenger transport.
In addition, men would be more likely to use
both these forms of technology than women.
www.skylimits.info
Air taxis should not be put to use at all as a matter of principle.
1
923 17 2723
Drones should not be put to use for parcel deliveries at all as a matter of principle.
1O20 16 3223
male
total
female
927 19 2223
1
male
24620 15 35
female
22928 20 21 1
total
23823 17 28
1
strongly agree somewhat agree neither agree nor disagree
somewhat disagree strongly disagree don’t know / no answer
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
PERSONAL INTENTION TO USE DELIVERY DRONES AND AIR TAXIS 6
The personal intention to use delivery drones
and air taxis was fairly low in accordance
with the generally negative attitude of the
respondents towards them. A great majority
of respondents rejected individual use. Only
21 per cent would use drones to deliver
consumer goods and only 18 per cent would
use air taxis for their individual mobility.
The individual intention to use these
technologies was different where medical
emergencies are concerned. In this case,
more than one in two was in favour.
www.skylimits.info
To what extent would you agree
with the following statements
about your personal use?
Personally, I would use drones in emergencies only
e.g. for the fast delivery of medicines.
Personally, I would use air taxis in emergencies only
e.g. for fast transport to hospital.
813 11 4622
102238 12 18
122334 13 19
Personally, I would generally use drones
for the delivery of consumer goods.
Personally, I would generally use air taxis
for my individual mobility.
711 10 5220
strongly agree somewhat agree neither agree nor disagree
somewhat disagree strongly disagree don’t know / no answer
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
To what extent would you agree
with the following statements
with regard to your personal use?
PERSONAL INTENTION TO USE BY AGE OF RESPONDENTS 7
The intention to use drones differs considera-
bly according to the age of the respondents.
From research into acceptance of technology,
it is generally known that older people are
normally more sceptical of new technologies
than younger people. This was also apparent
in relation to air taxis. The survey shows that
respondents aged between 30 and 39 years
were more than three times more likely to
want to use air taxis for their personal mo-
bility than respondents aged over 60 years.
A similar response pattern was also found
for personal use of delivery drones and with
regard to general attitudes to delivery drones
and air taxis.
It is interesting that older respondents tended
to be more positive than younger respondents
towards the use of delivery drones and air
taxis in medical emergencies.
Personally, I would generally use air taxis for my individual mobility.
50 – 59 Jahre
60 + Jahre
1115 15 25 34
21
21
6
3
10
6
9
9
53
62
18 – 29 Jahre
30 – 39 Jahre
920 15 3720
40 – 49 Jahre
161012 952 1
www.skylimits.info
strongly agree somewhat agree neither agree nor disagree
somewhat disagree strongly disagree don’t know / no answer
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
CHANGES TO QUALITY OF LIFE 8
The respondents gave ambivalent responses
on how delivery drones and air taxis would
affect quality of life in cities. 40 per cent
agreed either somewhat or strongly that
delivery drones would make cities less
pleasant to live in. However, 27 per cent
agreed either somewhat or strongly that
delivery drones would have a positive effect
on quality of life.
In comparison, the effects of air taxis were
seen as slightly more negative. Altogether, 43
per cent were of the view that air taxis would
make cities less pleasant to live in while
22 per cent said that air taxis would have
positive effects on quality of life in cities.
Parcel deliveries with drones would make cities
less pleasant to live in.
Passenger transport with air taxis would make cities
less pleasant to live in.
1512 20 2923
231723 18 18
201627 20 16
Parcel deliveries with drones would have a positive effect
on the quality of life in cities.
Passenger transport with air taxis would have a positive effect
on the quality of life in cities.
1210 21 3124
2
2
2
2
www.skylimits.info
To what extent would you agree
with the following statements?
strongly agree somewhat agree neither agree nor disagree
somewhat disagree strongly disagree don’t know / no answer
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
SAFETY AND RISK OF ACCIDENTS 9
Most respondents rated delivery drones and
air taxis as not safe. Only less than a quarter
imagined delivery drones and air taxis as
being safe. Furthermore, the great majority
of respondents expected that delivery drones
and air taxis would lead to accidents in which
people were injured.
When the two applications were compared it
also became clear that the respondents felt
the risk of accidents to be greater with air
taxis than with delivery drones. While 75 per
cent agreed either strongly or somewhat that
delivery drones could lead to accidents in
which people were injured, 81 per cent agreed
with this statement with regard to air taxis.
