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Boeing South Carolina Aft Body Composite Fabrication
BI49822 (K65784 Boeing South Carolina Aft Body Composite Fabrication)
Boeing South Carolina Aft Body Composite Fabrication
Boeing South Carolina aft body composite fabrication.
Gemini Capsule Assembly and Testing
BI47079 (BIV16_Gemini_02)
Gemini Capsule Assembly and Testing
NASA selected McDonnell to build the Gemini capsule in 1961, and it was delivered less than two years...
787 Dreamliner Composite Barrel Manufacture - Aft Section
BI45936 (k65784)
787 Dreamliner Composite Barrel Manufacture - Aft Section
Improvement in efficiency comes in the way the 787 is designed and built. New technologies and processes...
Boeing 787 Dreamliner Fuselage Barrel Assembly
BI45631 (k65784-119)
Boeing 787 Dreamliner Fuselage Barrel Assembly
Improvement in efficiency comes in the way the 787 is designed and built. New technologies and processes...
Boeing787 Forward Section in Fabrication Tool
BI45629 (k66335)
Boeing787 Forward Section in Fabrication Tool
Improvement in efficiency comes in the way the 787 is designed and built. New technologies and processes...
The Composite Experience
BI44933 (NGV07-185091)
The Composite Experience
A quick look at the processes used to create primary composite structures for the 787 Dreamliner.
Boeing Research & Technology Employees Review Data from ecoDemonstrator 787
BI44918 (mcf14-0071-1391)
Boeing Research & Technology Employees Review Data from ecoDemonstrator 787
In late 2014, The Boeing ecoDemonstrator 787 began flight testing more than 25 new technologies aimed...
Boeing X-32 JSF Engine Inlet Duct
BI44576 (99SK02929-1)
Boeing X-32 JSF Engine Inlet Duct
X-32 engine inlet duct in viper fiber placement machine. Source ID 99SK02929
Boeing Model 360 Experimental Tandem Rotorcraft
BI44556 (c103616)
Boeing Model 360 Experimental Tandem Rotorcraft
Boeing 360 tandem rotorcraft, N36OBV hovering nose right over open field. The Boeing Model 360 was an...
Boeing Model 360 Experimental Tandem Rotorcraft
BI44554 (c96518)
Boeing Model 360 Experimental Tandem Rotorcraft
Boeing 360 tandem rotorcraft, N36OBV hovering nose right over aircraft carrier deck. The Boeing Model...
Boeing Model 360 Experimental Tandem Rotorcraft
BI44555 (c84106)
Boeing Model 360 Experimental Tandem Rotorcraft
Boeing 360 tandem rotorcraft, N36OBV hovering nose left over runway. The Boeing Model 360 was an experimental...
Carbon Fiber for the 787 Boeing Dreamliner
BI44497 (k65784-045)
Carbon Fiber for the 787 Boeing Dreamliner
Composite materials make up 50 percent of the primary structure of the 787 Dreamliner, including the...
5.5-meter Composite Cryogenic Tank
BI41302 (Cryotank-2)
5.5-meter Composite Cryogenic Tank
The 5.5-meter tank currently is being manufactured at the Boeing Developmental Center in Tukwila, Wash....
2.4 meter composite cryogenic tank at Boeing Developmental Center
BI41300 (Cryotank-1)
2.4 meter composite cryogenic tank at Boeing Developmental Center
A robot places composite fibers on the tank’s inner wall structure. Engineers at Boeing Research & Technology...
Sonic Cruiser Fuselage Testing at Anechoic Chamber at the Interior Noise Test Facility
BI218918 (k62055)
Sonic Cruiser Fuselage Testing at Anechoic Chamber at the Interior Noise Test Facility
Boeing conducts structural acoustics testing on aircraft fuselages in the Interior Noise Test Facility...
Delta Clipper Composite Liquid Hydrogen Tank
BI229631 (dcx_as14)
Delta Clipper Composite Liquid Hydrogen Tank
The Delta Clipper was the first spacecraft to use a Russian aluminum-lithium liquid oxygen tank and the...
Delta Clipper Composite Liquid Hydrogen Tank
BI229633 (dcx_as15)
Delta Clipper Composite Liquid Hydrogen Tank
The Delta Clipper was the first spacecraft to use a Russian aluminum-lithium liquid oxygen tank and the...
