Mostrando entradas con la etiqueta C-130J Super Hercules. Mostrar todas las entradas
Mostrando entradas con la etiqueta C-130J Super Hercules. Mostrar todas las entradas

sábado, 13 de octubre de 2018

JBER’s 773d LRS Airmen train to rig ‘em up right

An Alaska Air National Guard C-130J Super Hercules conducts air drop qualification training at Joint Base Elmendorf-Richardson, Alaska, Oct. 3, 2018. When air drop training occurs, combat mobility technicians from the 773d Logistics Readiness Squadron are called upon to operate as malfunction officers at the drop zone. In addition to scouting the drop zone area during a training, technicians are also responsible to recover the loads and parachutes. (Photo by Airman 1st Class Crystal A. Jenkins)


A heavy drop platform falls from the sky during air drop qualification training at Joint Base Elmendorf-Richardson, Alaska, Oct. 3, 2018. Two G-12 cargo parachutes were used for this heavy load weighing 3,700 pounds. When air drop training occurs, combat mobility technicians from the 773d Logistics Readiness Squadron are called upon to operate as malfunction officers at the drop zone. (Photo by Airman 1st Class Crystal A. Jenkins)


An Alaska Air National Guard C-130J Super Hercules conducts air drop qualification training at Joint Base Elmendorf-Richardson, Alaska, Oct. 3, 2018. When air drop training occurs, combat mobility technicians from the 773d Logistics Readiness Squadron are called upon to operate as malfunction officers at the drop zone. In addition to scouting the drop zone area during a training, technicians are also responsible to recover the loads and parachutes. (Photo by Airman 1st Class Crystal A. Jenkins)

JOINT BASE ELMENDORF-RICHARDSON, Alaska, By Airman 1st Class Crystal A. Jenkins


While many Logistics Readiness Squadrons often get labeled as “all-purpose squadrons” there is a small group of less than one percent of this U.S. Air Force community who get their wings in a specialty known as rigging.
Although these Joint Base Elmendorf-Richardson 773d LRS airmen may be small in number they play a key role in the day-to-day training and missions being accomplished.
These combat mobility technicians, sometimes referred to as riggers, are responsible for packing parachutes and building cargo platforms to bring personnel and precious cargo down from the sky safely.
“While at JBER, our mission is supporting four stationary units in addition to exercises such as Red Flag 19-1, by providing specialized air drop training,” said Staff Sgt. Douglas Moye, a 773d LRS combat mobility technician supervisor. “We provide these units the ability to maintain their air drop qualifications through simulated, pre-built cargo platforms during scheduled trainings and drops.”
When air drop training occurs, these combat mobility technicians are also called upon to operate as malfunction officers at the drop zone.
“We have to be vigilant about watching the loads fall from the aircraft,” Moye said. “In the event there is a significant malfunction with one of the loads being dropped, we would have to secure the area and do an investigation if necessary.”
In addition to scouting the drop zone area during a training, technicians are also responsible to recover the loads and parachutes.
“After watching the drops fall, we inspect the parachute equipment first-hand, then we place them temporarily in packs until we can get them back for drying and proper repacking,” Moye said. “We start this process by first securing the parachute by disconnecting the center and riser extension lines, then we use a “cigar-type” roll of the parachute portion to make it easier to maneuver, then we braid the lines in a daisy-chain method and place them in their pack.”
Using specific packing methods helps them keep the parachutes from getting torn or ripped,insuring a better reusability rate of the valued equipment for years to come.
Aside from straightening out lines and rolling the canopy into a bag, a number of other details must be inspected before a parachute is ready for its next air-drop. A summarized checklist is followed once it’s done in the drying tower, Moye said this includes the following:
  -- Stretch out the canopy.
  -- Search for holes, tears and burns in the material.
  -- Check for frayed and damaged suspension lines.
  -- Inspect the pack tray, harness, risers and ripcords.
  -- Check the parachute release device and clevis hardware, if applicable.
“Another one of our jobs is to do what is called ‘joint inspection,’” said Moye. “The main purpose of joint inspection is to insure the air worthiness of the cargo itself. When we build a cargo platform we are looking at many different aspects, things like; hazardous materials, whether it is correctly packaged and making sure the pallet is built properly for the aircraft type.”
Although there are many parallels relating to the responsibilities of joint inspection and packing parachutes, combat mobility technicians’ roles can vary greatly depending on what the mission calls for.
“When airmen come in to this field as combat mobility technicians they mainly get to see the aero delivery side of the mission,” said Tech. Sgt. Danielle Primas, the 773d LRS combat mobility flight noncommissioned officer in charge. “When my airmen get a chance to experience the aerial port side of what we do, they realize just how important their mission is and often reenlist when they see what is past packing parachutes.”
Technicians in this field are called upon often to deploy, with a local average of more than 20 times in a calendar year – ranging anywhere from a few days to several weeks.
“One of our biggest challenges personally and professionally is how often we deploy,” Moye said. “Whether we’re home or in a deployed environment, we have to maintain a posture of being ready at all times and must shift roles at a moment’s notice.”
When in-theater, combat mobility technicians often go to austere locations and set up aerial ports of debarkation [a geographical point at which cargo or personnel are discharged] where they don’t exist.
“Whether it’s personnel, heavy cargo or a container delivery system coming out of an aircraft, recipients are relying on those parachutes to save their lives in some way,” Primas said. “We are the last pair of eyes before the loadmaster, it is vital for us to get it right the first time. There is a lot we have to figure out on the fly and some of it is not written in black and white. Things can get complicated, quickly. We have to make sure the personnel, cargo and aircraft arrive safely every time.”  