Parcel deliveries with drones could result in accidents in which people are injured.
Passenger transport with air taxis could result in accidents in which people are injured.
1310 23 3024
83144 13 3
32853 13 2
I think parcel deliveries with drones would be safe.
I think passenger transport with air taxis would be safe.
16822 2825 1
2
1
1
www.skylimits.info
To what extent would you agree
with the following statements?
strongly agree somewhat agree neither agree nor disagree
somewhat disagree strongly disagree don’t know / no answer
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
PERSONAL USE IN EVERYDAY LIFE 10
The great majority of respondents disagreed
or mostly disagreed that delivery drones or air
taxis would be advantageous to them in their

with this statement.
At the same time it was apparent that two
thirds of the respondents did not see any
added value for themselves in the technology.
This applies both for delivery drones and for
air taxis: a majority doubted whether drone
technology meant added value.
Parcel deliveries with drones would not have added value for me personally.
Passenger transport with air taxis would not have added value for me personally.
1112 16 3724
Parcel deliveries with drones would bring me advantages in everyday life.
Passenger transport with air taxis would bring me advantages in everyday life.
10912 4325 1
1
1650 10 1311 1
1650 10 1212 1
www.skylimits.info

don’t know / no answer
To what extent would you agree
with the following statements?
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
ADVANTAGES OF DELIVERY DRONES 11
Environmental friendliness (79 per cent)
and reliability (73 per cent) were particularly
important to the respondents. On average,
these two aspects were the most important
advantages. Almost half of the respondents
also indicated that it would be somewhat
important or very important to them that
parcels were delivered at a precise time of
their choice and delivered quickly.
However, a majority of respondents felt it
was not important to be able to have parcels
delivered by drones to the place of their choice.
very important somewhat important neither important nor unimportant
somewhat unimportant not important at all don’t know / no answer
... that your parcels were delivered at a precise time of your own choice?
... that your parcels were delivered quickly?
... that, with drones, you could have your parcels delivered to a place
of your choice, e.g. balcony or garden?
2455 8 84
192620 13 21
212318 20 18
201714 11 37
... that parcel deliveries with drones were environment-friendly?
... that parcel deliveries with drones were reliable?
2053 7136 1
1
1
www.skylimits.info
In order for you to have parcels delivered
to yourself by drones, how important
would it be for you personally...
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
ADVANTAGES OF AIR TAXIS 12
82 per cent of all respondents indicated that it
was somewhat important or very important to
them that air taxis were environmentally friend-
ly. It was apparent overall that environmental
friendliness was a particularly relevant aspect
for the respondents regardless of the drone
application involved.
Almost two out of three respondents also
found it somewhat important or very important
that they would no longer need to wait in trafc
jams with an air taxi and that the air taxi would
take them exactly to a place of their choice.
About one in two respondents indicated that it
was somewhat important or very important to
them that air taxis would save them time and
that the use of air taxis was inexpensive.
In order for you to use air taxis
in your own everyday life, how important
would it be for you personally…
... that the air taxi would take you exactly to a place of your choice?
... that you would save time with an air taxi?
... that the use of air taxis was inexpensive?
2161 6 83
112536 920
13
11
29
25
25
24
12
19
21
19
... that air taxis were environment-friendly?
... that you would not have to wait in trafc jams with an air taxi?
2439 9189 2
1
1
1
1
www.skylimits.info
very important somewhat important neither important nor unimportant
somewhat unimportant not important at all don’t know / no answer
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
DISADVANTAGES OF DELIVERY DRONES 13
Possible job losses, noise and the stress
resulting from delivery drones were seen as
being the greatest disadvantages. More than
two out of three respondents found it quite
bad or very bad that delivery drivers would
lose their jobs as a result of parcel delivery
with drones. Similarly, almost two thirds
of respondents rated the stress and noise
caused by the flying delivery drones as quite
bad or very bad.
58 per cent felt it would be quite bad or
very bad if drones were to block their
unobstructed view of the sky.
One in two rated the possible loss of personal
contact between recipients and delivery
drivers as less bad or not bad.
Assuming a lot of people were to use drones
for parcel deliveries in German towns,
how bad would you find…
very bad quite bad so-so
less bad not at all bad don’t know / no answer
1
1
... the noise caused by parcel deliveries with drones?
... the fact that parcel deliveries with drones
would block your unobstructed view of the sky?
... the fact that parcel deliveries with drones would mean
the personal contact between recipient and delivery driver would disappear?