Composite Intertank Assembly for the Delta Clipper
BI229637 (dcx_as17)
Composite Intertank Assembly for the Delta Clipper
Under a cooperative agreement with NASA, McDonnell Douglas integrated advanced technology components...
787 Vertical Fin Fabrication - Tape Laydown Machine
BI221575 (k63793-01)
787 Vertical Fin Fabrication - Tape Laydown Machine
Fabrication of the first composite stringers for the vertical fin on the 787 Dreamliner, Boeing's all...
Boeing Moving Line Begins for Production of 787 Vertical Fin
BI221769 (k63972)
Boeing Moving Line Begins for Production of 787 Vertical Fin
March 14, 2007 -- Major assembly mechanics at Boeing's Composite Manufacturing Center (CMC) in Frederickson,...
First 787 Composite Fuselage Section
BI221793 (k63211-2)
First 787 Composite Fuselage Section
In January 2005, Boeing completed the first full-scale composite one-piece fuselage section for its 787...
First 787 Composite Fuselage Section
BI221795 (k63211-3)
First 787 Composite Fuselage Section
In January 2005, Boeing completed the first full-scale composite one-piece fuselage section for its 787...
AV-8B Harrier II Composite Wing Manufacturing
BI221951 (c12-13344-9)
AV-8B Harrier II Composite Wing Manufacturing
The AV-8B Harrier II incorporates a composite wing structure.
787 Dreamliner Composite Barrel Joining
BI222283 (k64125)
787 Dreamliner Composite Barrel Joining
The one-piece composite barrel team designed and built tools and software that were used to prove new...
B-2 Composite Materials Fabrication
BI232107 (3u8505k51)
B-2 Composite Materials Fabrication
Boeing manufactures key components of the B-2 Stealth Bomber, including some of the largest structural...
B-2 Composite Materials Fabrication
BI232109 (3u8606k08-3)
B-2 Composite Materials Fabrication
Boeing manufactures key components of the B-2 Stealth Bomber, including some of the largest structural...
B-2 Composite Materials Fabrication
BI232111 (3u8912k16-1)
B-2 Composite Materials Fabrication
Boeing manufactures key components of the B-2 Stealth Bomber, including some of the largest structural...
B-2 Composite Materials Fabrication
BI232113 (b-2_auto_fab)
B-2 Composite Materials Fabrication
Boeing manufactures key components of the B-2 Stealth Bomber, including some of the largest structural...
B-2 Composite Outboard Wing Panel
BI232115 (b-2_wing_panel)
B-2 Composite Outboard Wing Panel
Boeing completed assembly of the B-2 outboard wing sections for B-2 Air Vehicle Number 21, and delivered...
B-2 Composite Outboard Wing Panel
BI232117 (b-2_wing_panel_2)
B-2 Composite Outboard Wing Panel
Boeing completed assembly of the B-2 outboard wing sections for B-2 Air Vehicle Number 21, and delivered...
F-22 Composite Wing Skin
BI232121 (k64782)
F-22 Composite Wing Skin
In this photo, an F-22 composite wing skin is being moved into position for attachment to the internal...
Boeing 787 Composite Facility in Utah
BI233426 (k65808)
Boeing 787 Composite Facility in Utah
Employees at the new site, located in West Jordan, will focus on fabrication of composite horizontal...
Ceramic Matrix Composite Acoustic Engine Nozzle
BI233584 (k65840-1)
Ceramic Matrix Composite Acoustic Engine Nozzle
One of the emerging technologies to be flight-tested by Boeing is a ceramic matrix composite acoustic...
