Performance Matrix Attch 05.xlsx

XLSX spreadsheet 221 KB Posted Apr 20, 2010

Attached to: Amendment 03 Pending modification Tactical Combat Casualty Care
Solicitation number: H92222-10-R-0018
Issued by: United States Special Operations Command

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File	Type	Posted
TCCC Award Synopsis.pdf	PDF	Sep 2, 2010
Attach 04 CDRL.pdf	PDF	May 27, 2010
Amendment 03.pdf	PDF	May 27, 2010
Attach 03 MIN MAX QTY.pdf	PDF	May 27, 2010
Attach 02 TCCC SOO.pdf	PDF	May 27, 2010
Attach 05 Performance_Matrix.xls	XLS spreadsheet	May 27, 2010
TCCC AMEND 02 21May2010.pdf	PDF	May 21, 2010
TCCC AMEND 01 20 May 2010.pdf	PDF	May 20, 2010
Q A's 14 May 2010.pdf	PDF	May 14, 2010
QAs 3 May 2010.pdf	PDF	May 12, 2010
Q A's as of 30 Apr 2010.doc	DOC document	Apr 30, 2010
CDRL Attch 04.pdf	PDF	Apr 20, 2010
MIN MAX QTY Attch 03.pdf	PDF	Apr 20, 2010
SOO Attch 02.pdf	PDF	Apr 20, 2010
Solicitation TCCC.doc	DOC document	Apr 20, 2010
P Spec Attch 01.pdf	PDF	Apr 20, 2010
MIN MAX QTY Attch 03.pdf	PDF	Apr 7, 2010
CDRL Attch 04.pdf	PDF	Apr 7, 2010
Draft Solicitation 100407.pdf	PDF	Apr 7, 2010
SOO Attch 02.pdf	PDF	Apr 7, 2010
Performance Spec Attch 01.pdf	PDF	Apr 7, 2010
Performance Matrix Attch 05.xlsx	XLSX spreadsheet	Apr 7, 2010

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Rqts Traceability Matrix

TACTICAL COMBAT CASUALTY CARE REQUIREMENTS

METHODS AND SCORING

SUSTAINMENT

E-1 MODULE

E-2 MODULE

E-3 MODULE

M-1 MODULE

M-2 MODULE

T-1 MODULE

T-2 MODULE

T-3 MODULE

T-4 MODULE

T-5 MODULE

T-6 MODULE

S-1 MODULE

S-2 MODULE

▼ SYSTEM ▼

▼ REQUIREMENTS ▼

KIT

MODULE

I.D. NUMBER

Sub - I.D. NUMBER

SubSub - I.D. NUMBER

DESCRIPTION

P-SPEC Ref. Paragraph

ATTRIBUTE CATEGORY

▼ CRITERIA (quantifiable / measurable) ▼

Eugene Beal: Eugene Beal:

This explains how the item will be evaluated IAW the description of the requirement. A detailed 'scenario' or articulation of "We will evaluate this item by…." is needed.

Maximum Score

Insert product nomenclature, model number, part number

CASEVAC

GENERAL

Employed by a trained SOF ATP/Corpsman

4.1.1.1.

Safety

√

Medical items and protocols shall be within the ability of SOF ATPs to effectively employ in harsh environments

4.1.1.1.1.

Medical Protocols

Medical items and protocols shall be within the ability of SOF ATPs to effectively employ during limited visibility

4.1.1.1.1.

Medical Protocols

Medical items and protocols shall be within the ability of SOF ATPs to effectively employ; possibly even when wounded.

4.1.1.1.1.

Environment

Medical equipment and supplies shall be approved or cleared by the FDA and or the USSOCOM Surgeon General for use

4.1.1.3.1.

Regulatory Compliance

Equipment/supplies shall meet all applicable electrical safety standards and regulations to include but not limit to UL 544, and ANSI/AAMI HF-18 Electrical Safety Standards.

4.1.1.3.2.