2345 17 510
92442 18 4
16
26
17
14
41
17
16
17
10
25
... the fact that delivery drivers would lose their jobs
as a result of parcel deliveries with drones?
... the stress caused by drones flying around delivering parcels?
2344 16 611
1
2
www.skylimits.info
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
DISADVANTAGES OF AIR TAXIS 14
The respondents rated the noise (75 per cent)
and stress (73 per cent) caused by air taxis as
quite bad or very bad particularly often. These
disadvantages also received similar ratings in
the case of delivery drones. A similar proportion
of respondents rated as quite bad or very
bad the fact that air taxis would block their
uninterrupted view of the sky. This response
was given by 66 per cent of respondents,
a higher proportion than for delivery drones
(58 per cent).
Two thirds of the respondents rated possible
job losses as negative. This applies both for taxi
drivers in relation to air taxis (66 per cent) and
for delivery drivers in relation to delivery drones
(68 per cent).
By comparison, the loss of personal contact
between client and taxi driver or delivery driver
were rated less badly in both application areas.
Assuming a lot of people were to use air taxis
in German towns, how bad would you find…
1
1
... the fact that air taxis would block your unobstructed view of the sky?
... the fact that taxi drivers would lose their jobs as a result of air taxis?
... the fact that air taxis would mean the personal contact
between client and taxi driver would disappear?
2451 13 38 2
142145 13 7
10
25
25
15
41
22
17
16
6
22
... the noise caused by air taxis?
... the stress that air taxis could cause when flying around?
2548 13 59
1
www.skylimits.info
very bad quite bad so-so
less bad not at all bad don’t know / no answer
Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
POSSIBLE REGULATION 15
In an open question respondents were asked to express
all their thoughts about regulations by politicians to
integrate both technology applications into city air
space. The responses show a great need for clear
regulation of the use of drone technology.
More than one third of respondents mentioned aspects
of air space management (e.g. air corridors, air



regulation in general (e.g. insurance and liability, drone


of technical aspects. It was also striking that, when
answering the open question, around one tenth of
respondents expressed their rejection of the technology
and did not mention any rules for this reason.
What rules would politicians have to establish
so that drones could become part of
inner city traffic in Germany?


General regulation
Nothing, I’m against drones
Data protection rules
Noise prevention rules
Protection of animals
and the environment
Adjustments to infrastructure

Driving license requirement
Authorisation of drones
in exceptions only
35,5
8,0
13,7
7,3
20,7
7,5
6,5
9,5
7,1
www.skylimits.info
5,2
5,0

Multiple responses were possible.



Source: Sky Limits – WiD / TU Berlin / forsa | Survey period: 20 – 29 January 2020 | Based on 1,000 respondents | Results in per cent, differences can occur due to rounding
Data on the representative
population survey
German speaking population living in private households in
the Federal Republic of Germany and aged 18 years or over
1,000 people
The survey was carried out by telephone interview
(dual-frame using mobile and landline telephony in the
ratio 30:70) in the period between 20 and 29 January 2020.
The interviews were carried out by the opinion
research institute forsa.
The respondents in the landline sample were selected
by means of multistage random sampling based on the
ADM telephone sampling system. The respondents in the
mobile phone sample were selected by means of multistage
random sampling based on the sampling system for mobile
telephony established in 2005 by the ADM working group
on sampling (Arbeitsgemeinschaft ADM-Stichproben) and
updated annually.
The Sky Limits project took a mixed methods approach.
First of all, ve focus groups were held in Berlin, Stuttgart
and Erfurt on 19 and 30 September 2019 and 2 October
2019. The questionnaire was designed on the basis of their
ndings. It was administered in a fully structured computer
assisted telephone interview (CATI). The general working
instructions, to which all forsa interviewers adhere, ensured
that the interviews were carried out consistently.
Parent population
Number of people
interviewed
Type and dates
of interviews
Sample selection
Procedure
Weighting and
representativity
Documentation
Deviations from the population structure were weighted
using data from ofcial statistics to correspond with the
structure of the German-speaking general population
of Germany aged 18 years and over. Weighting ensured
that the composition of the sample used for evaluation
corresponded with the structure of the parent population.
The results of the study are thus representative and can be
used within the limits of statistical error tolerance to make
generalisations about the parent population. In this study
the error tolerance was +/-3 percentage points.
