1 INTRODUCTION 36
1.1 OBJECTIVES OF THE STUDY 36
1.2 MARKET DEFINITION 36
1.2.1 AERIAL DELIVERY DRONES 36
1.2.2 GROUND DELIVERY VEHICLES 36
1.3 STUDY SCOPE 37
1.3.1 AUTONOMOUS LAST MILE DELIVERY MARKET SEGMENTATION 37
1.3.2 REGIONAL SCOPE: AERIAL DELIVERY DRONES MARKET 38
1.3.3 REGIONAL SCOPE: GROUND DELIVERY VEHICLES MARKET 38
1.3.4 YEARS CONSIDERED FOR THE STUDY 39
1.4 CURRENCY 39
1.5 LIMITATIONS 40
1.6 MARKET STAKEHOLDERS 40

2 RESEARCH METHODOLOGY 41
2.1 RESEARCH DATA 41
2.1.1 SECONDARY DATA 43
2.1.2 PRIMARY DATA 44
2.1.2.1 Key data from primary sources 45
2.1.2.2 Breakdown of primaries 46
2.2 MARKET SIZE ESTIMATION 46
2.2.1 MARKET DEFINITION & SCOPE 46
2.3 RESEARCH APPROACH & METHODOLOGY 47
2.3.1 BOTTOM-UP APPROACH 47
2.3.1.1 Autonomous last mile delivery market 47
2.3.1.2 Autonomous last mile delivery market, by solution 48
2.3.1.3 Autonomous last mile delivery market, by type 48
2.3.1.4 Autonomous last mile delivery market, by payload 48
2.3.1.5 Autonomous last mile delivery market, by range 48
2.3.2 TOP-DOWN APPROACH 48
2.4 MARKET BREAKDOWN & DATA TRIANGULATION 50
2.5 RESEARCH ASSUMPTIONS 51

3 EXECUTIVE SUMMARY 52
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4 PREMIUM INSIGHTS 60
4.1 ATTRACTIVE GROWTH OPPORTUNITIES IN AUTONOMOUS LAST MILE DELIVERY MARKET 60
4.2 AUTONOMOUS LAST MILE DELIVERY MARKET, BY PLATFORM 61
4.3 AERIAL DELIVERY DRONES MARKET, BY COUNTRY 61
4.4 GROUND DELIVERY VEHICLES MARKET, BY COUNTRY 62

5 MARKET OVERVIEW 63
5.1 INTRODUCTION 63
5.2 AERIAL DELIVERY DRONES MARKET DYNAMICS 63
5.2.1 DRIVERS 64
5.2.1.1 Demand for the fast delivery of packages 64
5.2.1.2 Incorporation of advanced sense and avoid systems in aerial delivery drones 64
5.2.1.3 Amendments in regulatory frameworks to encourage the use of aerial delivery drones 64
5.2.1.4 Increased use of low-cost and light payload drones for product delivery by startups 64
5.2.2 RESTRAINTS 65
5.2.2.1 Lack of required infrastructure to support operations of aerial delivery drones in emerging economies 65
5.2.2.2 Limited bandwidth and battery life of aerial delivery drones 65
5.2.3 OPPORTUNITIES 65
5.2.3.1 Development of aerial delivery drones that function smoothly in geographically challenging areas 65
5.2.3.2 Growth opportunities for vendors at different levels of the value chain of aerial drone deliveries 66
5.2.3.3 Incorporation of Internet of Things (IoT) in the ecosystem of aerial delivery drones 66
5.2.4 CHALLENGES 66
5.2.4.1 Data security breaches in aerial delivery drones 66
5.2.4.2 Issues related to traffic management of aerial delivery drones 66
5.2.4.3 Safety and security issues related to the use of aerial delivery drones for the last mile delivery of packages 67
5.2.4.4 Lack of risk management framework and insurance cover for aerial delivery drones 67
5.3 GROUND DELIVERY VEHICLES MARKET DYNAMICS 68
5.3.1 DRIVERS 68
5.3.1.1 Reduction in delivery costs due to use of ground delivery vehicles 68
5.3.1.2 Technological advancements in ground delivery vehicles 68
5.3.1.3 Increase in venture funding for the development of next-level ground delivery vehicles 69
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5.3.2 RESTRAINTS 69
5.3.2.1 Formulation and stringent implementation of regulations pertaining to operations of ground delivery vehicles 69
5.3.2.2 Performance issues in untested environments and lack of appropriate decision-making 69
5.3.3 OPPORTUNITIES 69
5.3.3.1 Flourishing e-commerce industry across the globe 69
5.3.4 CHALLENGES 70
5.3.4.1 Limited operational range of ground delivery vehicles 70
5.3.4.2 Vulnerability of ground delivery vehicles to cyber threats due to their automation 70
5.3.4.3 Safe and smooth operation of ground delivery vehicles in populated areas 70

