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Training Programs - Airborne Systems

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<strong>Training</strong> <strong>Programs</strong><br />

airborne relaTed mission ready Courses


QualiTy and serviCe CommiTmenT<br />

We are committed<br />

to superior quality,<br />

high-performance and<br />

technology-leading<br />

innovation.<br />

With more than 90 years of experience in<br />

providing parachute equipment to military<br />

forces around the world, <strong>Airborne</strong><br />

<strong>Systems</strong> understands better than anyone<br />

else the need for product and personnel<br />

training to support mission readiness and<br />

enhance operational capability.<br />

2 3<br />

Every day, we create value for our customers worldwide as<br />

we change and add capabilities throughout the organization<br />

from systems engineering and creative design, to<br />

project management and manufacturing, using the latest<br />

technological tools. We are especially proud of our creative<br />

design team and our simulation and analytical capabilities.<br />

Through teamwork, innovation, and continuous<br />

improvement, we deliver advantage, benefit, value, and<br />

satisfaction. We are committed to high-performance,<br />

superior quality and technology leading innovation as our<br />

contribution to the success of our customers’ missions.<br />

• Developer of most parachutes and oxygen<br />

system fielded with the US military.<br />

• World class instructor cadre specializing in<br />

teaching Military Free Fall and airdrop operations<br />

• All training courses can be modified as<br />

required to meet customer requirements.<br />

• Unmatched aircraft support through<br />

Skydive Arizona<br />

• US Air Force-surveyed drop zones for<br />

personnel and cargo<br />

• 14 ft diameter vertical wind tunnel capable of<br />

supporting students flying combat equipment<br />

• Airspace availability to 25,000 ft Above<br />

Mean Sea Level<br />

• Local climate supports 340 flying days per year<br />

Our history and legacy began in 1919, when Leslie Irvin, the founder of<br />

the Irvin Air Chute Company, made the first ever freefall parachute jump<br />

with a parachute that was manually releasable in freefall.


THe leader in miliTary Program ProCuremenT<br />

airborne systems<br />

is the developer of<br />

virtually all parachutes<br />

and parachutist<br />

oxygen systems<br />

that are now being<br />

fielded to us and<br />

international Forces.<br />

<strong>Airborne</strong> <strong>Systems</strong> is the developer of virtually all<br />

parachutes and parachutist oxygen systems that are now<br />

being fielded to US and International Forces. Recent<br />

product releases include the T-11, MC-6, MicroFly,<br />

GPADS 2K FireFly, GPADS 10K DragonFly, ARAPS<br />

Intruder ® (RA-1), and SOLR. All this equipment allows<br />

a unit to increase its force projection capability while at<br />

the same time increasing the safety of unit personnel.<br />

However, these advantages are only realized when the<br />

equipment is used properly.<br />

As the developer of the latest generation of equipment,<br />

<strong>Airborne</strong> <strong>Systems</strong> is uniquely positioned to train users<br />

in the proper use of this<br />

equipment. Effective<br />

training will bridge the gap<br />

from an equipment purchase<br />

to mission capability.<br />

<strong>Training</strong> on individual skills or<br />

tactical unit training can be<br />

conducted at the <strong>Airborne</strong><br />

<strong>Systems</strong> Tactical <strong>Training</strong><br />

Facility in Eloy, Arizona or<br />

at a customer location. The <strong>Airborne</strong> <strong>Systems</strong> Tactical<br />

<strong>Training</strong> Facility, located in Eloy, Arizona, is extremely<br />

well suited for the conduct of parachute training. <strong>Training</strong><br />

