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USING UAVs IN E-COMMERCE & GOODS DELIVERY
Takayuki Kageyama
Drone Project Promotion Section New Service Development Company
2
What is so significant about Drone?
It can fly autonomously
Flight Controller & Sensors
What is Drone?
A Flying Robot
3
Usage of Drone in Commercial Market
• Aerial Photography
• Inspections
• Precision Agriculture
• Delivery
etc.
Drone Regulation Enacted from 10 Dec. 2015
Source: 国土交通省無人航空機(ドローン・ラジコン機等)の飛行ルール
http://www.mlit.go.jp/koku/koku_tk10_000003.html
Rules for Way you Fly
Rules of Where you Fly
• Only allowed to fly during daytime (Sunrise to Sunset)
• Fly within visible range, and always monitor drone and its surroundings
• Drone must keep 30 meter distance between third party person or buildings.
• Drones are not allowed to fly over events with large number of people.
• Drone are not allowed to carry flammable items.
• Drones are not allowed to drop items from it while flying.
Permission from MLIT needed, when violating
A. Near airports C.DID area
B. Altitude
over 150m
Other then
A,B,C
Permission from MLIT needed, for A,B,C
5
Overview of Drone Usage Trend
Entertaining / Recording
Protecting/ Inspecting
• Toys
• Hobbyists
• Aerial Photography
• Public Safety
• Wildlife
• Oil Rigs/Wind farm
• Cell Towers
• Agriculture
• Mining
• Bridges
• Situational Awareness
• Operations
Management
• Asset Tracking
• Employee Oversight
• Modeling/Mapping
• Environmental
Monitoring
• Online Retail
• Local Stores
• Restaurants
• Legal Papers
• Medical
Evaluating/ Managing
Delivery/ Transporting
Modeling/MappingBridge Inspection Delivery Drone
Source: AQU Technology Reserch Institute Inc.
特別調査編 その1.空飛ぶロボット、ドローンの用途開発の動向 p73
…2014 2015/2016 2017/2018 2019…
Aerial Photography / Video
6
3,600
3,100
2,900
3,800
3,000
3,400
3,200
0
3,500
3,700
3,300
2,928
2011
3,220
3,401
3,526
3,212
2012 2015
2,939
3,745
3,6143,637
2005 2014
3,137
20082006 2007 20132009 2010
3,232
Current Logistics Situation
 Number of delivery is increasing
 Being able to deliver fast and precise would be an important factor for
the growth of Japanese economy
「平成27年度 宅配便等取扱個数の調査及び集計方法」
MM
Transition of delivery number in Japan
http://www.mlit.go.jp/common/001139889.pdf
7
Three Issues in Logistics Industry
Increase in the number of re-delivery
 Decrease in labor productivity
 Attempted delivery but absence
 35% in Tokyo
• Inefficiency of Re-Delivery
• Traffic Congestion
Heavy traffic due to increase in distribution
amount
Need extensive infrastructure
improvement to solve traffic problem
Decrease in the number of truck drivers &
the aging of drivers
• Labor Shortage
“So” “Ra” “Raku”
Overview of Sora Raku
「Sora Raku」First Project @ Golf Course
For about one month, we provided drone delivery service to public
Service Overview
• Location:
Camel Golf Resort
(Chiba Prefecture)
• Term: 1month (5/9-6/10)
• Delivery Point: 1location
• Number of Drones: 2 drones
• Way of Flight: Autonomous Flight
• Way of Order: Smartphone App
• Number of Items: About 100
Rakuten Drone Service Introduction
Media Coverage Highlights
Lists of Media
FINANCIAL TIMES
Nikkei Newspaper
NHK
TV Asashi
Others
12
Service Flow of Sora Raku
Order Info
Depart
Use specially developed software to
launch the drone in a single button.
Golfer (Order) Staff (Receive Order & Delivery)
Staff will pack the item at the depo and
set it on drone to deliver it to the delivery
point.
Drone Delivery
Golfer will specify the current location
and place order. Weight indicator is a
new feature.