The original questionnaire text and all the results are
accessible online at www.skylimits.info/ergebnisberichte-
umfrage-englisch/
www.skylimits.info
MÖGLICHE REGULIERUNGEN 16
Publisher:
Sky Limits project
Wissenschaft im Dialog
Charlottenstraße 80
10117 Berlin
Germany
Tel +49 30 2062295-0
www.wissenschaft-im-dialog.de
Technische Universität Berlin
Work, Technology and Participation
Mobility Research Cluster
Marchstraße 23
10587 Berlin
Germany
Tel +49 30 314-24373
www.arte.tu-berlin.de
The Sky Limits project is funded by
Contact:
Sky Limits coordinator
Robin Kellermann
robin.kellermann@tu-berlin.de
Sky Limits project leader
Nico Dannenberger
nico.dannenberger@w-i-d.de
Design:
www.sinnwerkstatt.com
Translation:
www.makesense-translation.de
DOI:
10.13140/RG.2.2.17542.40003
... Some of the studies (e.g., [12]) have considered civilian drones in a general sense, encompassing a variety of use cases (e.g., inspection, photography for commercial purposes, delivery of medical supplies, search and rescue missions). Other research (e.g., [13]) focused on specific use cases such as cargo delivery or passenger transport with so-called air taxis, for instance as an airport shuttle. When both passenger and cargo transport are considered, the terms Urban Air Mobility (UAM) or Advanced Air Mobility (AAM) are often used [14][15][16]. ...
... At the time, it showed a fairly balanced pattern of opinion with 53% of citizens reporting to have a rather positive attitude towards civilian drones, 38% stating to have a rather negative attitude, and 9% being undecided or refusing to answer the question. Both the study of Eißfeldt et al. [12] and other surveys (e.g., [13,14]) have shown that public attitudes vary depending on the purpose of drone flights. For example, in the telephone survey of Dannenberger et al. in Germany in 2020 [13], the use of delivery drones and air taxis only for emergency purposes yielded higher approval than their application for parcel delivery and individual transport in general. ...
... Both the study of Eißfeldt et al. [12] and other surveys (e.g., [13,14]) have shown that public attitudes vary depending on the purpose of drone flights. For example, in the telephone survey of Dannenberger et al. in Germany in 2020 [13], the use of delivery drones and air taxis only for emergency purposes yielded higher approval than their application for parcel delivery and individual transport in general. ...
Article
Full-text available
The technology of unmanned aerial vehicles (i.e., civilian drones) continues to improve and concepts of operations are being developed. Against this background, the importance of public acceptance has grown and the number of studies on the subject has increased in recent years. In this context and as a follow-up to the study by Eißfeldt and colleagues (Eißfeldt et al. in CEAS Aeronaut. J. 11:665-676, 2020), a representative telephone survey on the acceptance of civilian drones in Germany was conducted at the end of 2022. In addition to re-evaluating the attitude towards civilian drones in general, the current study particularly examined the use case of air taxis. It was found that the attitude towards civilian drones tended to be slightly more positive than in the first study. For air taxis, attitudes were revealed to be relatively balanced, with a slight negative tendency. Moreover, extensive inferential statistical analyses showed several factors such as active experience with drones, general sensitivity to noise, and interest in environmental protection to be significantly associated with the attitudes towards civilian drones and air taxis. The application of three different prediction models revealed that a person's attitude towards civilian drones could be predicted with up to 71% accuracy by drone-related concerns. In this context, concerns about the violation of privacy and animal welfare had the highest predictive value. In sum, the current study provides a comprehensive overview on the acceptance of civilian drones and air taxis in Germany. Its findings underline that citizens' opinions and concerns must be considered when designing future air mobility concepts.
... Some of the studies (e.g., [1]) have considered civilian drones in a general sense, encompassing a variety of use cases (e.g., inspection, photography for commercial purposes, delivery of medical supplies, search and rescue missions). Other research (e.g., [10]) focused on specific use cases such as cargo delivery or passenger transport with so-called air taxis, for instance as an airport shuttle. When both passenger and cargo transport are considered, the terms Urban Air Mobility (UAM) or Advanced Air Mobility (AAM) are often used [11][12][13]. ...
... At the time, it showed a fairly balanced pattern of opinion with 53% of citizens reporting to have a rather positive attitude towards civilian drones, 38% stating to have a rather negative attitude, and 9% being undecided or refusing to answer the question. Both the study of Eißfeldt et al. [1] and other surveys (e.g., [10][11]) have shown that public attitudes vary depending on the purpose of drone flights. For example, in the telephone survey of Dannenberger et al. in Germany in 2020 [10], the use of delivery drones and air taxis only for emergency purposes yielded higher approval than their application for parcel delivery and individual transport in general. ...