Ceramic Matrix Composite Acoustic Engine Nozzle
BI233586 (k65840-2)
Ceramic Matrix Composite Acoustic Engine Nozzle
One of the emerging technologies to be flight-tested by Boeing is a ceramic matrix composite acoustic...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233780 (mcf13-0005-107)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233782 (mcf13-0005-115)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233784 (mcf13-0005-117)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233786 (mcf13-0005-118)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233788 (mcf13-0005-126)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233790 (mcf13-0005-139)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233792 (mcf13-0005-163)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233794 (mcf13-0005-167)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Control Room During Ground Test of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233796 (mcf13-0005-391)
Control Room During Ground Test of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233798 (mcf13-0005-417)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233800 (mcf13-0005-422)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle
BI233802 (mcf13-0005-428)
Ground Testing of a CMC Engine Exhaust Nozzle
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233804 (mcf13-0005-434)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233806 (mcf13-0005-437)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233808 (mcf13-0005-447)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233810 (mcf13-0005-473)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
BI233812 (mcf13-0005-485)
Ground Testing of a CMC Engine Exhaust Nozzle on R-R Trent 1000
Ground testing of an engine exhaust nozzle made of ceramic matrix composite (CMC), which is designed...
Worker Guiding 737-700 Wing Structure During Manufacturing
BI215784 (c9j)
Worker Guiding 737-700 Wing Structure During Manufacturing
This 50-foot long lower wing panel, part of the first 737-700, marks the start of production for the...
737-700 Manufacturing
BI216022 (c10f)
737-700 Manufacturing
Numericallyl controlled data flows from the digital design to advanced equipment such as this computerized...
First 787 Dreamliner Composite Fuselage Section
BI216182 (k63211)
First 787 Dreamliner Composite Fuselage Section
SEATTLE, Jan 11, 2005 -- Boeing unveiled the first 787 Dreamliner composite fuselage section at its Developmental...
Carbon Fiber Composite Panel for 777 Vertical Fin
BI216242 (k63635-05)
Carbon Fiber Composite Panel for 777 Vertical Fin
A Manufacturing Technician inspects a carbon fiber composite panel for a 777 vertical fin on an automatic...
Robotic Head Assembly for Composite Manufacturing
BI216244 (k63635-06)
Robotic Head Assembly for Composite Manufacturing
A robotic head assembly on an automatic tape lay-up machine is used to precisely lay carbon fiber ply...
Robotic Head Assembly on Automatic Tape Lay-up Machine
BI216246 (k63635-07)
Robotic Head Assembly on Automatic Tape Lay-up Machine
A robotic head assembly on an automatic tape lay-up machine is used to precisely lay carbon fiber ply...
Composite Manufacturing at Boeing Frederickson Facility
BI216248 (k63635-08)
Composite Manufacturing at Boeing Frederickson Facility
A robotic head assembly on an automatic tape lay-up machine is used to precisely lay carbon fiber ply...
777 Vertical Fin Composite Manufacturing at Boeing
BI216250 (k63635-09)
777 Vertical Fin Composite Manufacturing at Boeing
A robotic head assembly on an automatic tape lay-up machine is used to precisely lay carbon fiber ply...
777 Vertical Fin Composite Manufacturing
BI216252 (k63635-10)
777 Vertical Fin Composite Manufacturing
A robotic head assembly on an automatic tape lay-up machine is used to precisely lay carbon fiber ply...
777 Vertical Fin Composite Manufacturing
BI216254 (k63635-11)
777 Vertical Fin Composite Manufacturing
A robotic head assembly on an automatic tape lay-up machine is used to precisely lay carbon fiber ply...
777 Vertical Fin Composite Manufacturing
BI216256 (k63635-12)
777 Vertical Fin Composite Manufacturing
A robotic head assembly on an automatic tape lay-up machine is used to precisely lay carbon fiber ply...
777 Vertical Fin Composite Manufacturing
BI216258 (k63635-13)
777 Vertical Fin Composite Manufacturing
A robotic head assembly on an automatic tape lay-up machine is used to precisely lay carbon fiber ply...
777 Vertical Fin Composite Manufacturing
BI216260 (k63635-14)
777 Vertical Fin Composite Manufacturing
A robotic head assembly on an automatic tape lay-up machine at the Boeing composites manufacturing facility...
777 Vertical Fin Composite Manufacturing
BI216262 (k63635-15)
777 Vertical Fin Composite Manufacturing
A Manufacturing Technician inspects a carbon fiber composite panel beneath the robotic head of an automatic...
777 Vertical Fin Composite Manufacturing
BI216264 (k63635-16)
777 Vertical Fin Composite Manufacturing
A Manufacturing Technician inspects a carbon fiber composite panel beneath the robotic head of an automatic...
