Defense Robotics

UAVs, UGVs, UUVs, and Task Robots for Military Applications

Research Report

Pages
76
Deliverables
Released
1Q 2011
Product Code
RR-DROBO-11
Price
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In the twentieth century, much of the developmental effort devoted to weaponry and military technology was geared towards creating weapons with the power to eliminate entire cities through sheer might. Today, the changing nature of conflict has led to the development of military systems and technologies designed to help combatants select, identify and eliminate targets with minimal collateral damage. While unmanned systems are hardly new, particularly in military settings, the sheer level of sophistication, performance, and rising level of autonomy associated with these systems is recent, and largely in sync with the enhanced development of robotic technology over the past 20 years. The development of robotic technology, which includes the use of programming logic that allows a device to operate autonomously, has bolstered the development of new types of military equipment that handle many tasks more quickly, accurately and inexpensively than conventional technology, while also saving lives.

This study covers the markets for defense robotics, focusing on unmanned aerial vehicles (UAVs), or drones; unmanned ground vehicles (UGVs); unmanned underwater vehicles (UUVs), and their major components, forecasting the outlook for spending on each, both on a monetary and unit-shipment basis, for the forecast period of 2010 through 2016, segmented by major global region.

What Questions Does This Report Answer?

  • What is the outlook for robot use by the military?
  • How many countries currently use robots as part of their military/defense strategies?
  • Which countries/regions are currently using defense robotics?
  • Which countries/regions will spend the most on defense robotics?

Who Needs This Report?

  • Defense contractors
  • National militaries
  • Electronic component and module manufacturers

Table of Contents

  • Executive Brief

  • Executive Brief: Top-Line Forecast
  • Executive Brief: Drivers
  • Executive Brief: Inhibitors
  • Executive Brief: Market Share
  • Executive Brief: Summary and Strategic Recommendations

Section 1.
EXECUTIVE SUMMARY

1.1. Introduction
1.2. Defense Robotics Market Overview
1.2.1. What is a Robot?
1.2.2. Robotics Market Segmentation
1.3. Defense Robotics Market Segmentation
1.3.1. Defense Robot Applications
1.4. Defense Robot Industry Classifications
1.4.1. UAVs
1.4.2. UGVs
1.4.3. UUVs
1.5. Defense Robotics Market Drivers
1.6. Defense Robotics Market Barriers
1.7. Defense Robotics Market Opportunities
1.7.1. Defense Robot Shipments by Region

Section 2.
TECHNOLOGY OVERVIEW

2.1. Purpose of Defense Robotics
2.2. Technological Development of Defense Robots
2.3. Key Features and Requirements in Defense Robot Design
2.3.1. UGVs
2.3.1.1. QinetiQ
2.3.1.2. iRobot
2.3.2. UAVs/Drones
2.3.2.1. Pioneer
2.3.2.2. Shadow
2.3.2.3. Dragon Eye
2.3.2.4. Predator
2.3.2.5. Reaper
2.3.2.6. Global Hawk
2.3.2.7. Global Observer
2.3.3. Water and Amphibious Robots
2.3.3.1. iRobot Seaglider
2.3.3.2. Lockheed Martin Remote Multi-Mission Vehicle
2.3.3.3. Hydroid Remote Environmental Measuring Units Systems
2.4. Robot Control and Guidance Systems
2.4.1. Robot Control Hardware
2.4.2. Robot Software
2.4.3. Artificial Intelligence Systems
2.5. Human-Robot Interactions
2.5.1. Controller Interfaces
2.5.2. Semi-Autonomous Control in the Field
2.5.3. Future Autonomous Activity
2.6. Defense Robotics Physical Design Attributes
2.6.1. Form Factor
2.6.2. Mobility Options
2.6.3. Weight
2.6.4. Reconnaissance Systems
2.6.5. Payload or Carrying Capacity
2.6.6. Speed
2.6.7. Accuracy
2.6.8. Protective Systems
2.6.9. Navigation Systems
2.7. Defense Robotics Components
2.7.1. Power Sources
2.7.2. Motors and Engines
2.7.3. Guidance Systems
2.7.3.1. GPS
2.7.3.2. LIDAR
2.7.3.3. Fiber Optic Tethers
2.7.4. Reconnaissance Equipment
2.7.4.1. Cameras
2.7.4.2. Electronic RF Sensors
2.7.4.3. Radar
2.7.5. Weapons Systems
2.7.6. Sensors
2.7.7. Wheels/Tracks and Other Mobility Components
2.8. Future Military Robotic Design Trends

Section 3.
BUSINESS AND REGULATORY ISSUES

3.1. Historical Development of Defense Robots
3.2. Phases of Evolution of Defense Robotics
3.3. Successful Applications
3.3.1. Reconnaissance Drones
3.3.1.1. Long-Range
3.3.1.2. Medium-Range
3.3.1.3. Short-Range
3.3.1.3.1. Micro UAVs
3.3.2. Combat Drones
3.3.3. Ground Operations
3.3.4. Water Operations
3.4. Advanced Human-Robot Interaction
3.4.1. Human Safety Issues
3.4.2. Effective Operation and Control
3.5. Ethical Issues of Using Robots in Warfare
3.6. Key Military Robot Purchase Considerations
3.7. Decision Criteria Used in Purchase Decision
3.7.1. Cost and ROI issues
3.7.2. Effectiveness versus Human-Controlled Machines
3.8. Future Applications for Military Robotics
3.9. Potential Country-Specific Markets and Applications
3.10. Science Fiction versus Reality

Section 4.
MARKET OUTLOOK

4.1. Forecast Methodology
4.2. Defense Robotics Market Forecasts
4.2.1. Defense Robotics Forecast by Region
4.2.2. Military Robot Shipments by Type, by Major World Region
4.2.3. Air Reconnaissance Robot Shipments and Revenue
4.2.4. Air Combat UAV Drone Unit Shipments and Revenue
4.2.5. UGV Unit Shipments and Revenue
4.2.6. Hauler/Loader Robot Unit Shipments and Revenue
4.2.7. Marine Robot Unit Shipments and Revenue
4.3. Military Robot Component Unit Shipments and Revenue
4.3.1. Battery Unit Shipments and Revenue
4.3.2. Motor Unit Shipments and Revenue
4.3.3. Wireless Communications Module Unit Shipments and Revenue
4.3.4. Wheels Unit Shipments and Revenue
4.3.5. Tracks Unit Shipments and Revenue
4.3.6. Robot Controller Unit Shipments and Revenue
4.3.7. Robot Vision System Unit Shipments and Revenue
4.3.8. Aerial Guidance Systems Unit Shipments and Revenue

Section 5.
COMPANY PROFILES

5.1. AAI Corporation
5.2. AeroVironment Inc
5.3. BAE Systems
5.4. Boeing
5.5. DARPA
5.6. Elbit Systems
5.7. General Atomics
5.8. Honeywell International
5.9. iRobot
5.10. MicroStrain
5.11. Northrop Grumman
5.12. Telerob
5.13. Allen Vanguard
5.14. Foster-Miller - QinetiQ
5.15. Ultra Electronics (Applied Materials Inc)

Section 6.
INDUSTRY DIRECTORY


Section 7.
ACRONYMS

Table of Contents
SCOPE OF STUDY
SOURCES AND METHODOLOGY
NOTES




46 Tables

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5 Charts
  • Military Robots Unit Shipments
  • Military Robots Revenue
  • Military Robots Unit Shipments by Type
  • Military Robots Unit Shipments Major World Regions, Forecast: 2010 to 2016
  • Military Robots Unit Shipments by Type World Market, Forecast: 2010 to 2016