6 INDUSTRY TRENDS 71
6.1 INTRODUCTION 71
6.2 EVOLUTION 71
6.2.1 AERIAL DELIVERY DRONES 71
6.2.2 GROUND DELIVERY VEHICLES 71
6.3 TECHNOLOGY TRENDS 72
6.3.1 CLOUD ROBOTICS 72
6.3.2 WIRELESS CHARGING 72
6.3.3 AUTOMATED GROUND CONTROL STATIONS 72
6.3.4 COMPUTER VISION 73
6.3.5 MULTI-SENSOR DATA FUSION FOR EFFECTIVE NAVIGATION 73
6.3.6 ADVANCED ALGORITHMS AND ANALYTICS 73
6.3.7 MACHINE LEARNING POWERED ANALYTICS 74
6.3.8 5G TECHNOLOGY 74
6.3.9 MANUFACTURING THROUGH 3D PRINTING 74
6.3.10 BLOCKCHAIN 74
6.3.11 ADVANCED BATTERY TECHNOLOGIES 75
6.3.12 SUPPLY CHAIN 4.0 75
6.4 INVESTMENT ANALYSIS 75
6.5 VALUE CHAIN ANALYSIS 76
6.6 USE CASES: AERIAL DELIVERY DRONES 77
6.6.1 USE OF PROJECT WING OF ALPHABET TO DELIVER FOOD AND MEDICINES IN AUSTRALIA 77
6.6.2 REGULATORS APPROVE TRIAL FLIGHTS OF URBAN FLIGHT DELIVERY SYSTEMS OF DRONE DELIVERY CANADA 77
6.6.3 ELE.ME STARTS FOOD DELIVERY USING DRONES IN SHANGHAI 77
6.6.4 SF EXPRESS RECEIVED LICENSE TO START AERIAL DRONE-BASED NETWORK FOR DELIVERIES WITHIN PILOT ZONES OF CHINA 78
6.6.5 EMQOPTER DELIVERS FOOD PARCELS IN GERMANY USING AERIAL DELIVERY DRONES 78
6.6.6 SKYWAYS UAV OF AIRBUS HELICOPTERS CONDUCTS ITS FIRST PARCEL DELIVERY IN SINGAPORE 78
6.6.7 ZIPLINE PLANS TO DELIVER MEDICINES IN AFRICAN REGION USING AERIAL DELIVERY DRONES 78
6.6.8 DRONE DELIVERIES TO KING’S WALK GOLF COURSE IN GRAND FORKS, NORTH DAKOTA 78
6.6.9 AMAZON PLANS TO TRANSFORMING PARCEL DELIVERY USING PRIME AIR DELIVERY DRONE 78
6.6.10 DHL HAS SUCCESSFULLY COMPLETED TRAILS OF BVLOS MEDICINE DELIVERY FLIGHTS ACROSS LAKE VICTORIA, TANZANIA 79
6.7 USE CASES: GROUND DELIVERY VEHICLES 79
6.7.1 NURO AUTONOMOUS DELIVERY ROBOTS PROVIDING COST-EFFECTIVE GROCERY DELIVERY SERVICES FOR KROGER 79
6.7.2 KIWIBOTS DEPLOYED TO CARRY OUT LOW-COST FOOD DELIVERY SERVICES IN UNIVERSITY CAMPUSES IN CALIFORNIA 79
6.7.3 PEPSICO DELIVERING SNACKS TO COLLEGE STUDENTS BY A FLEET OF GROUND ROBOTS 79
6.7.4 FEDEX DELIVERS PARCELS USING SAMEDAY DELIVERY BOT 79
6.7.5 DOMINOS USING GROUND DELIVERY ROBOTS TO DELIVER PIZZA IN NEW ZEALAND 79
6.7.6 STARSHIP TECHNOLOGY OFFERING FOOD DELIVERIES AT GEORGE MASON UNIVERSITY’S FAIRFAX CAMPUS 80
6.7.7 JD.COM STARTED DELIVERIES USING AL EQUIPPED GROUND ROBOTS 80
6.7.8 AMAZON’S SCOUT GROUND ROBOT TO DELIVER PARCELS IN WASHINGTON 80
6.8 PATENT ANALYSIS 80

