The Future of Mobile Robots

The Future of Mobile Robots

In 2020, 26 Million Mobile Robots Will Enable Autonomy in Smart Factories, Unmanned Transportation, and Connected Homes

RELEASE DATE
29-Jan-2015
REGION
Global
Research Code: NE5C-01-00-00-00
SKU: MX00030-GL-MT_17305

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Description

Technological innovations such as delivery drones, autonomous driverless cars, and smart factories that have robotic co-workers are already having a profound effect on the way industries function. Widespread adoption of advanced mobile technologies and new platforms and systems are expected. Although it is difficult to predict exactly what advances will occur, the failure to embrace new technologies may put firms behind their industry competitors. This research service will highlight new opportunities for mobile robots and automation across important applications as they start to gain commercial momentum. It will explore industry trends and highlight the potential benefits of incorporating such technologies.

Table of Contents

Executive Summary—Key Findings of the Study

Executive Summary—Key Findings of the Study (continued)

Mega Trends Driving Adoption of Mobile Robots to 2030

Mobile Robot Revolution Enabling Industry 4.0

Mobile Robot Revolution Enabling Industry 4.0 (continued)

Mobile Robots Definition and Scope

Scope of Research Service by Type of Mobile Robot

Mobile Robot Types and Applications

Mobile Robot Technology Roadmap

Mobile Robot Timeline by Major Application

Mobile Robots by Major Applications

Traditional Robotics vs. Cloud Robotics

Human-Robot Collaboration (HRC) and Mobile Robots

Executive Summary—Strategic Recommendations

Research Scope

Research Aims and Objectives

Key Questions the Study will Answer

Research Background

Research Methodology—From Macro to Micro

Research Methodology

Definitions

Definitions (continued)

Mobile Robots Definition and Scope

Working/Functioning of Mobile Robots

Mobile Robot Technology Roadmap

Industry Value Chain

Major Mobile Robot Solution Providers

Scope of Research Service by Type of Mobile Robot

UGVs

UGVs (continued)

Humanoid/Legged Robots

UAVs

UMVs

Mobile Robot Types and Applications

Logistics, Warehouse, and Distribution

Cost-Benefit Analysis of AGVs

Level of Adoption—Inbound Logistics and Distribution

Case Study—Seegrid

Case Study—Seegrid (continued)

Unmanned Defense Systems Overview

Unmanned Defense Systems Overview (continued)

UAVs

Technology Readiness Levels

Cost Benefit Analysis of UAVs

Case Study—US Department of Defense

Current State of UASs

Current State of UASs (continued)

Future of UASs

Future of UASs (continued)

Other Emerging Defense Mechanisms—Unmanned Naval Vessels

Future of Drones to 2025

Autonomous Vehicles

Purpose and Functional Requirements of Fully Automated Vehicles

Classification and Definition of Automated Driving

NHTSA Automated Driving Definitions

Macro-level Outlook of Automated Driving—Driver Involvement

Economic Benefits of Implementing Autonomous Car Technology

Cost-Benefit Analysis—Insurance Premiums

Autonomous Car Adoption Level

Market Size Analysis

OEM Comparative Analysis—Overall Automated Driving Strategy

Value Proposition of Automated Cars

Automated Driving Business Models

Off-highway Applications for Autonomous Driving Vehicles

Defense Applications for Autonomous Driving Vehicles

Case Study—Google Car Sensors and Technologies

New Avenues for Resources—Deep Sea Mining

Cost-Benefit Analysis of UUVs

Level of Adoption of AUVs

Case Study—Bluefin

Case Study—Bluefin (continued)

Mobile Robots—Personal Applications

Cost-Benefit Analysis of Personal Robots

Level of Adoption of Personal Robots

Adoption Rate of Personal Assistants

Personal Assistant Market—Current Business Climate

Personal Assistant Focus Areas

Personal Robots—Challenges and Major Solution Providers

Case Study—GeckoSystems

Case Study—GeckoSystems (continued)

Mobile Robots by Major Applications

Mega Trends Driving Adoption of Mobile Robots to 2030

Mobile Robot Revolution Enabling Industry 4.0

Mobile Robot Revolution Enabling Industry 4.0 (continued)

Mobile Robots in Industry 4.0 Create Need for Cloud Robotics

Traditional Robotics vs. Cloud Robotics

HRC and Mobile Robots

Future of HRC and Mobile Robots

Autonomous Cognitive Systems

Conclusions and Recommendations—Most Attractive Applications

Key Challenges

Strategic Recommendations

Legal Disclaimer

Robot Applications

Immobile vs. Mobile Robots

Future of Drones to 2025

Future of Drones to 2025 (continued)

Future of Drones to 2025 (continued)

Future of Drones to 2025 (continued)

Related Research
Technological innovations such as delivery drones, autonomous driverless cars, and smart factories that have robotic co-workers are already having a profound effect on the way industries function. Widespread adoption of advanced mobile technologies and new platforms and systems are expected. Although it is difficult to predict exactly what advances will occur, the failure to embrace new technologies may put firms behind their industry competitors. This research service will highlight new opportunities for mobile robots and automation across important applications as they start to gain commercial momentum. It will explore industry trends and highlight the potential benefits of incorporating such technologies.
More Information
No Index No
Podcast No
Author Vijay Narayanan Natarajan
Industries Automotive
WIP Number NE5C-01-00-00-00
Is Prebook No