 Fully autonomous flight
Drone Delivery Service
@ Golf Course
Introducing “Tenku”
Payload: 2kg
Distance: 5km
 Fully autonomous flight
 Dedicated shopping app & drone app
Drone Delivery Service
@ Golf Course
Weight Indicator
Shopping App (Customer-side)
Add to Cart
Shopping Cart
Product Select
Flight Status
Departure
Drone Management App (Staff-side)
Source: Google Map
 Fully autonomous flight
 Dedicated shopping app & drone app
 Technology development
Drone Delivery Service
@ Golf Course
Precise Landing System
 Image Recognition
 Beacon Signal
Auto Release Function
 Fully autonomous flight
 Dedicated shopping app & drone app
 Technology development
 Safety measures
Drone Delivery Service
@ Golf Course
Monitoring Camera & Speaker Anemometer
Safety Measures
Safety Measures
Key Takeaways from the Drone Delivery Project
1. Customer Voice
Customer Voice
Customer Voice Movie
Key Takeaways from the Drone Delivery Project
1. Customer Voice
2. Better Safety Measures
Better Safety Measures
Weather is the most unpredictable factor
1. Customer Voice
2. Better Safety Measures
3. Efficient Landing
Key Takeaways from the Drone Delivery Project
More Efficient Landing
Key Takeaways from the Drone Delivery Project
1. Customer Voice
2. Better Safety Measures
3. Efficient Landing
4. Operational Know-how
Operational Know-how
Key Takeaways from the Drone Delivery Project
1. Customer Voice
2. Better Safety Measures
3. Efficient Landing
4. Operational Know-how
5. Easy-to-use Applications
Easy-to-use Applications
Prototype
Drone delivery service should be operated by staff members of a service provider
Source: Google Map
Future Application
 Delivery service at urban areas
Future Application
Makuhari Project (Chiba, Japan)
Makuhari New City
Rakuten Fulfillment Center
Source: Google Map
37
Our Main Three Pillar
Support areas with
difficulty in logistics
Provide new efficient
delivery solution
Drone delivery to a
disaster-affected area as
needed
Drone can be used not only for business but also for a social goods use
Infrastructure incase of
disastrous situation
Logistic solutions by
using drones and our
applications
 We have three main pillars that we focus in using drone delivery
New experience & more
convenient delivery
system
38
Pioneering Undeveloped Airspace
 Industrial Revolution of Sky can be possible by using undeveloped airspace
with drones
Short distance
Parcels (small size)
○○ ○
Altitude 150m
Altitude 30m
Drone
Short & long distance
Human & Cargo (big size)
△× ×
Cars/Trucks
Long distance
Human & Cargo
CostCongestion
×△
Less HR
△
Aircrafts
39
Aerospace Industry Revolution
Interested in Drone Delivery Service?
Contact Information:
Name: Takayuki Kageyama
Email: takayuki.kageyama@rakuten.com
Sora Raku (Rakuten Drone Project)

Sora Raku (Rakuten Drone Project)

  • 1.
    Powered by USING UAVsIN E-COMMERCE & GOODS DELIVERY Takayuki Kageyama Drone Project Promotion Section New Service Development Company
  • 2.
    2 What is sosignificant about Drone? It can fly autonomously Flight Controller & Sensors What is Drone? A Flying Robot
  • 3.
    3 Usage of Dronein Commercial Market • Aerial Photography • Inspections • Precision Agriculture • Delivery etc.
  • 4.
    Drone Regulation Enactedfrom 10 Dec. 2015 Source: 国土交通省無人航空機(ドローン・ラジコン機等)の飛行ルール http://www.mlit.go.jp/koku/koku_tk10_000003.html Rules for Way you Fly Rules of Where you Fly • Only allowed to fly during daytime (Sunrise to Sunset) • Fly within visible range, and always monitor drone and its surroundings • Drone must keep 30 meter distance between third party person or buildings. • Drones are not allowed to fly over events with large number of people. • Drone are not allowed to carry flammable items. • Drones are not allowed to drop items from it while flying. Permission from MLIT needed, when violating A. Near airports C.DID area B. Altitude over 150m Other then A,B,C Permission from MLIT needed, for A,B,C
  • 5.
    5 Overview of DroneUsage Trend Entertaining / Recording Protecting/ Inspecting • Toys • Hobbyists • Aerial Photography • Public Safety • Wildlife • Oil Rigs/Wind farm • Cell Towers • Agriculture • Mining • Bridges • Situational Awareness • Operations Management • Asset Tracking • Employee Oversight • Modeling/Mapping • Environmental Monitoring • Online Retail • Local Stores • Restaurants • Legal Papers • Medical Evaluating/ Managing Delivery/ Transporting Modeling/MappingBridge Inspection Delivery Drone Source: AQU Technology Reserch Institute Inc. 特別調査編 その1.空飛ぶロボット、ドローンの用途開発の動向 p73 …2014 2015/2016 2017/2018 2019… Aerial Photography / Video
  • 6.
