Back to news

June 12, 2018 | International, Aerospace

New National Guard medical helicopter unit set to deploy

WINDSOR LOCKS, Conn. (AP) — The Connecticut National Guard's newest unit, which has spent the past two years training with new, specialized helicopters, will deploy soon to provide care and transport to the sick and wounded in support of military operations in southwest Asia.

"To receive your first medical evacuation aircraft in 2016 and be fully prepared for a deployment less than two years later is a testament to the hard work and dedication of those in our aviation community," Maj. Gen. Thaddeus J.Martin, adjutant general and commander of the Connecticut National Guard, said in a statement ahead of a sendoff ceremony last month for the aerial medical evacuation unit, officially known as Detachment 2, Charlie Company, 3rd Battalion, 126th Aviation Regiment.

The detachment, based in Windsor Locks and commanded by 1st Lt. Matthew Barringer of South Glastonbury, doesn't officially deploy until later this month.

It represents a new capability for the National Guard. It received the first of three Blackhawk helicopters specifically outfitted for medical evacuation in the spring of 2016, even before becoming a fully operational unit in the fall of 2016.

Thirty members of the detachment are deploying and will spend about a year providing aeromedical evacuation, en-route critical care and medical support while transporting patients. Five of the members deploying are women. The unit will join the 70 guardsmen from Connecticut already deployed in support of operations around the world.

While deployed, the unit will be on 24-hour standby, and operate in shifts. A crew of four — two pilots, a crew chief, and a flight paramedic — can transport up to six patients at a time on one of the Sikorsky-built HH-60M Blackhawk helicopters. The helicopters have been specially outfitted for aerial medical evacuation and will be stocked with medical supplies like ventilators and IVs. The crew also has the capability to do procedures on board such as put in a chest tube.

"We're almost a flying hospital," said Chief Warrant Officer Jonathan Behuniak, 28, of Unionville.

From the time a call comes in, they have less than 15 minutes to grab supplies, get to the aircraft and take off to aid a patient, who could be a member of the U.S. military or coalition forces, contractors, and even military working dogs, Behuniak said.

Through training, they've been able to get that number down to nine minutes.


"There are a lot of computers that need to start working, so as fast as the aircraft will let us take off, we can take off," Behuniak said.

The benefit of a medevac unit, he added, is the ability to get a critically wounded patient to a hospital within so the so-called "golden hour," which greatly increases a patient's chance of survival.

A 2015 study involving the Army, Texas A&M University and the University of Texas Medical School at Houston found that getting wounded troops to hospitals in less than an hour, along with improved care on the battlefield and in medical helicopters, saved hundreds of lives.

"There's a wide spectrum of care an injured person can receive on this aircraft," said Sgt. Ryan Will, 28, Manchester, a flight paramedic. "It's very comprehensive care as well."

Flight paramedics like Will and Staff Sgt. Trevor O'Neill, 27, of Greenwich, have gone through extensive training and are nationally registered paramedics. Both are also civilian paramedics.

Members of the unit underwent a range of training to prepare them for the conditions they'll encounter overseas. They trained at a facility in Rhode Island that can simulate desert conditions. Anticipating mountain peaks of 13,800 feet, some pilots went to Colorado for training to get an understanding of how air density affects a helicopter's rotor system and the ability to fly.


Last week, they trained with members of Air National Guard's 103rd Airlift Wing, practicing loading and unloading patients onto the helicopters, and simulating different missions where the two units would cross paths.

"There are a lot of gravity and effects that are placed on the patient that there aren't normally on the ground, whether that be from high maneuver turns or simply just taking off and landing. Things like vibrations can really make a patient uncomfortable and these are things they have to know when they're giving us patients," said O'Neill, one of the flight paramedics.

There was strong interest in joining the unit, which represents a new capability for the Connecticut National Guard. Second Lt. Brett Boissonneault, 25, of East Hampton, was handpicked out of flight school to be part of the unit.