jueves, 11 de octubre de 2018

Pallas Aviation Announced As Launch Operator For Lockheed Martin LM-100J Commercial Freighter

MARIETTA, Ga.Oct. 11, 2018 /PRNewswire/ -- Lockheed Martin (NYSE: LMT) today introduced Pallas Aviation as the first LM-100J commercial freighter operator. The LM-100J is a production variant of the proven C-130J Super Hercules, which is the military airlifter of choice for 18 nations around the world.
Pallas Aviation will provide management services and operational control of two LM-100J aircraft requiring heavy-lift/oversized cargo capability into and out of unconventional airports and remote locations for a specific set of clients in multiple industries. Pallas will operate its LM‑100Js out of Fort Worth Alliance Airport in Texas.
In conjunction with this announcement, an LM-100J aircraft will be on static display at the Alliance Air Show in Fort WorthOct. 13-14.
"In choosing the LM-100J, we have access to one of the newest cargo freighters that happens to have one of the most proven pedigrees in aviation: the C-130J Super Hercules. The LM-100J offers an outstanding performance record, reliability, experience and unmatched capabilities," said Emory Ellis, Pallas Aviation president. "There are other cargo aircraft in the market, but there's one LM-100J, and that's the airplane we need to do our job."     
Lockheed Martin introduced the LM-100J freighter in 2014 as an updated version of the L-100 legacy Hercules commercial variant. Lockheed Martin delivered more than 100 L-100s to private and government operators from 1964-1992. The LM-100J offers a civil-certified option for operators that builds on the proven performance of the military C-130J variants, which have flown almost 2 million hours in support of a multitude of mission requirements. 
"Over the past few years, we've had the honor to partner with the Pallas team in building the LM-100J and are excited to see this joint vision be a reality that we can share with the aviation industry," said George Shultz, vice president and general manager, Air Mobility & Maritime Missions at Lockheed Martin. "We can't wait for Pallas to show the world the versatility and capability that is found only in an LM-100J."

martes, 17 de julio de 2018

LOCKHEED MARTIN INTRODUCES LM-100J 'FIREHERC' AT FARNBOROUGH INTERNATIONAL AIRSHOW

Newest member of the Super Hercules is civil-certified firefighting airtanker


FARNBOROUGH, EnglandJuly 16, 2018 /PRNewswire/ -- Lockheed Martin (NYSE: LMT) today at Farnborough International Airshow (FIAS) introduced the LM-100J "FireHerc," a civil-certified firefighting airtanker variant of the proven C-130J Super Hercules that is the airlifter of choice for 18 nations around the world.  

The LM-100J is the commercial freighter production model of the C-130J Super Hercules and an updated version of the legacy L-100 commercial Hercules freighter. The LM-100J is flying at and on static display at this year's FIAS. 

C-130s — legacy Hercules, Super Hercules and L-100s — have flown millions of hours in support of missions for military and civilian operators around the world for more than 60 years, which includes supporting firefighting missions for more than 40 years. The LM-100J FireHerc builds on this proven experience and offers advanced capabilities to support aerial firefighting requirements for decades to come.
"With the presence of wildfires increasing on a global scale, there is a real-time need to provide more advanced assets to protect our people, communities and environment," said George Shultz, vice president and general manager, Air Mobility & Maritime Missions at Lockheed Martin. "As a variant of the C-130J Super Hercules, the FireHerc delivers a powerful combination of established performance advantages and innovative technology that will truly change the way we fight and defeat wildfires."
The Hercules plays a vital role in firefighting by dispersing retardant to contain and control fires in locations with complex terrain and compromised operating conditions. The FireHerc's straight-wing design and turboprop power plant allows it to excel in supporting this challenging low-level, low-speed firefighting mission profile like no other large airtanker in operation.

Additional FireHerc advantages include:
  • Advanced flight deck avionics that provide outstanding situational awareness and modern safety features to protect and guide flight crews through challenging conditions.
  • The ability to support two different retardant dispersion solutions: the gravity-drop based Coulson Aviation RADS Product Line or the pressure-type dispersal Modular Aerial Firefighting System II (MAFFS II). Both have been certified by the U.S. Forest Service on the Hercules platform to meet strict ground coverage standards.
  • A path to support night firefighting with advanced integrated technology, allowing responders to combat fires on an unprecedented 24/7 cycle — providing an unmatched advantage against nature.