... Both the study of Eißfeldt et al. [1] and other surveys (e.g., [10][11]) have shown that public attitudes vary depending on the purpose of drone flights. For example, in the telephone survey of Dannenberger et al. in Germany in 2020 [10], the use of delivery drones and air taxis only for emergency purposes yielded higher approval than their application for parcel delivery and individual transport in general. ...
... However, the study also shows that EU citizens are concerned about risks related to safety, noise, security, and impact on wildlife. The Sky Limits project (Kellermann and Dannenberger 2020) finds that a majority of German citizens are opposed to delivery drones (55%) and transportation by air taxis (62%), mainly based on fear of drones crashing (75%) and causing human injuries (81%). Women and citizens older than 60 years are the least positive. ...
... Again, there are demographic differences, both across gender with men being more supportive than women (37% versus 25%) and across age groups with respondents aged 18-24 being more positive than those aged 65-74 (45% versus 18%). Overall, although the study by the European Union Aviation Safety Agency (2021b) shows that the prevailing opinion on the use of drones is positive among EU citizens, the studies made in Germany (Eißfeldt et al. 2020;Kellermann and Dannenberger 2020) and Great Britain (IMECHE 2019) signal that a considerable share of citizens are less positive. ...
... The European Union Aviation Safety Agency (EASA 2021b) found that the perceived usefulness of drones is highest in cases of emergency and healthcare, especially for transporting injured persons and medical supplies to hospitals (41% each) and for transporting emergency medical personnel (36%). The support for such use cases is similarly high in the Sky Limits study (Kellermann and Dannenberger 2020) of the public opinion in Germany, where the use of drones for purposes such as delivery of AED (automated external defibrillator) to wherever the person suffering a heart attack is located, is supported by almost two-thirds of the respondents. This is in line with the study by IMECHE (2019) showing that 75% of citizens across Great Britain support drones for emergency purposes. ...
Article
Full-text available
Drones are expected to become widespread in society, making public readiness an important prerequisite for successfully unleashing them. This article investigates Danish citizens’ opinions on drones across varying fields of application and, specifically, six potential cases of healthcare logistics. Survey data representative of age, gender, and geography were collected and included information about respondents’ background, knowledge level of drones, and opinions on different drone use cases. Data were analysed with frequency tables and bivariate cross-tabulation. A thousand and four Danish adults completed the survey. Although other fields of application received higher levels of support, a majority of the respondents were positive towards using drones for healthcare logistics. Transportation of medicine and blood samples between hospitals were the most accepted healthcare use cases. Support varies across age with the highest support found in the eldest age group. Also, the more citizens report to know about drones, the more they tend to support using them. The results suggest that policymakers and firms must be attentive towards the public opinion on drones and seek insights into what citizens regard as noble purposes of using drones. Moreover, citizens must become more acquainted with drones, as this will likely boost public support.
... Vehicles are fitted with mission-specific payloads to carry out their necessary tasks and platforms can be small (such as for seed planting) or larger to spray an entire field in a short amount of time. • Deliveryin a delivery mission, the most important payload is the item(s) being delivered and can include packages [29,30], food [31], humanitarian supplies, blood, organs, medical supplies [32,33], or even people [30,34]. Vehicle size, speed, and range is scaled based on the total weight of the payload as a drone for delivering individual packages can be quite small, while an UAM vehicle must be larger. ...
... Vehicles are fitted with mission-specific payloads to carry out their necessary tasks and platforms can be small (such as for seed planting) or larger to spray an entire field in a short amount of time. • Deliveryin a delivery mission, the most important payload is the item(s) being delivered and can include packages [29,30], food [31], humanitarian supplies, blood, organs, medical supplies [32,33], or even people [30,34]. Vehicle size, speed, and range is scaled based on the total weight of the payload as a drone for delivering individual packages can be quite small, while an UAM vehicle must be larger. ...
... An interesting finding from the Dannenberger et al. survey was that the proportion of the population willing to use an air taxi increased by a factor of three in the event of an emergency [30]. Keller et al. identified the perceived safety-risk benefit as the most important factor when attempting to market the use of RPAS to the public [111]. ...
