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Boeing Phantom Works Phantom Swift Tilt-Rotor/Tilt-Wing Ducted-Fan VTOL (Vertical Take-Off and Landing) X-Plane: 3D Printing and Rapid Prototyping at It’s Futuristic Best, and Fastest

Boeing Phantom Works Phantom Swift Tilt-Rotor/Tilt-Wing Ducted-Fan VTOL (Vertical Take-Off and Landing) X-Plane: 3D Printing and Rapid Prototyping at It’s Futuristic Best, and Fastest

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pf button both Boeing Phantom Works Phantom Swift Tilt Rotor/Tilt Wing Ducted Fan VTOL (Vertical Take Off and Landing) X Plane: 3D Printing and Rapid Prototyping at Its Futuristic Best, and Fastest

By David Crane
david (at) defensereview (dot) com

The following article is property of DefenseReview.com (DR) and is copyrighted material. If you are reading this article on another website other than DefenseReview.com, please email us the website address/URL (where the unauthorized DR article reprint is located) at defrev (at) gmail (dot) com. Thank you.

Image(s) Credit: Boeing Phantom Works

April 10, 2014
Last updated on 4/10/14.

Boeing Phantom Works Phantom Swift Tilt Rotor Tilt Wing Ducted Fan VTOL Vertical Takel Off and Landing X Plane Rapid Prototype Aircraft DARPA 1 Boeing Phantom Works Phantom Swift Tilt Rotor/Tilt Wing Ducted Fan VTOL (Vertical Take Off and Landing) X Plane: 3D Printing and Rapid Prototyping at Its Futuristic Best, and FastestA team of Boeing Phantom Works engineers, including chief engineer Perry Ziegenbein, aerodynamics engineer Mike Duffy, design engineers Scott Bauer and Matt Staufer, and composites expert Michael Mikuszewski (try spelling that last name without looking), recently designed and a 17% model of an interesting tilt-rotor/tilt-wing ducted-fan VTOL (Vertical Take-Off and Landing) X-Plane called “Phantom Swift” from scratch for DARPA (Defense Advanced Research Projects Agency), and got it airborne in less than a month using rapid prototyping, including CAD/CAM and 3D printing, or “additive manufacturing”, in industry lingo. Design time: 3 days. Parts Acquisition: 10 days. Build and fly it: 14 days. That’s some serious Boeing badness, right there. “A picture is worth a thousand words, a flying model is worth a million words. No matter what words you put in a proposal, having hardware that you can demonstrate that they can tangibly see what’s being proposed goes a long way toward winning that proposal,” said Perry Ziegenbein, Phantom Swift’s chief engineer.

DefenseReview (DR) is a big fan of futuristic and capable VTOL and STOVL aircraft in general, provided they’re rugged, reliable and effective. That includes the F-35B STOVL (Short Take-Off, Vertical Landing) Lightning II Joint Strike Fighter (JSF), on paper/in theory. The F-35B, of course, still has to overcome some design, manufacturing and/or QC (Quality Control) issues like the reported bulkhead and rib cracking issue. Trouble-free VTOL and STOVL aircraft are extremely tactically and strategically advantageous, since they don’t require long, paved runways (and the necessary air bases that provide them) or traditional large aircraft carriers for takeoff. VTOL and STOVL aircraft can therefore be much more easily dispersed, camouflaged and hidden in the field, and deployed pretty much from anywhere. MAJOR tactical and strategic advantage.

Boeing Phantom Works Phantom Swift Tilt Rotor Tilt Wing Ducted Fan VTOL Vertical Takel Off and Landing X Plane Rapid Prototype Aircraft DARPA 2 Boeing Phantom Works Phantom Swift Tilt Rotor/Tilt Wing Ducted Fan VTOL (Vertical Take Off and Landing) X Plane: 3D Printing and Rapid Prototyping at Its Futuristic Best, and FastestGetting back to the Boeing Phantom Swift DARPA X-Plane prototype, though, DR likes it’s deisgn aesthetic and seeming high-degree of lift power provided by the two large lift-fans in the body and two smaller lift fans on the ends of the wings (one per wing). The aircraft has nice flowing lines, and looks futuristic. Defense Review is interested to see the final full-scale product.

Regardless, the Boeing Phantom Swift VTOL aircraft prototype is a great example of what rapid prototyping can help design engineers accomplish in an incredibly short amount of time. “Rapid prototyping is the wave of the future, I guess you could say,” says Mikuszewski.

DR agrees, and hopes it ushers in a new era of U.S. military aircraft development that takes only 5 years at most (o.k., we’ll settle for 7 years), rather than the F-22′s 15-25 years (depending on which starting  date you go by) to develop, finalize and field a new, next-gen fighter aircraft (or other high-tech tactical aircraft). That would be nice, and a very welcome change.

Company Contact Info:

Boeing Phantom Works
P. O. Box 2515
Seal Beach, California 90740
Phone: 562-797-2020
Website: http://www.boeing.com/bds/phantom_works/index.html

Karen M. Fincutter
Boeing Military Aircraft Communications
Office: 703-414-6158
Mobile: 312-933-6982
Website: http://www.boeing.com/bds/military_aircraft/index.html

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Boeing Phantom Works Phantom Swift Tilt-Rotor/Tilt-Wing Ducted-Fan VTOL (Vertical Take-Off and Landing) X-Plane: 3D Printing and Rapid Prototyping at It’s Futuristic Best, and Fastest by
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About David Crane

David Crane started publishing online in 2001. Since that time, governments, military organizations, Special Operators (i.e. professional trigger pullers), agencies, and civilian tactical shooters the world over have come to depend on Defense Review as the authoritative source of news and information on "the latest and greatest" in the field of military defense and tactical technology and hardware, including tactical firearms, ammunition, equipment, gear, and training.

One comment

  1. Hello Hunter Killer aerial drones. We welcome your kind as our new robot overlords.

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