Safety

All equipment/supply items required to perform the CASEVAC mission utilizing the latest technology, lightest weight, most compact design, integration of multiple capabilities, highest durability, and highest reliability (O).

4.1.1.3.4.

Equipment

CASEVAC kits shall be man-packable**

4.1.1.4.1. 4.1.1.4.2.

Lightweight

CASEVAC kits shall be man-portable**

4.1.1.4.1. 4.1.1.4.3.

Lightweight

Each kit shall be self-contained

4.1.1.5.3.

Modularity

Each kit shall be modularized

4.1.1.5.3.

Modularity

Each kit shall be able to be combined with/connected to other kits to the maximum extent practicable

4.1.1.5.3.

Modularity

Kit shall include all packaging necessary to transport/store all equipment/supply items in an organized manner

4.1.1.5.1.

Accessibility

Packaging shall include additional storage compartments to accommodate extra supplies or mission unique items

4.1.1.5.2.

Accessibility

Each man-packable kit shall be compact to the maximum extent practicable using snaps, zippers, hooks, straps, pouches, and pockets to streamline the design

4.1.1.5.4.

Equipment

Each man-portable kit shall consist of man-packable packaging

4.1.1.5.5.

Reliability

Each man-portable kit shall include ruggedized, air-worthy containers suitable to organize transport and protect the equipment/supplies stored within.

4.1.1.5.5.

Reliability

Each kit shall maintain usability and operate in the intended environment for a minimum of a two year life-cycle management period.

4.1.1.6.1.

Reliability

Each man-packable kit shall have reinforced stress points

4.1.1.6.2.

Reliability

Mean Time Between Failure (MTBF) for all medical electronic items:

4.1.1.6.3.

Reliability

Threshold:

A. The mean time between Operational Mission Failure will be at least 360 hours.

B. The operational availability will be .95 when operated over a 30-day period.

C. The mean time to repair will be 3 hours.

Objective:

A. The mean time between Operational Mission Failure will be at least 540 hours.

B. The operational availability will be .98 when operated over a 30-day period.

C. The mean time to repair will be 1 hour.

21	Items contained in each kit shall be packaged so that they are no more than 1-zipper deep	4.1.1.7.2.	Accessibility	10
22	Each kit’s packaging shall include basic labels for each compartment	4.1.1.7.3.	Safety	10
23	Kit’s packaging shall allow the equipment and/or supplies to be accessible by SOF Operators wearing gloves	4.1.1.7.4.	Accessibility	10
24	Each kit shall have universal connectors, straps, and other attachments to safely and quickly secure the individual modules to SOF standard and non-standard mobility platforms	4.1.1.8.1.	Adaptability	10
25	Each kit shall meet all all requirements to be transported by aircraft IAW USAARL policies	4.1.1.9.1.	Air / Crash Worthy	10
26	Each kit shall meet all IAW USAARL policy requirements with respect to air and crash worthy packaging	4.1.1.9.2.	Air / Crash Worthy	10
27	Each kit shall meet SOF mission environmental requirements	4.1.1.10.1.	Environment	10
28	Each kit’s non-medical equipment/supplies and packaging shall have an operating temperature range of -25°F/-33°C to 120°F/49°C.	4.1.1.10.2.	Environment	10
30	Each kit’s medical equipment shall have an operating temperature range of 40°F/4°C to 120°F/49°C (T) -25°F/-33°C to 120°F/49°C (O).	4.1.1.10.3.	Environment	10
32	Each kit’s equipment/supplies and packaging shall have a storage/transport temperature range of -25°F/-33°C to 160°F/71°C.	4.1.1.10.4.	Environment	10
34	Each kit’s equipment/supplies and packaging shall be able to withstand shock and vibration expected during shipment or transport	4.1.1.10.5.	Air / Crash Worthy	10
35	Each kit’s packaging shall protect all equipment/supplies from moisture when prepared for transport	4.1.1.10.6.	Environment	10
36	Each kit’s packaging shall protect all equipment/supplies from high winds when prepared for transport	4.1.1.10.6.	Environment	10
37	Each kit’s packaging shall protect all equipment/supplies from dust and sand when prepared for transport	4.1.1.10.6.	Environment	10
38	Each kit’s packaging shall protect all equipment/supplies from other environmental hazards when prepared for transport	4.1.1.10.6.	Environment	10
39	Each kit’s electrical equipment shall be operated by batteries that are lightweight	4.1.1.11.1.	Power	10
40	Each kit’s electrical equipment shall be operated by batteries that are maintenance-free	4.1.1.11.1.	Power	10
41	Each kit’s electrical equipment shall be operated by batteries that are low-heat (O)	4.1.1.11.1.	Power	10
42	Each kit’s electrical equipment shall be operated by batteries that are extended-life	4.1.1.11.1.	Power	10
43	Each kit’s electrical equipment shall be operated by batteries that are rechargeable	4.1.1.11.1.	Power	10
44	The batteries shall be rechargeable by a 110/120VAC (T), 220/240VAC (T), 20VDC (O), 12VDC (O), non-standard voltage (O) power source.	4.1.1.11.2.	Power	10
48	The electrical equipment shall have the capability to operate off of the corresponding power source (O).	4.1.1.11.3.	Power	10
49	The electrical equipment shall utilize common batteries already in the Government system to the maximum extent practicable.	4.1.1.11.3.	Power	10
50	One common battery shall be used throughout all of the electronic equipment (O).	4.1.1.11.3.	Power	10
52	Each kit’s medical equipment shall be able to be maintained by Department of Defense medical maintenance personnel	4.1.1.12.2.	Maintenance	10
53	Each kit’s medical equipment shall be able to be repaired by Department of Defense medical maintenance personnel	4.1.1.12.2.	Maintenance	10
54	Each kit’s medical equipment shall be able to be calibrated by Department of Defense medical maintenance personnel	4.1.1.12.2.	Maintenance	10
55	Each kit shall have a sustainment selection criteria for the equipment and supplies based on the attribute such as availability,	4.1.1.13.2.	Sustainment	10
56	Each kit shall have a sustainment selection criteria for the equipment and supplies based on the attribute of shelf-life	4.1.1.13.2.	Sustainment	10
57	Each kit shall have a sustainment selection criteria for the equipment and supplies based on the attribute of lead-time	4.1.1.13.2.	Sustainment	10
58	Each kit shall have a sustainment selection criteria for the equipment and supplies based on the attribute of spare parts	4.1.1.13.2.	Sustainment	10
59	Each kit shall have a sustainment selection criteria for the equipment and supplies based on the attribute of supportability	4.1.1.13.2.	Sustainment	10
60	Each kit shall have a sustainment selection criteria for the equipment and supplies based on the attribute of warranty	4.1.1.13.2.	Sustainment	10
61	The CASEVAC Set’s equipment shall include two (2) each operator and service manuals per Kit/Module as required for reference.	4.1.1.14.1.	Documentation	10
63	Each CASEVAC Set module shall include a packing list detailing all items contained within and the item’s location made of paper (T) durable, readable fabric (O).	4.1.1.14.2.	Documentation	10
KPP	Each CASEVAC Set will come with appropriate training media, web based, Compact Disc (CD) or Digital Versatile Disc (DVD) to ensure adequate New Equipment Training and Refresher Training requirements are met with the least impact on operational schedules. Back up hard copy files will be made available on the TCCC web page.	4.1.1.14.3.	Training

EXTRACTION	OVERALL	64	All items incorporated into the Extraction Modules shall meet air worthy certification requirements	4.1.2.1.1.	Air / Crash Worthy	10
		65	All items incorporated into the Extraction Modules shall meet crash worthy certification requirements	4.1.2.1.1.	Air / Crash Worthy	10
		66	All items incorporated into the Extraction Modules shall meet National Fire Protection Agency (NFPA) standards.	4.1.2.1.2.	Safety	10
		67	All items incorporated into the Extraction Modules shall meet United International Alpine Agency (UIAA) standards.	4.1.2.1.2.	Safety	10