777 Vertical Fin Composite Manufacturing
BI216266 (k63635-17)
777 Vertical Fin Composite Manufacturing
A robotic head assembly on an automatic tape lay-up machine at the Boeing composites manufacturing facility...
Control Panel for Automatic Tape Lay-up Machine
BI216268 (k63635-21)
Control Panel for Automatic Tape Lay-up Machine
A Manufacturing Technician monitors the control panel for a Cincinnati Milacron automatic tape lay-up...
Control Panel for Automatic Tape Lay-up Machine
BI216270 (k63635-22)
Control Panel for Automatic Tape Lay-up Machine
A Manufacturing Technician monitors the control panel for a Cincinnati Milacron automatic tape lay-up...
Carbon Fiber Composite Beams are Prepared for Curing
BI216272 (k63635-28)
Carbon Fiber Composite Beams are Prepared for Curing
Carbon fiber composite beams are vacuum bagged in preparation for the curing process at the Boeing composites...
Carbon Fiber Composite Beams are Prepared for Curing
BI216274 (k63635-29)
Carbon Fiber Composite Beams are Prepared for Curing
Carbon fiber composite beams are vacuum bagged in preparation for the curing process at the Boeing composites...
Carbon Fiber Composite Beams are Prepared for Curing
BI216276 (k63635-30)
Carbon Fiber Composite Beams are Prepared for Curing
Carbon fiber composite beams are vacuum bagged in preparation for the curing process at the Boeing composites...
Overhead Crane, Monorail and Trolley System
BI216278 (k63635-31)
Overhead Crane, Monorail and Trolley System
Overhead cranes, monorails, and trolleys automatically move materials to work stations at the Boeing...
Overhead Crane, Monorail and Trolley System
BI216280 (k63635-32)
Overhead Crane, Monorail and Trolley System
Overhead cranes, monorails, and trolleys automatically move materials to work stations at the Boeing...
Carbon Fiber Beams are Prepared for Vacuum Bagging Process
BI216282 (k63635-35)
Carbon Fiber Beams are Prepared for Vacuum Bagging Process
Carbon fiber beams are arranged on a precision table prior to the vacuum bagging process at the Boeing...
Carbon Fiber Beams are Prepared for Vacuum Bagging Process
BI216284 (k63635-36)
Carbon Fiber Beams are Prepared for Vacuum Bagging Process
Carbon fiber beams are arranged on a precision table prior to the vacuum bagging process at the Boeing...
Lockout Tag for Upright Drape Former Tool
BI216286 (k63635-37)
Lockout Tag for Upright Drape Former Tool
A Lockout Tag for safety control is shown on critical machinery at the Boeing composites manufacturing...
Vacuum-Bagged Composites are Prepared for Curing Process
BI216288 (k63635-38)
Vacuum-Bagged Composites are Prepared for Curing Process
Vacuum bagged composite materials are prepared on precision tables for the curing process at the Boeing...
Laser Projection System for Composite Manufacturing
BI216290 (k63635-39)
Laser Projection System for Composite Manufacturing
Carbon fiber composite material is marked with a laser projection system at the Boeing composites manufacturing...
Carbon Fiber Composites Marked with a Laser Projection System
BI216292 (k63635-40)
Carbon Fiber Composites Marked with a Laser Projection System
Carbon fiber composite material is marked with a laser projection system at the Boeing composites manufacturing...
Composite Manufacturing at Boeing Frederickson Facility
BI216294 (k63635-41)
Composite Manufacturing at Boeing Frederickson Facility
A Manufacturing Technician moves composite materials through the facility with an advanced conveyor system...
Boeing Composite Manufacturing Facility at Frederickson, WA
BI216296 (k63635-42)
Boeing Composite Manufacturing Facility at Frederickson, WA
A large interior space is designed for efficiency in composites manufacturing process flow at the Boeing...
Boeing Composite Manufacturing Facility at Frederickson, WA
BI216298 (k63635-43)
Boeing Composite Manufacturing Facility at Frederickson, WA
A large interior space is designed for efficiency in composites manufacturing process flow at the Boeing...