    6 3,600 3,100 2,900 3,800 3,000 3,400 3,200 0 3,500 3,700 3,300 2,928 2011 3,220 3,401 3,526 3,212 2012 2015 2,939 3,745 3,6143,637 2005 2014 3,137 200820062007 20132009 2010 3,232 Current Logistics Situation  Number of delivery is increasing  Being able to deliver fast and precise would be an important factor for the growth of Japanese economy 「平成27年度 宅配便等取扱個数の調査及び集計方法」 MM Transition of delivery number in Japan http://www.mlit.go.jp/common/001139889.pdf
  • 7.
    7 Three Issues inLogistics Industry Increase in the number of re-delivery  Decrease in labor productivity  Attempted delivery but absence  35% in Tokyo • Inefficiency of Re-Delivery • Traffic Congestion Heavy traffic due to increase in distribution amount Need extensive infrastructure improvement to solve traffic problem Decrease in the number of truck drivers & the aging of drivers • Labor Shortage
  • 8.
  • 9.
    「Sora Raku」First Project@ Golf Course For about one month, we provided drone delivery service to public Service Overview • Location: Camel Golf Resort (Chiba Prefecture) • Term: 1month (5/9-6/10) • Delivery Point: 1location • Number of Drones: 2 drones • Way of Flight: Autonomous Flight • Way of Order: Smartphone App • Number of Items: About 100
  • 10.
  • 11.
    Media Coverage Highlights Listsof Media FINANCIAL TIMES Nikkei Newspaper NHK TV Asashi Others
  • 12.
    12 Service Flow ofSora Raku Order Info Depart Use specially developed software to launch the drone in a single button. Golfer (Order) Staff (Receive Order & Delivery) Staff will pack the item at the depo and set it on drone to deliver it to the delivery point. Drone Delivery Golfer will specify the current location and place order. Weight indicator is a new feature.
  • 13.
     Fully autonomousflight Drone Delivery Service @ Golf Course
  • 14.
  • 15.
     Fully autonomousflight  Dedicated shopping app & drone app Drone Delivery Service @ Golf Course
  • 16.
    Weight Indicator Shopping App(Customer-side) Add to Cart Shopping Cart Product Select
  • 17.
    Flight Status Departure Drone ManagementApp (Staff-side) Source: Google Map
  • 18.
     Fully autonomousflight  Dedicated shopping app & drone app  Technology development Drone Delivery Service @ Golf Course
  • 19.
    Precise Landing System Image Recognition  Beacon Signal
  • 20.
  • 21.
     Fully autonomousflight  Dedicated shopping app & drone app  Technology development  Safety measures Drone Delivery Service @ Golf Course
  • 22.
    Monitoring Camera &Speaker Anemometer Safety Measures
  • 23.
  • 24.
    Key Takeaways fromthe Drone Delivery Project 1. Customer Voice
  • 25.
  • 26.
  • 27.
    Key Takeaways fromthe Drone Delivery Project 1. Customer Voice 2. Better Safety Measures
  • 28.
    Better Safety Measures Weatheris the most unpredictable factor
  • 29.
    1. Customer Voice 2.Better Safety Measures 3. Efficient Landing Key Takeaways from the Drone Delivery Project
  • 30.
  • 31.
    Key Takeaways fromthe Drone Delivery Project 1. Customer Voice 2. Better Safety Measures 3. Efficient Landing 4. Operational Know-how
  • 32.
  • 33.
    Key Takeaways fromthe Drone Delivery Project 1. Customer Voice 2. Better Safety Measures 3. Efficient Landing 4. Operational Know-how 5. Easy-to-use Applications
  • 34.
    Easy-to-use Applications Prototype Drone deliveryservice should be operated by staff members of a service provider Source: Google Map
  • 35.
    Future Application  Deliveryservice at urban areas
  • 36.
    Future Application Makuhari Project(Chiba, Japan) Makuhari New City Rakuten Fulfillment Center Source: Google Map
  • 37.
    37 Our Main ThreePillar Support areas with difficulty in logistics Provide new efficient delivery solution Drone delivery to a disaster-affected area as needed Drone can be used not only for business but also for a social goods use Infrastructure incase of disastrous situation Logistic solutions by using drones and our applications  We have three main pillars that we focus in using drone delivery New experience & more convenient delivery system
  • 38.
    38 Pioneering Undeveloped Airspace Industrial Revolution of Sky can be possible by using undeveloped airspace with drones Short distance Parcels (small size) ○○ ○ Altitude 150m Altitude 30m Drone Short & long distance Human & Cargo (big size) △× × Cars/Trucks Long distance Human & Cargo CostCongestion ×△ Less HR △ Aircrafts
  • 39.
  • 40.
    Interested in DroneDelivery Service? Contact Information: Name: Takayuki Kageyama Email: takayuki.kageyama@rakuten.com