"It's a great opportunity to be part of an important mission where we're saving people every day, helping people every day," he said.

https://www.sfchronicle.com/news/article/New-National-Guard-medical-helicopter-unit-set-to-12984985.php

On the same subject

  • Yokota airmen improve gas mask with 3D printer, potentially saving Air Force $8 million or more

    June 11, 2018 | International, Aerospace

    Yokota airmen improve gas mask with 3D printer, potentially saving Air Force $8 million or more

    By SETH ROBSON YOKOTA AIR BASE, Japan — Tokyo-based airmen used a 3D printer and American ingenuity to modify a standard-issue gas mask into an aircraft oxygen system, potentially saving millions of dollars and improving aircrew safety. The idea of hooking up the M-50 joint-service, general-purpose mask to an aircraft was hatched during brainstorming sessions by airmen from Yokota's 374th Maintenance Squadron and 374th Operations Support Squadron. “We took the mask and added some off-the-shelf parts and some 3D-printed parts and converted it into a piece of equipment that can work in an aircraft,” said Senior Master Sgt. David Siemiet, an aircrew flight equipment superintendent. Gear used now — the Aircrew Eye/Respiratory Protection System, or AERPS — is expensive, heavy and fault prone with long waits for replacement parts, said C-130 Hercules pilot Capt. Matthew Kohl. When the ubiquitous, light and cheap M-50 is connected to an oxygen system, air flows through its chemical filters to the user, whose eyes are protected by goggles, Siemiet said. To build their prototype, the airmen looked at an Army system that hooks soldiers' masks to air blowers to overcome the stifling environment inside a battle tank. The airmen came up with a cap that blocks airflow into one side of the mask and an adaptor that allows it to attach to a hose that can be plugged into an oxygen system. The modification, which the airman call “AERPS Ultra,” uses a few standard parts and two components made on a 3D printer that aircraft materials technology craftsman Sen. Airman David Petrich bought for a few hundred dollars of his own money. It costs only about 75 cents to modify one mask, and the project has the potential to save the Air Force at least $8 million and countless man hours, according to Tech. Sgt. Eric Lundeen, another aircraft materials technology craftsman involved in the project. The M-50 weighs less than a pound, a lot less than the 40 pounds of chemical-protection gear now used by aircrew. Unlike the current system, the lighter masks don't need a power supply that must be hooked to on-board electricity and uses expensive batteries, Petrich said. “You can wear the mask onto the plane and latch in and you are good to go,” he said. The mask modifications can be done on base without the need to pay a contractor, Siemiet added. https://www.stripes.com/news/yokota-airmen-improve-gas-mask-with-3d-printer-potentially-saving-air-force-8-million-or-more-1.531504

  • L’ONERA et MBDA préparent le premier vol d’un véhicule propulsé par un statomixte

    July 23, 2021 | International, Aerospace

    L’ONERA et MBDA préparent le premier vol d’un véhicule propulsé par un statomixte

    Air & Cosmos consacre un dossier aux travaux menés par l'ONERA et MBDA, qui prévoient de faire voler, en collaboration avec la DGA, un véhicule hypersonique propulsé par un statomixte, c'est-à-dire un moteur capable de réaliser successivement une combustion subsonique et supersonique. L'objectif est de réaliser un véhicule d'essai unique, qui permettra de « vérifier le comportement d'un tel véhicule dans le domaine du vol hypersonique », explique Olivier Dessornes, directeur adjoint du DPME (département multi-physique pour l'énergétique) à l'ONERA. Il existe « une très grande expertise française » en la matière, « qui a commencé à l'ONERA et s'est poursuivie en collaboration avec Aérospatiale puis MBDA, sous l'égide de la DGA » insiste Laurent Serre, directeur de programme dissuasion à l'ONERA. L'essai en vol devrait être réalisé d'ici fin 2021, depuis la côte Est des Etats-Unis. Le véhicule sera accéléré et mis en poste et à l'altitude voulue pour une fusée-sonde. Les données seront récoltées avant que le véhicule ne fonde et que ses restes ne soient perdus en mer. Air & Cosmos du 23 juillet

  • The number of major F-35 flaws is shrinking, but the Pentagon is keeping details of the problems under wraps

    July 19, 2021 | International, Aerospace

    The number of major F-35 flaws is shrinking, but the Pentagon is keeping details of the problems under wraps

    The F-35 program currently has 857 deficiencies, but only seven are considered

All news