777 Carbon Fiber Vertical Fin is Prepared for Curing
BI216300 (k63635-44)
777 Carbon Fiber Vertical Fin is Prepared for Curing
A 777 carbon fiber vertical fin is vacuum bagged in preparation for curing at the Boeing composites manufacturing...
777 Carbon Fiber Vertical Fin is Vacuump-Bagged for Curing
BI216302 (k63635-45)
777 Carbon Fiber Vertical Fin is Vacuump-Bagged for Curing
A 777 carbon fiber vertical fin is vacuum bagged in preparation for curing at the Boeing composites manufacturing...
Autoclave for Curing Composite Materials
BI216304 (k63635-46)
Autoclave for Curing Composite Materials
A huge custom-built door seals the autoclave for curing composite materials at the Boeing manufacturing...
Autoclave for Curing Composite Materials
BI216306 (k63635-47)
Autoclave for Curing Composite Materials
A huge custom-built door seals the autoclave for curing composite materials at the Boeing manufacturing...
Massive Autoclave for Curing Composite Materials
BI216308 (k63635-48)
Massive Autoclave for Curing Composite Materials
A massive custom-built autoclave is used to cure composite materials for airplanes like the 777 vertical...
Massive Autoclave for Curing Composite Materials
BI216310 (k63635-49)
Massive Autoclave for Curing Composite Materials
A massive custom-built autoclave is used to cure composite materials for airplanes like the 777 vertical...
Massive Autoclave for Curing Composite Materials
BI216312 (k63635-50)
Massive Autoclave for Curing Composite Materials
A massive custom-built autoclave is used to cure composite materials for airplanes like the 777 vertical...
Carbon Fiber 777 Vertical Fin Part after Curing Process
BI216314 (k63635-51)
Carbon Fiber 777 Vertical Fin Part after Curing Process
A cured composite part for a 777 vertical fin assembly has been removed from the autoclave after curing...
Carbon Fiber 777 Vertical Fin Part after Curing Process
BI216316 (k63635-52)
Carbon Fiber 777 Vertical Fin Part after Curing Process
A cured composite part for a 777 vertical fin assembly has been removed from the autoclave after curing...
Automated Machines used in Composite Manufacturing
BI216318 (k63635-53)
Automated Machines used in Composite Manufacturing
Automated numerically-controlled machines are used to drill and form cured composite parts at the Boeing...
Automated Machines used in Composite Manufacturing
BI216320 (k63635-54)
Automated Machines used in Composite Manufacturing
Automated numerically-controlled machines are used to drill and form cured composite parts at the Boeing...
Automated Machines used in Composite Manufacturing
BI216322 (k63635-55)
Automated Machines used in Composite Manufacturing
Automated numerically-controlled machines are used to drill and form cured composite parts at the Boeing...
Template for Composite Repair
BI216324 (k63635-56)
Template for Composite Repair
A template for a composite repair is marked for vacuum bagging at the Boeing composites manufacturing...
Pre-cut Carbon Fiber Ply Layers are Prepared for Repair
BI216326 (k63635-57)
Pre-cut Carbon Fiber Ply Layers are Prepared for Repair
Pre-cut carbon fiber ply layers are stacked in preparation for the repair process at the Boeing composites...
Pre-cut Carbon Fiber Ply Layers are Prepared for Repair
BI216328 (k63635-58)
Pre-cut Carbon Fiber Ply Layers are Prepared for Repair
Pre-cut carbon fiber ply layers are stacked in preparation for the repair process at the Boeing composites...
Large Curing Oven for Composites Manufacturing
BI216330 (k63635-59)
Large Curing Oven for Composites Manufacturing
A large oven is used to cure composite materials at the Boeing composites manufacturing facility in Frederickson,...
Rack and Monorail System for Composites Manufacturing
BI216332 (k63635-60)
Rack and Monorail System for Composites Manufacturing
An automated rack and monorail system transports materials for composites fabrication at the Boeing facility...
Rack and Monorail System for Composites Manufacturing
BI216334 (k63635-61)
Rack and Monorail System for Composites Manufacturing
An automated rack and monorail system transports materials for composites fabrication at the Boeing facility...
Ultrasonic Testing Verifies Manufacturing Quality
BI216336 (k63635-62)
Ultrasonic Testing Verifies Manufacturing Quality
Non-destructive ultrasonic testing verifies manufacturing quality at the Boeing facility in Frederickson,...
