PackBot

PackBot is a series of military robots by Endeavor Robotics (previously by iRobot[1]), an international robotics company founded in 2016, created from iRobot, that previously produced military robots since 1990. More than 2000 were used in Iraq and Afghanistan.[2] They were also used to aid searching through the debris of the World Trade Center after 9/11 in 2001.[3] Another instance of the PackBot technology being implemented was to the damaged Fukushima nuclear plant after the 2011 Tōhoku earthquake and tsunami where they were the first to assess the site.[4] As of November 2014, the U.S. Army is refurbishing 224 iRobot 510 robots.[5] The PackBot technology is also used in collaboration with NASA for their rovers and probes.

PackBot being demonstrated by the French military

PackBot brief history
  • 1998 – iRobot establishes a DARPA contract leading to the PackBot.
  • 2001 – iRobot PackBot used to search World Trade Center ruins after the 9/11 attacks.
  • 2002 – PackBot first deployed to aid United States Troops.

iRobot International PackBot orders

February 2011 iRobot released confirmation of a deal totaling $4.4 million for the first quarter of 2011 for the manufacturing of 27 PackBot 510's and spare parts to accompany them.[6] In 2010, the industrial division of iRobot accumulated $13.2 million in revenue for international orders for PackBot alone in more than 25 countries.[6] In September 2014, iRobot secured a deal with the Canadian Department of National Defense (DND). The contract was for the delivery of PackBot reconnaissance, chemical, biological, radiological, and nuclear systems. The contract was priced at $9.6 million and includes the training of military personnel to operate the equipment as well as lifetime repairs and technical support.[7] PackBots have also been used in non military operations. In 2014 the Brazilian government received an order of 30 PackBots. The robots were used for security purposes during the 2014 FIFA World Cup and the deal totaled $7.2 million in order to police the twelve host cities during the soccer matches.[8] To date, iRobot has delivered upwards of 5000 different robots including PackBots internationally.[7]

NASA and PackBots

The National Aeronautic and Space Administration (NASA) has a partnership with the company, iRobot. NASA's Jet Propulsion Laboratory (JPL) is a facility responsible for the development of robotic space-crafts as well as the Deep Space Network.[9] Among these space-crafts are the rovers sent to the planet Mars. The rovers Spirit and Opportunity sent to Mars in 2003 are just two of the rovers managed by the Jet Propulsion Laboratory. Mars is not the only place employing iRobot technology. In 2011, Japan was rocked by a strong earthquake causing a meltdown of the Fukushima nuclear reactor. Two PackBot rovers were deployed into the ruins of the nuclear power plant to assess damage where the radioactivity was at high enough levels prohibiting humans from exploring.

The projects involving the cooperation of iRobot and NASA allowed the creation of high-tech machines. The much needed physical structure of the robots was designed by iRobot while the instruments and science equipment onboard was provided by NASA's Jet Propulsion Laboratory.[10]

Current PackBot 510 variants
A U.S. Navy Explosive Ordnance Disposal Technician trains on iRobot's PCC, one of the remote control operation devices used to operate the Packbot.

PackBot 510 is the current base model. It uses a videogame-style hand controller to make it more familiar to young operators.

  • PackBot 510 with EOD Bomb Disposal Kit designed for improvised explosive device identification and disposal.
  • PackBot 510 with Fast Tactical Maneuvering Kit designed for infantry troops tasked with improvised explosive device inspection. This is a lighter weight robot.
  • PackBot 510 with First Responder Kit designed to help SWAT teams and other first responders with situational awareness.
  • PackBot 510 with HazMat Detection Kit collects air samples to detect chemical and radiological agents.
  • PackBot 510 with Fido utilizes the Fido Explosives Detector from ICx Technologies as a payload in order to "sniff" out explosive materials. With the Fido, the PackBot now has the capability of locating explosive devices and subsequently disarming them using on-board robotic capabilities.[11]
  • PackBot 510 with REDOWL Sniper Detection Kit utilizes the Acoustic Direction Finder from BioMimetic Systems to localize gunshots with azimuth, elevation, and range.[12]
  • RC2 – U.S. Marine Corps version of the 510 PackBot with a longer and stronger arm, more cameras, communications variations, and better track propulsion.[13]

PackBot Performance

PackBot 510 has a maximum speed of 5.8 mph or 9.3 km/h, and weighs 31.6 lbs. or 14.3 kg.[14] The robot can traverse mud, rocks, stairs, and other surfaces due to its caterpillar track.[15] The robot also has zero radius turn capability, and can climb up to a 60 degree incline. The dual BB-2590/U Li-ion rechargeable batteries allow for the robot to have a run time of 4 to 8 hours. Adaptive Materials Inc. (AMI) has created a power pod battery capable of extending the life of the PackBot. The power pod weighs 6 kg(13 lbs) and allows for extension of battery life to reach 12 hours.[16] It can maneuver in up to 3 feet of water.[15] PackBot has more than 40 accessories which are illustrated in PackBot 510 variants. Additionally, the robot can communicate up to 1000 meters or 3281 feet, and captures information through four cameras with night vision, zoom, and illumination capabilities that allow for real time image processing.[14]