E - 1	68			The E-1 Module shall be man-packable to be transported by one SOF Operator	4.1.2.2.6.	Lightweight	10
	69			The E-1 Module shall have the capability to extricate casualties from all terrain to include water obstacles in transition to a rigid litter for ground/air evacuation.	4.1.2.2.1.	Environment	10
		69.1		Terrain Types			5
			69.1.1	Forest			0.71
			69.1.2	Jungle			0.71
			69.1.3	Rocky Desert			0.71
			69.1.4	Sand Desert			0.71
			69.1.5	Mountains			0.71
			69.1.6	Water (Open water/ocean, littoral)			0.71
			69.1.7	Water (River, Swamp, lake)			0.71
	70			The E-1 Module shall have the capability to extricate casualties from all terrain to include water obstacles during day or night in transition to a rigid litter for ground/air evacuation.	4.1.2.2.2.	Environment	10
		70.1		Day / light Capability			5
		70.2		Night / darkness Capability			5
	71			The E-1 Module shall have the capability to package a casualty with spinal injury	4.1.2.2.3.	Medical Protocols	10
		71.1		Shall include straps capable of attaching to spinal immobilization board incorporating quick-disconnect single hand operation.	4.1.2.2.3.1.		5
		71.2		Shall incorporate cervical spine immobilization w/ tracheal access.	4.1.2.2.3.2.		5
	72			The E-1 Module shall have the capability to splint upper extremity fractures of casualties	4.1.2.2.4.	Medical Protocols	10
	73			The E-1 Module shall have the capability to splint lower extremity fractures of casualties	4.1.2.2.4.	Medical Protocols	10
	74			The E-1 Module shall have the capability to splint pelvic fractures of casualties	4.1.2.2.4.	Medical Protocols	10

E - 2	75		The E-2 Module shall be man-packable to be transported by one SOF Operator	4.1.2.3.1.	Lightweight	10
	76		The E-2 Module shall have the capability to safely access and recover casualties from high angle terrain using rope and rigging equipment.	4.1.2.3.2.	Extreme Terrain	10
	77		The E-2 Module shall have the capability to safely access and recover casualties from urban obstacles using rope and rigging equipment.	4.1.2.3.2.	Extreme Terrain	10
	78		The E-2 Module shall have the capability for vertical hoist operations.	4.1.2.3.4.	Extreme Terrain	10
		78.1	Static ropes shall be 150’ e-z bend with a TBD minimum strength			3.33
		78.2	Rope bags shall be sized appropriately and will include rappelling gloves (as ordered) in small – Extra Extra Large (XXL) sizes, compatible ascenders, and locking gate carabineers.			3.33
		78.3	Shall include a full body, adjustable rescue harness which is adjustable with lift capability.	4.1.2.3.4.1.		3.33