7 AUTONOMOUS LAST MILE DELIVERY MARKET, BY PLATFORM 82
7.1 INTRODUCTION 83
7.2 AERIAL DELIVERY DRONES 84
7.2.1 AERIAL DELIVERY DRONES USED TO DELIVER LIGHTWEIGHT PACKAGES IS EXPECTED TO DRIVE THE GROWTH OF AUTONOMOUS LAST MILE DELIVERY MARKET 84
7.3 GROUND DELIVERY VEHICLES 84
7.3.1 HUGE INVESTMENT FOR THE DEVELOPMENT OF GROUND DELIVERY VEHICLES IS DRIVING AUTONOMOUS LAST MILE DELIVERY MARKET 84

8 AERIAL DELIVERY DRONES MARKET, BY SOLUTION 85
8.1 INTRODUCTION 86
8.2 AERIAL DELIVERY DRONES SOLUTION MARKET, BY HARDWARE 87
8.2.1 AIRFRAMES 87
8.2.2 GPS/GNSS 87
8.2.3 INS/IMU 87
8.2.4 SENSORS 88
8.2.5 PROPULSION SYSTEMS 88
8.2.6 BATTERIES 88
8.2.7 RADARS 88
8.2.8 CAMERAS 88
8.2.9 OTHERS 88
8.3 AERIAL DELIVERY DRONES SOLUTION MARKET, BY INFRASTRUCTURE 89
8.3.1 GROUND CONTROL STATIONS 89
8.3.1.1 Ground control stations will be used for applications such as remote monitoring, route planning and controlling, among others 89
8.3.2 CHARGING STATIONS 89
8.3.2.1 Charging pads or charging stations will be used to charge aerial delivery drones for increasing the drone range and efficiency 89
8.3.3 VERTIPORTS/LANDING PADS 89
8.3.3.1 Vertiport/Landing pads to be used for docking the drones 89
8.3.4 MICRO-FULFILLMENT CENTERS 90
8.3.4.1 Amazon has filled patents to develop mobile micro-fulfillment centers for same day delivery 90
8.4 AERIAL DELIVERY DRONES SOLUTION MARKET, BY SOFTWARE 90
8.4.1 ROUTE PLANNING AND OPTIMIZING 90
8.4.1.1 Route planning and optimization accounts for maximum share in aerial delivery drones solution market 90
8.4.2 INVENTORY MANAGEMENT 91
8.4.2.1 Inventory management solutions to be used for asset tracking, service management, product identification, and inventory optimization 91
8.4.3 LIVE TRACKING 91
8.4.3.1 Live tracking will be used to locate drones in real-time enabling smooth last mile delivery service 91
8.4.4 FLEET MANAGEMENT 91
8.4.4.1 Successful autonomous last mile delivery of packages will require sophisticated fleet management solutions 91
8.4.5 COMPUTER VISION 91
8.4.5.1 Computer vision is the key requirement in the distribution process of packages, right from their pickup points to their delivery points 91
9 AERIAL DELIVERY DRONES MARKET, BY TYPE 92
9.1 INTRODUCTION 93
9.2 FIXED-WING 94
9.2.1 FIXED-WING AERIAL DELIVERY DRONES HAVE HIGHER WEIGHT CARRYING CAPACITY AS COMPARED TO OTHER DRONES 94
9.3 ROTARY-WING 94
9.3.1 ROTARY-WING DRONES HAVE EMERGED AS A PROMISING CHOICE FOR USE IN VARIOUS APPLICATIONS IN THE LOGISTICS SECTOR 94
9.4 HYBRID 94
9.4.1 KEY MARKET PLAYERS ARE FOCUSING ON THE DEVELOPMENT OF HYBRID DRONES TO BE USED FOR AUTONOMOUS LAST MILE DELIVERY APPLICATIONS 94
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10 AERIAL DELIVERY DRONES MARKET, BY APPLICATION 95
10.1 INTRODUCTION 96
10.2 LOGISTICS & TRANSPORTATION 97
10.2.1 POSTAL DELIVERY 97
10.2.1.1 Australia, Germany, Switzerland, and Singapore are undertaking drone trials to test the feasibility and profitability of using them for postal delivery 97
10.2.2 PACKAGE DELIVERY 97
10.2.2.1 Package delivery using autonomous aerial drones is expected to commercialize during the forecasted years 97
10.3 HEALTHCARE & PHARMACY 98
10.3.1 MEDICINE SUPPLY 98
10.3.1.1 Medical and healthcare institutions across the globe have started using aerial delivery drones for the transportation of medical supplies 98
10.3.2 BLOOD SUPPLY 98
10.3.2.1 Zipline uses fixed-wing drones for transporting blood bags to remote areas in Africa resulting in increasing adoption of aerial drones for last mile delivery 98
10.3.3 1.3.3 ORGAN TRANSPORT 99
10.3.3.1 US witnessed the first organ transplant using aerial drone and is anticipated to boost the growth of autonomous last mile delivery using drones 99
10.3.4 EQUIPMENT TRANSPORT 99
10.3.4.1 Flirtey announced a partnership to launch the first automated external defibrillator (AED) drone delivery service in the US 99
10.4 RETAIL & FOOD 99
10.4.1 E-COMMERCE 100
10.4.1.1 Retail & food delivery is the industries anticipated to adopt the autonomous last mile delivery solutions in the early stages 100
10.4.2 GROCERY DELIVERY 100
10.4.2.1 Increasing demand for grocery delivery directly to customer’s door has contributed in the growth of autonomous last mile delivery market 100
10.4.3 FOOD DELIVERY 100
10.4.3.1 Players such as Wing and Uber Eats are investing to use autonomous delivery drones for last mile delivery operations 100