resources include two climate controlled buildings, access<br />

to numerous ramp and side door exit aircraft, a vertical<br />

wind tunnel, and US Air Force approved drop zones for<br />

personnel and cargo drops. <strong>Training</strong> is enhanced with<br />

airspace clearances to 24,500 ft, approvals to use guided<br />

airdrop systems, and weather patterns that support an<br />

average of 340 flying days per year. Maximizing the<br />

benefits of these training resources is a world class<br />

instructor cadre specializing in teaching Military Free Fall<br />

and airdrop operations.<br />

<strong>Training</strong> is divided into two categories: individual skill<br />

training and tactical training. Individual skill training can<br />

be provided as part of equipment purchases, to qualify<br />

personnel newly assigned to a unit, or as part of recurring<br />

proficiency training. Tactical training courses are intended<br />

to qualify operational detachments in the conduct of<br />

specific missions. All training courses can be modified as<br />

required to meet customer requirements.<br />

airborne sysTems <strong>Training</strong> <strong>Programs</strong> 3


individual ParaCHuTe sKills<br />

4 5<br />

individual skill training courses are<br />

focused on qualifying individuals to<br />

perform specific tasks.<br />

Individual skill training is typically conducted as part of<br />

an equipment purchase and is commonly referred to as<br />

New Equipment <strong>Training</strong> (NET). A typical NET will include<br />

rigger training (packing and maintenance) and operator<br />

training (jumper skills/jump master duties). In addition<br />

to being part of New Equipment <strong>Training</strong>, Individual skill<br />

courses are also available to Individuals joining a unit, or<br />

these courses may be scheduled as part of a regular skill<br />

refresher program.<br />

T-11 Course<br />

The T-11 course qualifies rigger students to pack the<br />

T-11 main and T-11R reserve parachutes. Instruction<br />

on inspection, assembly, and maintenance of the<br />

T-11 system are also included. Jumpmaster students<br />

are taught Jumpmaster Personnel Inspection (JMPI)<br />

and aircraft procedures. Depending on customer<br />

requirements, the course can also include a jump<br />

program for both riggers and jumpmasters.<br />

MC-6 Course<br />

The MC-6 course is similar to the T-11 New Equipment<br />

<strong>Training</strong> Course but with a focus on the MC-6 system<br />

(SF-10 main canopy and T-11R reserve).<br />

RA-1 (Intruder ®) Course<br />

The RA-1 course qualifies riggers to pack the Intruder<br />

Main and Intruder Reserve canopies. Rigger students are<br />

also qualified on inspection, assembly, and maintenance<br />

of the RA-1 system. Instruction on converting the system<br />

between static line and free fall configuration is also<br />

provided. Jumpmaster students are taught Jumpmaster<br />

Personnel Inspection (JMPI), how to calculate the<br />

Computed Air Release Point (CARP), actions in the<br />

aircraft, and are given hands on instruction on the flying<br />

of the Intruder canopy.<br />

Hi-Glide Course<br />

The Hi Glide Course is similar to the RA-1 New<br />

Equipment <strong>Training</strong> course but with a focus on the<br />

Hi Glide system. Because the Hi Glide is not static<br />

line capable, all instruction is provided on free fall<br />

configuration only.


all training can be<br />

provided either at the<br />

unit’s location or at our<br />

<strong>Training</strong> Facility in eloy, aZ<br />

PHAOS/OXCON/SOLR Course<br />

<strong>Airborne</strong> <strong>Systems</strong> provides two New Equipment<br />

<strong>Training</strong> courses for the Parachutist High Altitude<br />

Oxygen System (PHAOS), Oxygen Console (OXCON),<br />

and Special Operations Long Range (SOLR).<br />

oxygen maintenance<br />

The Oxygen Maintenance Course certifies users to<br />

calibrate, rebuild, and maintain parachutist oxygen<br />

systems manufactured by <strong>Airborne</strong> <strong>Systems</strong>.<br />