Article
The aviation industry has seen a lot of innovation over the last 125 years. Advancements such as transatlantic flight and the development of avionics technologies and composite materials have changed how we think about what the future will hold. Advanced aviation technologies such as remotely piloted aircraft systems (i.e., "drones") and urban air mobility may be the next revolution in the aviation industry. While many in the aviation industry look forward to greater inclusion of these technologies, the public may have a different perspective. This review aims to examine the factors that may influence one's perception of advanced aviation technologies. First, an overview of the technologies is presented to categorize the different types of drones and how they are used, followed by a discussion on the principles of technological adoption. Next, data from past studies investigating the public perception of drones and air taxis was collected and analyzed to discover if any patterns exist in terms of overall acceptance or mission preferences, and to determine the root causes of hesitancy towards this emerging technology. The trends suggest that drones have become increasingly accepted as public awareness rises, and missions that support the common good are viewed more favourably than commercial uses such as package delivery or air taxi services. The major obstacles include the perceived level of risk, pre-existing judgement as to the technological reliability, as well as the lack of perceived benefits when compared to existing technologies. Each of these topics are discussed and finally, a roadmap towards public acceptance is presented, incorporating the viewpoints of the public, drone users, and regulatory authorities. Together, this review discusses the current state of the field and what must be done to better integrate advanced aviation technologies into everyday life.
... For example, Tepylo et al. (2023) analysed several studies in the USA between 2011 and 2018 and show how the willingness to fly in such an autonomous aircraft increased from almost 10 % to over 50 % (Tepylo et al.). In contrast to that, a German populationrepresentative telephone survey from 2020 shows that only a minority of 18 % of respondents somewhat or fully agree to use air taxis for their personal mobility (Dannenberger et al., 2020), while a representative online study two years later found that 22 % of respondents would be willing to use air taxis for inner-city commuting (Verband Unbemannte Luftfahrt VUL, 2022). ...
... Regarding the impact of passenger UAM on public space, the aforementioned population representative study from Germany shows that 43 % of respondents believe that air taxis would make urban areas less liveable, while only 22 % of respondents are sure that passenger transport with air taxis would have a positive impact on the quality of life in cities. When asked about a future in which many people would use air taxis, 61 % of respondents rated it as very or fairly bad if air taxis blocked the currently unobstructed view of the sky (Dannenberger et al., 2020). In a statistical model, authors already confirmed the significance of these both factors for the formation of public attitudes towards delivery drones in urban areas (Kellermann et al., 2023). ...
Article
Full-text available
Urban air mobility (UAM) holds great promise as an expansion of the transportation system in cities. Despite the progress in UAM technology, there remains significant uncertainty surrounding how the public will accept and react to these mobility services. This study employed a structural equation model (SEM) to construct a comprehensive framework that delves into the factors influencing public attitudes toward air taxis. Data for the model is derived from a sequential exploratory mixed methods approach. The initial phase involved identifying acceptance factors towards air taxis through five focus groups, laying the foundation for the subsequent structural model development. A survey involving 819 participants was conducted in Germany in the next phase. The latent variables in this model are the expected benefits, expected risks, and the personal level of technophilia. The results show that rising stress levels through new air traffic flows, noise, and blocking sky views affect negative attitudes toward air taxis in public spaces. In contrast, the user expectation of avoiding traffic jams and achieving time savings contributes positively. Additionally, people who are more technophilic tend to have a more positive attitude toward air taxis. However, the perceived negative consequences of air taxis exert more substantial and stronger influences on public attitude than the expected benefits. By introducing the acceptance factors and relevant dimensions of a public attitude, this study provides insights to shape the design of UAM in accordance with the common good.
... In this context, one of the most widely discussed topics is the influence on the level of acceptance of the actual operating institution, or the purpose of use, for example, whether the public is more accepting of flights performed in the public interest such as law enforcement or a rescue activity, in the interest of scientific or non-profit endeavours, for commercial reasons, or by hobbyists (Clarke 2014;Freeman and Freeland 2015;Sandbrook 2015;Wang et al. 2016;Lidynia et al. 2017;Markowitz et al. 2017;Royal Aeronautical Society Drones Polling 2017;Heen et al. 2018;Rice et al. 2018;Anania et al. 2019;Aydin 2019;Rosenfeld 2019;Eißfeldt et al. 2020;Kellermann and Dannenberger 2020;Lin Tan et al. 2021;Fasterholdt et al. 2023;Miron et al. 2023). This issue seems to be culturally conditioned. ...