11 AERIAL DELIVERY DRONES MARKET, BY PAYLOAD WEIGHT 101
11.1 INTRODUCTION 102
11.2 <5 KILOGRAMS 103
11.3 5–10 KILOGRAMS 103
11.4 >10 KILOGRAMS 103
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12 AERIAL DELIVERY DRONES MARKET, BY RANGE 104
12.1 INTRODUCTION 105
12.2 SHORT RANGE (<20 KILOMETERS) 106
12.3 LONG RANGE (>20 KILOMETERS) 106

13 GROUND DELIVERY VEHICLES MARKET, BY SOLUTION 107
13.1 INTRODUCTION 108
13.2 GROUND DELIVERY VEHICLES SOLUTION MARKET, BY HARDWARE 109
13.2.1 GPS/GNSS 109
13.2.2 LIDAR 110
13.2.3 SENSORS 110
13.2.4 MOTORS 110
13.2.5 BATTERIES 110
13.2.6 RADARS 111
13.2.7 CAMERAS 111
13.2.8 OTHERS 111
13.3 GROUND DELIVERY VEHICLES SOLUTION MARKET, BY INFRASTRUCTURE 112
13.3.1 GROUND CONTROL STATIONS 112
13.3.1.1 Ground control stations will be used for applications such as remote monitoring, route planning and controlling, among others 112
13.3.2 CHARGING STATIONS 112
13.3.2.1 Charging pads or charging stations will be used to charge aerial delivery drones for increasing the drone range and efficiency 112
13.3.3 MICRO-FULFILLMENT CENTERS 112
13.3.3.1 Micro-fulfillment centers combine the benefits of local distribution with the economics of automated fulfillment to develop a human-free distribution chain for the autonomous last mile delivery of packages 112
13.4 GROUND DELIVERY VEHICLES SOLUTION MARKET, BY SOFTWARE 113
13.4.1 ROUTE PLANNING AND OPTIMIZING 113
13.4.1.1 Route planning and optimizing helps in identifing the shortest path between two points and includes all relevant factors such as the number and location of all required stops in the route 113
13.4.2 INVENTORY MANAGEMENT 113
13.4.2.1 Inventory management software enables cost savings involved in inventory management, increases the efficiency of warehouse operations 113
13.4.3 LIVE TRACKING 114
13.4.3.1 Live tracking feature is an essential component in making ground delivery vehicles a commercially viable option as it provides information about the exact location of vehicles to consumers in real-time 114
13.4.4 FLEET MANAGEMENT 114
13.4.4.1 Fleet Management helps in planning and maintenance of ground delivery vehicles, scheduling their dispatch using delivery bots 114
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13.4.5 COMPUTER VISION 114
13.4.5.1 Computer vision plays an important role in the distribution process of packages, right from their pickup points to their delivery points 114

14 GROUND DELIVERY VEHICLES MARKET, BY TYPE 115
14.1 INTRODUCTION 116
14.2 DELIVERY BOTS 117
14.2.1 DELIVERY BOTS ARE SMALL-SIZED GROUND ROBOTS IDEAL FOR AUTONOMOUS LAST MILE DELIVERY OF SMALL PACKAGES SUCH AS FOOD ITEMS, MEDICINES, AND OTHER LIGHTWEIGHT CARGOS 117
14.3 SELF-DRIVING VANS & TRUCKS 117
14.3.1 SELF-DRIVING VANS & TRUCKS ARE CRITICAL FOR CITIES WHEREIN TRAFFIC CONGESTION IS A SERIOUS PROBLEM 117

15 GROUND DELIVERY VEHICLES MARKET, BY APPLICATION 118
15.1 INTRODUCTION 119
15.2 LOGISTICS & TRANSPORTATION 120
15.2.1 POSTAL DELIVERY 120
15.2.1.1 Postal companies worldwide are opting for new methods to modify their traditional letter delivery business models 120
15.2.2 PACKAGE DELIVERY 120
15.2.2.1 Ground delivery vehicles enable quick and cost-effective delivery of packages, thereby leading to a rise in their demand for carrying out the autonomous last mile delivery of packages 120
15.3 RETAIL & FOOD 121
15.3.1 E-COMMERCE 121
15.3.1.1 The e-commerce industry is witnessing significant growth across the globe, thereby leading to an increased demand for freight forwarding and logistics support 121
15.3.2 GROCERY DELIVERY 122
15.3.2.1 Ground delivery vehicles are used by several grocery stores to deliver groceries to customers at their doorsteps 122
15.3.3 FOOD DELIVERY 122
15.3.3.1 Delivery projects have been undertaken across the globe to carry out the transportation of food packages using ground delivery vehicles 122

16 GROUND DELIVERY VEHICLES MARKET, BY PAYLOAD WEIGHT 123
16.1 INTRODUCTION 124
16.2 <5 KILOGRAMS 125
16.3 5–10 KILOGRAMS 125
16.4 >10 KILOGRAMS 125

17 GROUND DELIVERY VEHICLES MARKET, BY RANGE 126
17.1 INTRODUCTION 127
17.2 SHORT RANGE (<20 KILOMETERS) 128
17.3 LONG RANGE (>20 KILOMETERS) 128