	E - 3	79		The E-3 Module shall be man-packable to be transported by one SOF Operator	4.1.2.4.1.	Lightweight	10
		80		All items incorporated into the E-3 Module shall meet air worthy certification requirements	4.1.2.1.1.	Air / Crash Worthy	10
		81		All items incorporated into the E-3 Module shall meet crash worthy certification requirements	4.1.2.1.1.	Air / Crash Worthy	10
		82		The E-3 Module shall have the capability to pry and cut wreckage to facilitate rapid extrication	4.1.2.4.2.	Safety	10
			Comment	Should be powered by either battery or diesel / JP8
		83		The E-3 Module shall have the capability to lift and move large objects, i.e. vehicles, wreckage, building debris, etc, high enough to remove casualties trapped underneath	4.1.2.4.3.	Safety	10
			83.1	If pneumatic device is used, should be capable of using vehicle as primary air source
							1
MOBILITY	M - 1	84		The M-1 Module shall be man-packable to be transported by one SOF Operator	4.1.3.2.1.	Lightweight	10
			84.1	Backpack shall be available in multi-camouflage and/or earth tone patterns
			84.2	Backpack shall be capable of supporting provided litter
			84.3	Pack cover should provide weather and dust proof protection of casualty’s equipment
		85		All items incorporated into the M-1 Module shall meet air worthy certification requirements	4.1.3.1.1.	Air / Crash Worthy	10
		86		All items incorporated into the M-1 Module shall meet air worthy certification requirements	4.1.3.1.1.	Air / Crash Worthy	10
		87		All items incorporated in the M-1 Module shall meet SOF military specification standards for all terrain environments encountered as established by SOF prepotencies	NONE	Environment	10
		88		The M-1 Module shall have the capability to secure and safely transport a casualty on a rigid litter through all phases of TCCC to level III medical treatment	4.1.3.2.2.	Safety	10
			88.1	Litter shall be collapsible to 20 inches in length	A2.7.1.		2.5
			88.2	Litter shall weigh less than 17 (T) 12 (O) pounds	A2.7.2.		2.5
			88.3	Litter shall have a capacity of 400 (T) 1200 (O) pounds	A2.7.3.		2.5
			88.4	Litter shall have two casualty straps that can withstand 5,500 pounds of force	A2.7.4.		2.5
		89		The M-1 Module shall include a rigid litter that meets CBRNE Decontamination criteria	4.1.3.2.3.	Environment	10
		90		The M-1 Module shall include a rigid litter that is hands-free (i.e. able to be moved using a strap, harness, etc. such that hands are free to use), self-contained and compatible with US/NATO medical evacuation transport equipment.	4.1.3.2.3.	Adaptability	10
		91		The M-1 Module shall be compatible with MOLLE/PALS configurations	4.1.3.2.4.	Adaptability	10

M - 2	92		The M-2 Module shall be man-packable to be transported by one SOF Operator	4.1.3.3.1.	Lightweight	10
	93		All items incorporated into the M-2 Module shall meet air worthy certification requirements	4.1.3.1.1.	Air / Crash Worthy	10
	94		All items incorporated into the M-2 Module shall meet crash worthy certification requirements	4.1.3.1.1.	Air / Crash Worthy	10
	95		The M-2 Module shall transport the M-1 Module in a modular format	4.1.3.3.2.	Modularity	10
	96		The M-2 Module shall have the capability to attach the rigid litter from the M-1 Module to current SOF ground/air mobility or ad hoc platforms	4.1.3.3.3.	Adaptability	10
	97		The M-2 Module shall have the capability to provide day/night landing zone marking	4.1.3.3.4.	Safety	10
	98		The M-2 Module shall have the capability to mark basic triage categories on casualties	4.1.3.3.5.	Medical Protocols	10
		98.1	Immediate, Urgent, Delayed, Expectant
	99		The M-2 Module shall have the capability to carry additional initial TCCC medical supplies	4.1.3.3.6.	Adaptability	10
		99.1	Reflective warming blankets shall incorporate warming cells			0.83
		99.2	Nitrile gloves shall be provided at a minimum of two pair per size per kit and be of a color to best identify bleeding of the casualty			0.83
		9.3	Headlamps shall provide for blood identification, utilize a common battery and be capable of multiple color lighting (LED, IR, Green, White & Red)			0.83
		99.4	Shall have a blunt tipped seatbelt cutting tool capable of window breakage [straight blade blunt tip knife].	4.1.3.3.6.1.		0.83
		99.5	Shall include a Bandage, 6" Emergency, w/ Mobile Pad	4.1.3.3.6.2.		0.83
		99.6	Shall include Unit, catheter-Needle, IV 14gauge x 3.25"	4.1.3.3.6.2.		0.83
		99.7	Shall include Airway, Nasopharyngeal, 28 French	4.1.3.3.6.2.		0.83
		9.8	Shall include Pack, Surgical Lubricant	4.1.3.3.6.2.		0.83
		99.9	Shall include Dressing, Hemostatic Gauze, Combat	4.1.3.3.6.2.		0.83
		99.10	Shall include Bandage, Occlusive Chest Wound	4.1.3.3.6.2.		0.83
		99.11	Trauma shears shall have blunt tips to ensure that patients are not further injured	4.1.3.3.6.2.		0.83
		99.12	Shall include a tourniquet which is small and lightweight with one-handed operation	4.1.3.3.6.3.		0.83
	100		The M-2 Module shall be compatible with MOLLE/PALS configurations	4.1.3.3.7.	Adaptability	10