The Oxygen Maintenance Course is a classroom<br />

only course and does not require parachute jumps.<br />

oxygen operator<br />

The Oxygen Operator<br />

Course certifies users in<br />

the safe operation of<br />

parachutist oxygen<br />

equipment. Jumps to<br />

24,500 ft can be<br />

conducted as part of the<br />

Oxygen Operator Course.<br />

GPADS Course<br />

The GPADS (Guided Precision Aerial Delivery System)<br />

Course qualifies students to assemble, inspect, pack,<br />

rig, program, and maintain any of the GPADS platforms<br />

manufactured by <strong>Airborne</strong> <strong>Systems</strong>.<br />

As part of the GPADS Operator Course, students are<br />

taught how to plan missions and conduct GPADS drops<br />

(live drops are typically conducted as part of this course).<br />

jTrax Mission Planner Course<br />

The jTrax Mission Planner course qualifies users to<br />

operate the jTrax Mission Planner in support of all<br />

phases of precision airborne and aerial delivery missions.<br />

Students are taught how to use jTrax for<br />

planning, simulation/rehearsal, programming<br />

(for GPADS), and execution of various types of<br />

missions. Included in the training is instruction<br />

on how to calculate range safety fans (safety<br />

footprints) and how to manipulate mission<br />

parameters to support real world constraints.<br />

airborne sysTems <strong>Training</strong> <strong>Programs</strong> 5


TaCTiCal and advanCed <strong>Training</strong><br />

in coordination with customer<br />

requirements, airborne systems<br />

is also able to support full mission<br />

profiles which allow an operational<br />

unit to conduct an infiltration and then<br />

execute a ground mission.<br />

Combo Drop Course<br />

The Combo Drop Course trains members of a Military<br />

Free Fall team to conduct a mission alongside a GPADS<br />

platform. Prerequisites for the Combo Drop Course include<br />

GPADS New Equipment <strong>Training</strong> and a demonstrated<br />

capability with a ram air personnel parachute system.<br />

The Combo Drop Course can be conducted as a second<br />

phase of a New Equipment <strong>Training</strong> program, as part of<br />

pre-deployment training, or as a stand-alone training event<br />

to develop a new capability. The Combo Drop Course<br />

typically lasts five days and consists of an intensive jump<br />

schedule and mission planning exercises. Successful<br />

completion of the Combo Drop Course certifies an<br />

operational detachment to follow behind a GPADS<br />

platform during an infiltration mission.<br />

6 7<br />

Night Vision Goggle Course<br />

The Night Vision Goggle Course allows an existing<br />

Military Free Fall unit to conduct High Altitude Low<br />

Opening (HALO) and High Altitude High Opening (HAHO)<br />

missions during hours of limited visibility. Instruction is<br />

provided for planning considerations, tactics, techniques,<br />

and procedures. Stepladder progression is provided,<br />

beginning with vertical wind tunnel training followed by<br />

daylight jumps, and culminating in night team jumps. As<br />

a prerequisite to this course, students must be a graduate<br />

of a relevant individual skills course or certified and current<br />

Military Free Fall jumpers.<br />

HAHO/HALO Requalification<br />

The Requalification Course provides refresher training<br />

to Military Free Fall units. <strong>Training</strong> begins with ground<br />

school and wind tunnel exercises and rapidly progresses to<br />

individual jumps and team jumps using Free Fall and Static<br />

Line deployment methods. Further progression includes<br />

jumps with combat equipment and parachutist oxygen.<br />

Typical Requalification Courses last two weeks. Upon<br />

completion, a Military Free Fall unit is fully qualified to<br />

complete a HAHO or HALO infiltration mission.


HigH alTiTude <strong>Training</strong><br />

The extreme conditions present at high<br />

altitudes require proficiency in technical<br />

skills to ensure individual safety and<br />

proper execution of test plans.<br />

High-Altitude Testing Course<br />

The High-Altitude Testing course is intended to certify<br />

experienced parachute technicians to safely conduct<br />

parachute trials at altitudes above 17,500 ft (5.300 m)<br />

Above Mean Sea Level (ASML).<br />

Chamber <strong>Training</strong><br />

The course begins with training in a high-altitude chamber<br />

to ensure physiological suitability for each student to<br />

work at high altitude. Included in the chamber training is<br />

the recognition of the signs and symptoms of hypoxia<br />

and the medical protocols for high altitude injuries. Upon<br />

successful completion of the chamber testing, students<br />

then progress to training on the use and fitting of personal<br />

oxygen systems.<br />

Classroom <strong>Training</strong><br />

The course continues with classroom lectures on the<br />

effects of extreme altitude on parachutes, aircraft, and<br />

personnel. Parachute theory and design concepts are<br />

introduced to enhance understanding of parachute<br />

construction and performance. Additional instruction is<br />

provided on high altitude considerations for parachute<br />

testing. Guidance is provided for the rigging of test<br />

equipment, test collection methods, equipment used to<br />

collect data, and the development of test plans to ensure<br />

complete testing of parachute equipment.<br />

Familiarization<br />

Upon the conclusion of the ground training, students<br />

begin to make familiarization jumps at increasing altitudes<br />

to 24,500 ft (7.500 m) AMSL. As students become more<br />

confident with operating at high altitudes, they will begin to<br />

conduct experiments under instructor supervision. These<br />

experiments include the use of riser load test equipment,<br />

rigging and dropping articulated mannequins, and the<br />

creation of test plans. Data gathered during the course will<br />

be included in a test report generated by the students.<br />

Certification<br />

Upon the completion of the course, graduates will be<br />

certified to conduct parachute testing at high altitude.<br />

They will also have a full understanding of the effects of<br />

high altitude on personnel and equipment. Graduates will<br />

also be familiar with test collection equipment and will<br />

have the ability to create a comprehensive test plan for<br />

high altitude certification of parachute equipment.<br />

airborne sysTems <strong>Training</strong> <strong>Programs</strong> 7


<strong>Airborne</strong> <strong>Systems</strong> <strong>Training</strong> Facility<br />

4790 N Lear Drive, Eloy, AZ 85131<br />

Tel: 856.571.4717<br />

<strong>Airborne</strong> <strong>Systems</strong> North America Headquarters<br />

5800 Magnolia Avenue, Pennsauken, NJ 08109-1399, USA<br />

Tel: 856 663 1275, Fax: 856 663 3028<br />

www.airborne-sys.com

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