18 REGIONAL ANALYSIS – AERIAL DELIVERY DRONES MARKET 129
18.1 INTRODUCTION 130
18.2 NORTH AMERICA 131
18.2.1 US 134
18.2.1.1 Presence of major delivery bots Manufactures in US is resulting in increasing adoption of autonomous last mile delivery 134
18.2.2 CANADA 135
18.2.2.1 Canada is one the fastest-growing economies in the North American region 135
18.3 EUROPE 137
18.3.1 UK 140
18.3.1.1 UK will start drone delivery service shortly 140
18.3.2 GERMANY 142
18.3.2.1 Germany exploring the use of ground robots for package delivery 142
18.3.3 AUSTRIA 144
18.3.3.1 Austria is exploring the opportunities for Parcel Delivery using autonomous last mile delivery solutions 144
18.3.4 FRANCE 145
18.3.4.1 France has long term plans for sustainable integration of unmanned systems for autonomous last mile delivery 145
18.3.5 DENMARK 147
18.3.5.1 Denmark planning to use autonomous bots for package delivery service 147
18.3.6 SWITZERLAND 148
18.3.6.1 Capital of the republic of Switzerland will aid in the promotion and development of autonomous delivery solutions in the country 148
18.4 ASIA PACIFIC 150
18.4.1 CHINA 154
18.4.1.1 Major players such as JD.com and Alibaba are investing heavily in this space 154
18.4.2 JAPAN 155
18.4.2.1 Rautken has partnered with started delivery parcels through aerial drone delivery in rural parts of Japan 155
18.4.3 INDIA 157
18.4.3.1 India is expected to start testing the policy framework developed in newly released Advanced Drone Operators Toolkit to enable state wide aerial drone delivery operations 157
18.4.4 SOUTH KOREA 159
18.4.4.1 South Korea to invest more than a billion dollar for R&D of passenger and delivery drones 159
18.4.5 AUSTRALIA 160
18.4.5.1 Australia is among the most lucrative market in the Asia Pacific region as Alphabet’s subsidiary, Wing, has started parcel deliveries using drones 160
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18.4.6 NEW ZEALAND 162
18.4.6.1 Flirtey launched a new pizza delivery drone in collaboration with Dominos 162
18.4.7 SINGAPORE 163
18.4.7.1 Singapore is among the top countries leading the way in aerial drone delivery market in Asia Pacific region 163
18.5 MIDDLE EAST 166
18.5.1 ISRAEL 168
18.5.1.1 Israel is investing in developing the infrastructure and platform capabilities for commercial use of aerial drones for autonomous last mile delivery 168
18.5.2 UAE 170
18.5.2.1 UAE is planning to launch operational drone deliveries 170
18.6 LATIN AMERICA 172
18.6.1 BRAZIL 174
18.6.1.1 Brazil is promising market for autonomous last mile delivery due to presence of huge network of already existing heliports 174
18.6.2 MEXICO 176
18.6.2.1 Mexico planning to start food delivery using autonomous unmanned systems 176
18.7 AFRICA 177