... This issue seems to be culturally conditioned. Whereas American studies show evidence for higher rates of approval of activities performed by private users, European studies document significantly higher acceptance for activities by law enforcement and rescue teams (Klauser 2009;Heen et al. 2018;Anania et al. 2019;West et al. 2019;Eißfeldt et al. 2020;Kellermann and Dannenberger 2020). This study develops these previous studies and looks for an instance possibly confirming cultural conditionality and also inquires into the connection between the type of flight-related activity (flight, recording, and material sharing) and the type of operator--similarly to previous work by Zwickle and Farber (Zwickle et al. 2019). ...
Article
Full-text available
Understanding societal acceptance of drones is key to their operational incorporation to flight space. For this reason, this study measures experience, norms, and concerns related to drone operation on a quota representative sample of the Czech public and provides an overview of the situation. It finds out that a majority of Czechs already has some level of personal experience with drones and that Czechs are quite confident about high quality of drones’ performance in regard to manoeuvrability, video recording, or low noise levels. Despite these, more legislative regulations and their stronger enforcement are favoured by the majority. Public acceptance of a particular type of flight operations is then highly dependent on the operators’ institutional background. Operations by police and firefighters are supported significantly more. Finally, it is shown that privacy is the driving concern compared to safety or noise in the Czech Republic. Given these, it seems reasonable to focus further communication with the public about this issue, particularly on the introduction of technological capabilities, societal effects of drone operation, and the current legislative framework related to privacy rights and new technologies rather than on promoting drone operation safety.
... The offered modes of UAM transportation vary by the purposes performed by flight destinations, classified according to business models, however the concept is still in the same meaning as air-taxi service for society (Baur et al., 2018;Dannenberger et al., 2020). The public UAM mission is intended to provide travel to and from work or on demand bases around a city, so called intra city transportation (Syed et al., 2017), rapid round-trip connectivity with the airport as an airport shuttle (Fu et al., 2019;Straubinger et al., 2021), as well as intercity operation connecting the city center to suburban and rural areas. ...
Article
Full-text available
The development and implementation of the Urban Air Mobility transportation system, using electric vertical takeoff and landing (e-VTOL) aircrafts are the most promising solutions to mitigate growing congestion in big cities. The multiple studies and assumed forecasts indicate a transformation of urban and regional transportation infrastructure while applying the air mobility concept. This study analyzes the feasibility of UAM operations focused on the selection of service segmentation with relevant use cases, which allows for define suitable air vehicle configurations for optimization of possible air network development for Baku city and suburban areas. The result of the study introduces air vehicle features, including flight range, payload ratio, as well as several aspects of weather condition for safe operations, and outlines approaches to defining suitable regulatory framework requirements for public departments. The findings provide a practical perspective for urban planners and involved single companies, which may be useful guidelines at the initial stages of UAM services and obtaining significant information about e-VTOL aircraft and their design configurations to overcome arising barriers in the implementation processes.
... Public support for commercial drone delivery currently appears low. For example, results of a representative population survey in Germany conducted in early 2020 show that only 25% of the respondents support or strongly support the idea of using the technology for the delivery of consumer goods, while 55% of the respondents disagree or strongly disagree [12]. Those results correspond to a cross-European study by EASA [13], in which participants were asked to rank their three most useful drone applications out of fourteen possible. ...
Article
Full-text available
Background Last-mile delivery by drone is expected to be a promising innovation for future urban logistics. However, in addition to adoption of services by customers, leveraging this delivery method will depend essentially on a positive public perception of such services in urban airspace. Objective This article provides novel and comprehensive insights into factors driving or impeding citizens' attitudes towards drone delivery. Methodology The article develops a structural equation model that derives from a sequential exploratory mixed methods design. In the first step, factors affecting attitudes towards drone delivery were identified within the scope of five focus groups and converted into the development of a questionnaire. In the second step, a German population-representative survey was conducted through telephone interviews, which provided reliable data to test the model (n = 819). Results Expected risks (particularly stress due to traffic in lower airspace, noise, and visual disturbances), as well as expected benefits (particularly fast and time-flexible delivery), significantly affect attitudes towards drone-based delivery, while the individual level of technological openness (technophilia) does not have a significant association. Moreover, the model reveals that the expected risks of drone deliveries are stronger associated with public attitude than with expected benefits. Conclusions The provided framework suggests fashioning policies and drone delivery applications that focus on mitigating social, spatial, and visual risks while achieving maximum utility for customers.