TRANSPORTATION	T - 1	101		The T-1 module shall incorporate all accessories and supplies necessary to operate and charge the associated pieces of medical equipment	4.1.4.1.2.	Power	10
		102		All medical equipment contained within the T-1 module shall meet air worthy requirements.	4.1.4.1.4.	Air / Crash Worthy	10
		103		All medical equipment contained within the T-1 module shall meet crash worthy requirements.	4.1.4.1.4.	Air / Crash Worthy	10
		104		The T-1 module shall be capable of being man-portable when combined with other Transport modules	4.1.4.2.2.	Lightweight	10
		105		The T-1 module itself shall be capable of being man-packable	4.1.4.2.1.	Lightweight	10
		106		The T-1 Module shall have the capability to monitor casualty vital signs	4.1.4.2.3.	Medical Protocols	10
			106.1	Blood Pressure (T)	4.1.4.2.3.		0.9
			106.2	Oxygen Saturation (T)	4.1.4.2.3.		0.9
			106.3	Cardiac Output (T)	4.1.4.2.3.		0.9
			106.4	Heart Rate (T)	4.1.4.2.3.		0.9
			106.5	Temperature (O)	4.1.4.2.3.		0.9
			106.6	Carbon Dioxide Levels (O)	4.1.4.2.3.		0.9
			106.7	The device (s) will have a readable screen under any light or light sensitive condition	4.1.4.2.3.		0.9
			106.8	The device (s) will have the ability to manually cancel audio-visual alarms.	4.1.4.2.3.		0.9
			106.9	The device (s) shall include a Thermometer- Digital, Clinical.	4.1.4.2.3.		0.9
			106.10	Monitor shall have a casing either internal or external that protects the monitor from damage during operation	4.1.4.2.3.		0.9
			106.11	Monitor shall be water resistant. (O)	4.1.4.2.3.		0.9

T - 2	107		The T-2 module shall incorporate all accessories and supplies necessary to operate and charge the associated pieces of medical equipment	4.1.4.3.1..	Power	10
	108		All medical equipment contained within the T-2 module shall meet air worthy requirements.	4.1.4.1.4.	Air / Crash Worthy	10
	109		All medical equipment contained within the T-2 module shall meet crash worthy requirements.	4.1.4.1.4.	Air / Crash Worthy	10
	110		The T-2 module shall be capable of being man-portable when combined with other Transport modules	4.1.4.3.3.	Modularity	10
	111		The T-2 module itself shall be capable of being man-packable	4.1.4.3.2.	Lightweight	10
	112		The T-2 Module shall have the capability to provide casualty electric cardiac therapy	4.1.4.3.4.	Medical Protocols	10
		112.1	Defibrillator shall be an automated external defibrillator (AED)	4.1.4.3.4.		3.33
		112.2	Defibrillator shall perform cardiac output monitoring with visual display	4.1.4.3.4.		3.33
		112.3	Defibrillator shall have an integrated external noninvasive pacemaker (O)			3.33
		112.3	The device (s) will have a readable screen under any light or light sensitive condition	4.1.4.3.4.
		112.4	The device (s) will have the ability to manually cancel audio-visual alarms	4.1.4.3.4.

