• Complete RF Design, mechanical analysis, FEA, environmental validation and material selection

• Electrical and mechanical optimization

• Reverse engineering 

• Aircraft Installation and Integration

• Tool design

• Full electromagnetic design and testing including radiation patterns

• Electrical design tools allow for full aircraft simulation

• Temperature humidity chambers

• Largest autoclave at 10 ft. ⌀ x 20 ft. L

• CNC Machines 

  • Large 5-axis machine

    • 16 ft. X 6 ft. X 4 ft. working volume

  • Small 5-axis machine

    • 310mm platter size, 31” max. part swing, 500 lb. capacity

  • 4 axis machine 

    • X-axis 40 in. X Y-axis 26 in.

  • 3 axis machines

  • CNC lathes ​​

  • ProtoTRAK mill 

• Manual machines 

  • Hardings lathe ​

  • Multiple Bridgeports

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• Processes include prepreg lay-up, vacuum bag, autoclave cure, CNC machining, and Vacuum-Assisted Resin Transfer Molding (VARTM)

• Experienced with all types of fibers, resins, core materials and coatings

• Radome coatings include anti-static top coats, polyurethane rain erosion coatings, fluoroelastomers, epoxies and radar absorbing materials (RAM)

• Universal test machines 

• DMA (dynamic mechanical analysis)

• Two paint booths​

  • Garmat​ Tier I

    • Interior: 26′-9 1/4″-L x 13′-1-5/8″-W x 8′-10-1/4″-H

    • Exterior: 27 2-1/4” L x 13 6 -5/8” W x 10’10” H

  • ​Garmat Chinook II ​

    • Interior: 26′ 9-/1/4″ L  x  13 1- 1/2″  W x  8′ 10-1/2″ H

    • Exterior: 27 2-1/4” L  x  13 6 -5/8”  W x  10’10” H

• Two grinding booths

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