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Combination Blind Riveter Kit

PART #: D-9000-MIL-2
NSN #: 5180-01-470-6539
  • Aerospace &  Military Line Maintenance
  • Industrial Sheet Metal Applications
  • Battle Damage Repair (BDR)
  • Ideal for Expanded Unit Level Maintenance
  • Fly Away Kit
  • 4 Riveters in One Kit
  • Installs all CherryMax thru 1/4" & Blind Bolts thru 3/16"
  • Contians 78 pieces
  • Dimensions: 19.25" x 14.75" x 4.625"
  • Weight: 28.5 lbs


The D-9000-MIL-2 is ideal for field maintenance modification, and BDR applications. It provides hand mechanical, hand hydraulic, air hydraulic and cordless blind riveters all in one convenient case. It can be used for Air Mobility, Line Maintenance and Battle Damage Repair Kits. The D-9000-Mil-2 installs all CherryMax® thru 1/4" and most Blind Bolts thru 3/16".

In addition a wide selection of rivet nosepieces are provided to permit installation of virtually all single action blind rivets thru 3/16" diameter currently in DOD inventory, including CherryMax® (thru 1/4") (M7885/NAS9300), Cherrylock® "A" / Olympic-lok (NAS1400A), Huck SMLS (NAS1900S), Nutplate rivets (Mil-N-25027), POP® rivets (Mil-R-24243), Self-Plugging Rivets (MS20600), and Huck or Cherry Blind Bolts (MS90353/54 S or U). The Kit contains the capability to install Huck Magna-lokH (M7885/10) and Cherry Interlock® wire draw rivets in 3/16 and 1/4" inch diameters commonly used on military and commercial vehicles, including the HMMWV, trucks, trailers, shelters, cargo containers, radar domes, and ground support equipment.

The D-9000-MIL-2 kit contains the pull-up studs and driving anvils used in conjunction with the hand hydraulic D-700 combination riveter-nutsetter which permit installation of blind nuts (NAS1329/30, / MS 27130/31) in sizes 6-32 thru 3/8-16. The riveter provides over 4,000 lbs of pulling force, and because of its unique two-stage valve system, wrist effort is reduced as the loads increase. For this reason the D-700 riveter is equipped with a pressure regulating feature called Vari-Max which allows the user to set the pulling pressure desired for the particular lot of blind nuts being installed, thereby minimizing the chance of thread failure from excessive pulling force or improper installation due to inadequate upset loads.