Ultrasonic Testing Verifies Manufacturing Quality
BI216338 (k63635-63)
Ultrasonic Testing Verifies Manufacturing Quality
Non-destructive ultrasonic testing verifies manufacturing quality at the Boeing facility in Frederickson,...
Composite Manufacturing at Boeing Frederickson Facility
BI216340 (k63635-64)
Composite Manufacturing at Boeing Frederickson Facility
Composite Manufacturing at Boeing Frederickson Facility
Composite Manufacturing at Boeing Frederickson Facility
BI216342 (k63635-65)
Composite Manufacturing at Boeing Frederickson Facility
Composite Manufacturing at Boeing Frederickson Facility
Composite Manufacturing at Boeing Frederickson Facility
BI216344 (k63635-66)
Composite Manufacturing at Boeing Frederickson Facility
Composite Manufacturing at Boeing Frederickson Facility, Puyallup, WA.
Composite Manufacturing at Boeing Frederickson Facility
BI216346 (k63635-67)
Composite Manufacturing at Boeing Frederickson Facility
Composite Manufacturing at Boeing Frederickson Facility, Puyallup, WA.
Leading Edge for 777 Vertical Fin in Assembly
BI216348 (k63635-68)
Leading Edge for 777 Vertical Fin in Assembly
A leading edge part for a 777 vertical fin is prepared for final assembly at the Boeing composites manufacturing...
Leading Edge for 777 Vertical Fin in Assembly
BI216350 (k63635-69)
Leading Edge for 777 Vertical Fin in Assembly
A leading edge part for a 777 vertical fin is prepared for final assembly at the Boeing composites manufacturing...
Precision Drilling System for Composite Manufacturing
BI216352 (k63635-70)
Precision Drilling System for Composite Manufacturing
An automated precision drilling system is used for drilling composite parts at the Boeing facility in...
Precision Drilling System for Composite Manufacturing
BI216354 (k63635-71)
Precision Drilling System for Composite Manufacturing
An automated precision drilling system is used for drilling composite parts at the Boeing facility in...
Drill Head for Manufacturing Composite Parts
BI216356 (k63635-72)
Drill Head for Manufacturing Composite Parts
Drill head on an automated drilling system for composite parts at the Boeing facility in Frederickson,...
Composite Fin Section for 777 in Assembly
BI216358 (k63635-73)
Composite Fin Section for 777 in Assembly
A composite vertical fin section for a 777 is ready for final assembly at the Boeing facility in Frederickson,...
Assembly Pattern Jig for Composite Manufacturing
BI216360 (k63635-74)
Assembly Pattern Jig for Composite Manufacturing
An assembly pattern jig at the Boeing composites manufacturing facility in Frederickson, Washington.
Assembly Pattern Jig for Composite Manufacturing
BI216362 (k63635-75)
Assembly Pattern Jig for Composite Manufacturing
An assembly pattern jig at the Boeing composites manufacturing facility in Frederickson, Washington.
Foreign Object Damage (FOD) Sweeps and Receival Process Flow Chart
BI216364 (k63635-76)
Foreign Object Damage (FOD) Sweeps and Receival Process Flow Chart
FOD signboard for quality control at the Boeing composites manufacturing facility in Frederickson, Washington....
Composite Parts for 777 Vertical Fin
BI216366 (k63635-77)
Composite Parts for 777 Vertical Fin
Composite parts for installation in a 777 vertical fin at the Boeing facility in Frederickson, Washington....
Automatic Tape Lay-up Machine at Boeing Frederickson Facility
BI216368 (k63635-78)
Automatic Tape Lay-up Machine at Boeing Frederickson Facility
A robotic head assembly on an automatic tape lay-up machine at the Boeing composites manufacturing facility...
Mechanized Vacuum-Bagging Workstation
BI216370 (k63635-80)
Mechanized Vacuum-Bagging Workstation
A mechanized vacuum bagging workstation is used to prepare composite materials for curing at the Boeing...
Plant One Gear Works, circa 1951
BI211530 (p11491)
Plant One Gear Works, circa 1951
Plant One Gear Works, circa 1951
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