Previous PackBot variants
A U.S. Navy Sailor assigned to an explosive ordnance disposal team poses beside a PackBot.
  • PackBot Scout is the basic configuration. It has five payload bays for assignable purposes and can be dropped from a height of six feet (1.83m) onto concrete without being damaged. The Packbot scout version weighs about 40 pounds (18 kg).[17]
  • PackBot Explorer Carries an integrated payload which can be elevated to allow peeking over obstacles or cover. Payload has a camera head equipped with multiple cameras, laser pointers, audio and other sensors.[17]
    • The Explorer variant, was used to explore the debris of the World Trade center after the attack on 9/11 in search of victims and assessing the structural integrity of the debris by sending back images.[3]
  • PackBot EOD (explosive-ordnance disposal) can be controlled by radio, or alternatively via a multimode Fibre Optic cable spool mounted on the robot. The Fibre Optic cable option is used in situations involving potential radio signal triggered explosive devices, thereby reducing the risk of personal injury.[17]

Packbot Deployment

The main use of the Packbot in the field is IED detection and defusing. The Packbot Scout was the first deployment of the Packbot and sent to Afghanistan in 2002 to explore caves and bunkers.[18] This model was the simplest Packbot which contained just a robotic arm and camera.[18] As of 2007 Packbots have been deployed to aid in the detection of sniper fire in the middle east. Acoustic signatures detected by the robot allow ground troops to pinpoint sniper fire in battle.[18] Packbot has also been used to explore buildings and other possibly dangerous areas with the modified light Packbot Explorer which only weighs 30 pounds and is faster than the Packbot 510.[18] In addition, iRobot sent two Packbot 510 robots to Japan after the tsunami and earthquake destroyed Japan's Fukushima Daiichi nuclear power plant. The robot was used on several reconnaissance missions at the power plant to remove debris and measure radiation readings.

gollark: (Well, I am responsible in the sense that it'd be my fault, just don't use it for anything important)
gollark: (I am not responsible for any inaccuracies in the outputted pi or tau values)
gollark: https://osmarks.tk/pi/tau/1000
gollark: * here
gollark: I'm going for no Herr.

See also

References
  1. "Endeavor Robotics". endeavorrobotics.com. Retrieved 2019-07-01.
  2. "iRobot Delivers 3,000th PackBot". Archived from the original on March 23, 2011.
  3. Sutter, John D. "How 9/11 inspired a new era of robotics". CNN. Retrieved 2016-11-08.
  4. Nakata, Hiroko (2012-01-06). "Domestic robots failed to ride to rescue after No. 1 plant blew". The Japan Times. Retrieved January 9, 2012.
  5. US Army Works Toward Single Ground Robot – Defensenews.com, 15 November 2014
  6. "iRobot Announces International PackBot Orders". Technology Business Journal: 3409. 22 February 2011. ISSN 1945-8398.
  7. "Canadian DND orders iRobot 510 PackBot CBRN robots". Army technology. 2014-09-10.
  8. Michael, Katina; Michael, M.G. (2014). "The Packbots Are Coming: Boosting security at the 2014 FIFA World Cup". IEEE Consumer Electronics Magazine. 3 (3): 59. doi:10.1109/MCE.2014.2317914.
  9. "About JPL". www.jpl.nasa.gov. Retrieved 2016-12-04.
  10. "NASA – NASA Technology Looks Inside Japan's Nuclear Reactor". www.nasa.gov. Retrieved 2016-11-14.
  11. "Archived copy". Archived from the original on 2007-02-28. Retrieved 2007-01-08.CS1 maint: archived copy as title (link)
  12. "Archived copy". Archived from the original on 2008-09-15. Retrieved 2009-03-09.CS1 maint: archived copy as title (link)
  13. Marines happily recycle Army bots Archived 2014-06-02 at the Wayback Machine – MarineCorpstimes.com, 19 April 2014
  14. "Endeavor Robotics" (PDF).
  15. "iRobot 510 PackBot Multi-Mission Robot, United States of America".
  16. "AMI demos UGV power pod on i Robot Pack Bot". Fuel Cells Bulletin. 2009 (11): 4. 2009. doi:10.1016/S1464-2859(09)70350-5.
  17. "PackBot Tactical Robot". defense-update.com. Retrieved 2016-12-09.
  18. "iRobot's Dyer missions multiplying for PackBot". ProQuest 231479855. Cite journal requires |journal= (help)
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