... Foremost to name in this context are the additional security and safety risks posed by UAM. Concerns about increased noise levels and privacy invasion are also persistent in the relevant literature as well as proven significant acceptance factors in representative surveys (Dannenberger et al., 2020). Additionally, decreasing urban life quality due to traffic movement in the sky (Nentwich and Horváth, 2018; Bundesministerium für Verkehr und digitale Infrastruktur, 2019), stress effects on people and the animal fauna (Wynsberghe et al., 2018), land use conflicts due to infrastructure demand as well as the public rejection of a new form of elite mobility (Otto-Zimmermann and Roeßiger, 2018) may lead to the (urban) population exercising its 'stake' on UAM introduction. ...
... Foremost to name in this context are the additional security and safety risks posed by UAM. Concerns about increased noise levels and privacy invasion are also persistent in the relevant literature as well as proven significant acceptance factors in representative surveys (Dannenberger et al., 2020). Additionally, decreasing urban life quality due to traffic movement in the sky (Nentwich and Horváth, 2018; Bundesministerium für Verkehr und digitale Infrastruktur, 2019), stress effects on people and the animal fauna (Wynsberghe et al., 2018), land use conflicts due to infrastructure demand as well as the public rejection of a new form of elite mobility (Otto-Zimmermann and Roeßiger, 2018) may lead to the (urban) population exercising its 'stake' on UAM introduction. ...
Thesis
Full-text available
This dissertation makes use of urban spatial computable general equilibrium (USCGE) models tailored towards the application to urban transport in general and urban air transport specifically. The thesis assesses the effects of urban air mobility (UAM) introduction and hopes to contribute to the young field of research by providing evidence on possible long-run effects of transport drones. In recent years there has been a strong increase in research output in the field of UAM. The studies on the topic are wide-spread discipline-wise, reaching from vehicle design over UTM, regulation and certification to acceptance and adoption. Not only research, but also business activities are strongly increasing. Yet, UAM still faces technical, infrastructural and societal hurdles on the way to introduction. One of the main hurdles is the support of authorities, policy makers and the public. To enable a supporting environment early on, it is important to provide tools and methods that enable an assessment of the long-run effects of transport drones. Making use of USCGE models, this thesis broadens the discussion on UAM impacts to include also welfare effects, environmental aspects, and differentiate between the impacts on different parts of society. Applying a USCGE model to an existent transportation issue, namely parking, gives confidence in the chosen method. Tailoring the model to UAM and incorporating both high- and low-skilled households enables us to derive several interesting findings. Using agglomeration effects and amenities the model allows to differentiate between cities where high-skilled locate close to the city-centre and cities where high-skilled rather move to the suburbs. Differentiating between both initial spatial structures shows that the impact that the city structure has on the impact of UAM introduction, is minor. UAM system characteristics, like, land demand, prices, marginal cost or travel speed, in contrast significantly impact direction and magnitude of welfare effects. We find that the welfare effects for households with different income levels strongly differ and hence want to emphasise the relevance of understanding the differential impacts of UAM on user and non-users. Expanding the assessment to also include electric ground mobility and explicitly considering the environmental effects of UAM introduction shows that differences in taxation between gasoline and electricity lead to welfare losses when a forced transition from gasoline cars to electric cars takes place, while CO2 emissions go down. The higher tax on gasoline compared to electricity, as it is currently in place in Germany, results in a better internalization of otherwise untackled congestion externalities and hence explains this somewhat unexpected effect. The model also provides evidence, that introducing UAM as a substitute for gasoline cars has the potential to reduce CO2 emissions, whereas serving as an alternative to electric cars UAM usage increases CO2 emissions due to higher energy demand. Drones can also be used for cargo transport. In order to understand these effects as well the USCGE model is adapted to model different retail channels (local shops, online shopping and delivery via drone and online shopping with delivery via truck) and the logistic structures behind them. The assessment shows that additional retail channel choice options increase welfare and that the rise of e-commerce could significantly impact location choices in cities. This research shows that especially the long-run impact of passenger and cargo drones on users as well as non-users need consideration when assessing promising applications. From an environmental perspective, it is essential to identify applications that either allow to save energy due to shorter routes (e.g. due to geographical barriers), or justify the additional energy use due to the value added by the service (e.g. emergency applications or generating parity in living conditions).
ResearchGate has not been able to resolve any references for this publication.