19 REGIONAL ANALYSIS – GROUND DELIVERY VEHICLES MARKET 180
19.1 INTRODUCTION 181
19.2 NORTH AMERICA 182
19.2.1 US 185
19.2.1.1 Starship Technologies partnered with Postmates and DoorDash companies to target several universities and corporate campuses to offer delivery services for food and grocery items 185
19.2.2 CANADA 186
19.2.2.1 Canadian market growth is driven by increasing grants and funds by the government to encourage development of autonomous ground delivery vehicles 186
19.3 EUROPE 188
19.3.1 UK 191
19.3.1.1 Market growth in the UK is driven by significant use of autonomous ground delivery vehicles in food & beverage industry 191
19.3.2 GERMANY 192
19.3.2.1 Adoption of autonomous ground delivery vehicles to deliver food items and groceries to grow significantly owing to increasing working population in Germany 192
19.3.3 AUSTRIA 194
19.3.3.1 Increasing demand for same day delivery is boosting the adoption of last mile delivery solutions in Austria 194
19.3.4 FRANCE 195
19.3.4.1 Toulouse M?tropole, a city of France has long term plans for sustainable integration of air mobility in phases 195
19.3.5 DENMARK 196
19.3.5.1 Major pilot projects being run by various companies to meet the increasing demand for ground delivery vehicles 196
19.3.6 SWITZERLAND 197
19.3.6.1 Switzerland is investing to check the feasibility for ground delivery vehicles to be used in the country 197
19.4 ASIA PACIFIC 199
19.4.1 CHINA 202
19.4.1.1 Adoption of ground delivery vehicles in e-commerce is expected to drive market growth for autonomous last mile delivery 202
19.4.2 JAPAN 203
19.4.2.1 Surge in aging population is expected to fuel the demand for ground delivery vehicles for autonomous last mile delivery 203
19.4.3 SOUTH KOREA 205
19.4.3.1 Food & beverage industry to drive the market for ground delivery vehicles during the forecast period 205
19.4.4 INDIA 206
19.4.4.1 Increasing investments by swiggy and Zomato in last mile delivery sector will affect the market for ground delivery vehicles during the forecast period 206
19.4.5 AUSTRALIA 207
19.4.5.1 Increasing demand for instant and same-day delivery is expected to fuel the growth of the ground delivery vehicles market in Australia 207
19.4.6 SINGAPORE 208
19.4.6.1 Singapore is expected to run trials for checking the feasibility of delivery robots 208