T - 3	113		The T-3 module shall incorporate all accessories and supplies necessary to operate and charge the associated pieces of medical equipment	4.1.4.4.1.	Medical Protocols	10
	114		All medical equipment contained within the T-3 module shall meet air worthy requirements.	4.1.4.1.4.	Air / Crash Worthy	10
	115		All medical equipment contained within the T-3 module shall meet crash worthy requirements.	4.1.4.1.4.	Air / Crash Worthy	10
	116		The T-3 module shall be capable of being man-portable when combined with other Transport modules	4.1.4.4.2.	Lightweight	10
	117		The T-3 module itself shall be capable of being man-packable	4.1.4.4.3.	Lightweight	10
	118		The T-3 Module shall have the capability to provide casualty mechanical ventilation	4.1.4.4.5.	Medical Protocols	10
		118.1	to be used with the oxygen generation capability	4.1.4.4.5.		2.5
		118.2	This module shall include Advanced Airway Management capability	4.1.4.4.5.		2.5
		118.3	Shall have audible and visual alarms that can be silenced/adjusted for all critical parameters.	4.1.4.4.5.		2.5
	119		The T-3 Module shall have the capability to generate a fraction of inspired oxygen (FiO2) of 50% without use of a pressurized cylinder.	4.1.4.4.4.	Medical Protocols	10

T - 4	120		The T-4 module shall incorporate all accessories and supplies necessary to operate and charge the associated pieces of medical equipment	4.1.4.5.1.	Power	10
	121		All medical equipment contained within the T-4 module shall meet air worthy requirements.	4.1.4.1.4.	Air / Crash Worthy	10
	122		All medical equipment contained within the T-4 module shall meet crash worthy requirements.	4.1.4.1.4.	Air / Crash Worthy	10
	123		The T-4 module shall be capable of being man-portable when combined with other Transport modules	4.1.4.5.2.	Modularity	10
	124		The T-4 module itself shall be capable of being man-packable	4.1.4.5.3.	Lightweight	10
	125		The T-4 Module shall have the capability to monitor casualty bodily fluid input and output.	4.1.4.5.7.	Medical Protocols	10
	126		The T-4 Module shall have the capability to store and transport standard blood storage bags.	4.1.4.5.4.	Adaptability	10
	127		The T-4 Module shall have the capability to provide controlled casualty fluid resuscitation administered intravenously	4.1.4.5.6.	Medical Protocols	10
		127.1	IV Pump shall be no larger than 65 in3 with any one dimension not to exceed 6 in.	4.1.4.5.6.
	128		The T-4 Module shall have the capability to warm blood to 32° C (T) 38° C (O) for casualty transfusions.	4.1.4.5.5.	Medical Protocols	10
		128.1	Fluid warming device shall be an inline fluid warmer			2.5
		128.2	Fluid warming device shall warm the fluid to 100°F/38°C			2.5
		128.3	Fluid warming device shall have an adjustable flow rate of 2-150 mL/min			2.5
		128.4	Fluid warming device shall have an integrated infusion pump (O)			2.5

T - 5	129	All medical equipment contained within the T-5 module shall meet air worthy requirements.	4.1.4.1.4.	Air / Crash Worthy	10
	130	All medical equipment contained within the T-5 module shall meet crash worthy requirements.	4.1.4.1.4.	Air / Crash Worthy	10
	131	The T-5 module shall be capable of being man-portable when combined with other Transport modules	4.1.4.6.1.	Lightweight	10
	132	The T-5 module itself shall be capable of being man-packable	4.1.4.6.2.	Lightweight	10
	133	The T-5 Module shall have the capability to warm casualties with decreased bodily temperature using a full-body wrap with hood and heatpacs	4.1.4.6.3.	Medical Protocols	10
	134	The T-5 module shall be capable of warming casualties in cold temperatures	4.1.4.6.4.	Medical Protocols	10

