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Unmanned Ground Combat Vehicle

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Ride quality - upright travel, suspension. Weight and volume of crew, ... Utilizing emerging technology to increase endurance. Quantum Increase in Robot Utility ... – PowerPoint PPT presentation

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Title: Unmanned Ground Combat Vehicle


1
Unmanned Ground Combat Vehicle
Unmanned Ground Combat Vehicle Program
Overview Dr. Scott Fish - Program Manager,
DARPA/TTO Presented to Joint Robotics Program
Working Group Ft. Huachuca, AZ November 1, 2000
Ellen Long UGCV-SETA 703-243-0533 elong_at_mapcorp.co
m
2
Briefing Outline
  • Program Objective
  • Program Metrics
  • Payload Focus
  • Program Schedule
  • Summary
  • PerceptOR
  • Questions/Comments

3
Program Objective
  • Develop vehicle concepts for UGVs unrestrained by
  • limits associated with crew accommodation
  • Existing vehicle restraints related to a manned
    vehicle
  • Ride quality - upright travel, suspension
  • Weight and volume of crew, rations, supplies
  • Personnel protection - armor

4
Focus on Two FCS Payloads
  • Payload Fraction gt 25
  • Endurance gt 14 days, km
  • Obstacle Negotiation .25m easy, 1m with care

150 kg
1500 kg
  • RST
  • Marsupials
  • Comms Relay
  • Other
  • RST
  • Weapons
  • Missiles, guns, other
  • Other

UGCV FCS CO-OPERATION TO ENSURE RELEVANCE
5
Program Metrics
Reliability
Category 2 Metrics will be secondary design
drivers
Resilience
Category 1 Metrics will be primary design drivers
Sensor Stabilization
Payload Fraction
Obstacle Negotiation
Terrain Access
Cost
Endurance
Operational Features
Signature
6
UGCV Program Schedule
7
UGCV Program Summary
  • UGCV will develop vehicle concepts that provide
    unmanned mobility to FCS by
  • Capitalizing on crew absence to increase payload
    fraction
  • Reducing strain on sensing requirements by
    negotiating larger obstacles
  • Increasing reliability resilience with
    component optimization
  • Utilizing emerging technology to increase
    endurance

Quantum Increase in Robot Utility
8
For Official Use OnlyPerceptOR
  • Perception for Off-Road Robotics
  • Develop Perception System Prototypes
  • Sensors
  • Mountings
  • Processing
  • Networking
  • Emphasis on Experimental Approach
  • Developmental Experiments
  • Evaluation Experiments
  • Varying Terrain
  • Use of Overhead Sensing
  • LADAR experiment planned for Jan. and May
  • Understand how it aids ground vehicle perception
  • Demo III to participate
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