19.4.7 NEW ZEALAND 209
19.4.7.1 Ground delivery vehicles are expected to witness significant growth in autonomous last mile delivery ecosystem in the country 209
19.5 MIDDLE EAST 211
19.5.1 ISRAEL 214
19.5.1.1 Israel to take initiatives to develop infrastructure capabilities for unmanned systems 214
19.5.2 UAE 215
19.5.2.1 UAE is investing to develop unmanned system infrastructure for autonomous last mile delivery 215
19.6 LATIN AMERICA 216
19.6.1 BRAZIL 219
19.6.1.1 Brazil is a lucrative market for autonomous last mile delivery 219
19.6.2 MEXICO 220
19.6.2.1 Mexico planning to start food delivery using autonomous unmanned systems 220
19.7 AFRICA 221
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19.8 PESTLE ANALYSIS 223
19.8.1 US 223
19.8.1.1 POLITICAL 223
19.8.1.2 ECONOMICAL 223
19.8.1.3 SOCIAL 223
19.8.1.4 TECHNOLOGICAL 223
19.8.1.5 LEGAL 223
19.8.1.6 ENVIRONMENTAL 224
19.8.2 GERMANY 224
19.8.2.1 POLITICAL 224
19.8.2.2 ECONOMICAL 224
19.8.2.3 SOCIAL 224
19.8.2.4 TECHNOLOGICAL 224
19.8.2.5 LEGAL 224
19.8.2.6 ENVIRONMENTAL 225
19.8.3 UK 225
19.8.3.1 POLITICAL 225
19.8.3.2 ECONOMICAL 225
19.8.3.3 SOCIAL 225
19.8.3.4 TECHNOLOGICAL 225
19.8.3.5 LEGAL 225
19.8.3.6 ENVIRONMENTAL 226
19.8.4 FRANCE 226
19.8.4.1 POLITICAL 226
19.8.4.2 ECONOMICAL 226
19.8.4.3 SOCIAL 226
19.8.4.4 TECHNOLOGICAL 226
19.8.4.5 LEGAL 226
19.8.4.6 ENVIRONMENTAL 226
19.8.5 SWITZERLAND 227
19.8.5.1 POLITICAL 227
19.8.5.2 ECONOMICAL 227
19.8.5.3 SOCIAL 227
19.8.5.4 TECHNOLOGICAL 227
19.8.5.5 LEGAL 227
19.8.5.6 ENVIRONMENTAL 227
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19.8.6 JAPAN 227
19.8.6.1 POLITICAL 227
19.8.6.2 ECONOMICAL 228
19.8.6.3 SOCIAL 228
19.8.6.4 TECHNOLOGICAL 228
19.8.6.5 LEGAL 228
19.8.6.6 ENVIRONMENTAL 228
19.8.7 AUSTRALIA 228
19.8.7.1 POLITICAL 228
19.8.7.2 ECONOMICAL 229
19.8.7.3 SOCIAL 229
19.8.7.4 TECHNOLOGICAL 229
19.8.7.5 LEGAL 229
19.8.7.6 ENVIRONMENTAL 229
19.8.8 CHINA 229
19.8.8.1 POLITICAL 229
19.8.8.2 ECONOMICAL 229
19.8.8.3 SOCIAL 230
19.8.8.4 TECHNOLOGICAL 230
19.8.8.5 LEGAL 230
19.8.8.6 ENVIRONMENTAL 230
19.8.9 SINGAPORE 230
19.8.9.1 POLITICAL 230
19.8.9.2 ECONOMICAL 230
19.8.9.3 SOCIAL 230
19.8.9.4 TECHNOLOGICAL 231
19.8.9.5 LEGAL 231
19.8.9.6 ENVIRONMENTAL 231
19.8.10 UAE 231
19.8.10.1 POLITICAL 231
19.8.10.2 ECONOMICAL 231
19.8.10.3 SOCIAL 231
19.8.10.4 TECHNOLOGICAL 232