T - 6	135			All medical equipment contained within the T-6 module shall meet air worthy requirements.	4.1.4.1.4.	Air / Crash Worthy	10
	136			All medical equipment contained within the T-6 module shall meet crash worthy requirements.	4.1.4.1.4.	Air / Crash Worthy	10
	137			The T-6 module shall be capable of being man-portable when combined with other Transport modules	4.1.4.7.1.	Lightweight	10
	138			The T-6 module itself shall be capable of being man-packable	4.1.4.7.2.	Lightweight	10
	139			The T-6 Module shall have the capability to mount the medical equipment contained in modules 1-5 within the Transport Modules to the rigid litter specified in the Mobility Module	4.1.4.7.3.	Modularity	10
		139.1		Shall mount anywhere on a standard NATO litter and be capable of holding portable medical equipment, to include:
			139.1.1	Ventilator			1.66
			139.1.2	Suction			1.66
			139.1.3	Monitor			1.66
			139.1.4	Infusion pump			1.66
			139.1.5	Power supply			1.66
			139.1.6	Steel and carbon-fiber oxygen cylinders			1.66

SUSTAINMENT	S - 1	140		All medical equipment contained within the S-1 module shall meet air worthy requirements.	4.1.5.1.2.	Air / Crash Worthy	10
		141		All medical equipment contained within the S-1 module shall meet crash worthy requirements.	4.1.5.1.2.	Air / Crash Worthy	10
		142		The S-1 Module shall be man-packable to be transported by one SOF Operator	4.1.5.2.1.	Lightweight	10
		143		The S-1 Module shall have the capability to provide and sustain the control of life-threatening bleeding for up to four hours	4.1.5.2.2.	Power	10
			143.1	Shall include a pressure dressing with built in tension bar
		144		The S-1 Module shall have the capability to provide and sustain the treatment and prevention of shock for up to four hours	4.1.5.2.3.	Medical Protocols	10
		145		The S-1 Module shall have the capability to provide and sustain the protection of wounds to include burns from contamination, infection or further injury for up to four hours	4.1.5.2.4.	Medical Protocols	10
		146		The S-1 Module shall have the capability to provide and sustain pain management without adverse affects for up to four hours	4.1.5.2.5.	Medical Protocols	10
		147		The S-1 Module shall have the capability to provide and sustain the control of vomiting for up to four hours	4.1.5.2.6.	Medical Protocols	10
		148		The S-1 Module shall have the capability to provide additional TCCC Operator and Medic Kits supplies for additional Operators	4.1.5.2.8.	Modularity	10

S - 2	149		All medical equipment contained within the S-2 module shall meet air worthy requirements.	4.1.5.1.2.	Air / Crash Worthy	10
	150		All medical equipment contained within the S-2 module shall meet crash worthy requirements.	4.1.5.1.2.	Air / Crash Worthy	10
	151		The S-2 Module shall be man-packable to be transported by one SOF Operator	4.1.5.3.1.	Lightweight	10
	152		The S-2 Module shall have the capability to provide advanced airway care up to and including surgical airway procedures	4.1.5.3.2.	Medical Protocols	10
		152.1	Suction kits shall be manual and disposable.
		152.2	Combi-tube, Trachial, Airway shall be of sizes 4, 5 & 6 and be non-latex.
		152.3	Nitrile gloves shall be provided in XL size and be of a color (green) to best identify bleeding of the casualty.
		152.4	Laryngoscope blades will be both metal/durable and disposable to include both Miller #3 and Macintosh #3 types and the handles will be fiber optic utilizing AA batteries. . A minimum of 48 AA batteries must be supplied.
		152.5	Forceps shall be angled to guide a tracheal tube into the larynx or a nasogastric tube into the esophagus under direct vision. They shall also be capable of placing pharyngeal packs and removing foreign bodies.
	153		The S-2 Module shall have the capability to provide casualty mechanical ventilation (T) to be used with an oxygen generation capability giving a fraction of inspired oxygen (FiO2) of 50% (O).	4.1.5.3.3.	Medical Protocols	10

This is the start of the file's text. The full file is on GovTribe.

File details come from the government source that posted it. Updated Nov 14, 2017.