20 COMPETITIVE LANDSCAPE 233
20.1 INTRODUCTION 233
20.2 COMPETITIVE LEADERSHIP MAPPING 235
20.2.1 VISIONARY LEADERS 235
20.2.2 INNOVATORS 235
20.2.3 DYNAMIC DIFFERENTIATORS 235
20.2.4 EMERGING COMPANIES 235
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20.3 MAJOR PLAYERS, 2018 237
20.4 COMPETITIVE SITUATIONS AND TRENDS 239
20.4.1 NEW PRODUCT LAUNCHES, DEVELOPMENTS, AND PRODUCT TESTING, AERIAL DELIVERY DRONES MARKET 239
20.4.2 NEW PRODUCT LAUNCHES, DEVELOPMENTS AND PRODUCT TESTING, GROUND DELIVERY VEHICLES MARKET 240
20.4.3 EXPANSION & PARTNERSHIPS, AERIAL DELIVERY DRONES MARKET 241
20.4.4 EXPANSION & PARTNERSHIPS, GROUND DELIVERY VEHICLES MARKET 242

21 COMPANY PROFILES – AERIAL DELIVERY DRONES 243
(Business Overview, Products Offered, Recent Developments, SWOT Analysis, MnM View)*
21.1 INTRODUCTION 243
21.2 MATTERNET 244
21.3 ZIPLINE 246
21.4 FLIRTEY 247
21.5 DRONE DELIVERY CANADA 249
21.6 FLYTREX 251
21.7 WORKHOUSE GROUP 252
21.8 CHEETAH LOGISTIC TECHNOLOGY 254
21.9 WING 255
21.10 AIRBUS 257
21.11 SKYCART 259
21.12 DRONESCAN 260
21.13 HARDIS GROUP 261
21.14 EDRONIC 263
21.15 UNSUPERVISED.AI 264
21.16 ALTITUDE ANGEL 265
*Details on Business Overview, Products Offered, Recent Developments, SWOT Analysis, MnM View might not be captured in case of unlisted companies.
22 COMPANY PROFILES – GROUND DELIVERY ROBOTS 267
(Business Overview, Products Offered, Recent Developments, SWOT Analysis, MnM View)*
22.1 INTRODUCTION 267
22.2 STARSHIP TECHNOLOGIES 268
22.3 SAVIOKE 270
22.4 NURO 272
22.5 JD.COM 274
22.6 AMAZON 276
22.7 ELIPORT 278
22.8 ROBBY TECHNOLOGIES 279
22.9 KIWICAMPUS 280
22.10 MARBLE 281
22.11 TELERETAIL 282
22.12 POSTMATES 283
22.13 BOXBOT 284
22.14 ROBOMART 285
22.15 UDELV 286
22.16 HUGO 287
22.17 OTHER MAJOR PLAYERS IN AUTONOMOUS LAST MILE DELIVERY 288
*Details on Business Overview, Products Offered, Recent Developments, SWOT Analysis, MnM View might not be captured in case of unlisted companies.
23 APPENDIX 290
23.1 DISCUSSION GUIDE 290
23.2 KNOWLEDGE STORE: MARKETSANDMARKETS? SUBSCRIPTION PORTAL 294
23.3 AVAILABLE CUSTOMIZATIONS 296
23.4 RELATED REPORTS 296
23.5 AUTHOR DETAILS 297