DOCUMENT
COMET - Industry Day Brief - March 2020 Rev E (004) (2).pdf
OVERVIEW
Original Source
Contract Opportunity
Related Opportunity
Related Agency
Posted
March 17, 2020
Type
.pdf
Size
0.78MB
Profiled People
DOCUMENT PREVIEW
EXTRACTED TEXT
Command, Control,
Communications, Computers, and
Intelligence (C4I) Operational
Maintenance & Engineering Training
(COMET) Industry Day
11 MARCH 2020
Presented to: Industry Partners
Presented by: NAWCAD
Agenda
Registration
Welcome and Administrative
Airborne Systems Integration (ASI) Overview
Requirements Overview
Small Business (SBs) Overview
Procurement Overview
Questions
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
Purpose
Stimulate interest of prospective companies
Exchange information regarding the procurement
Obtain Industry feedback
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
Ground Rules
All attendees must sign in
Electronic devices should be silenced
No recording or photography allowed
Questions:
Utilize the form provided to submit written questions
Slides, Q&As, and attendee list will be posted at
https://beta.SAM.gov
Facilities
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
Disclaimer
All dates and content presented are for
informational and planning purposes only
Information provided is subject to change and in no
way binds the Government to solicit for or award a
competitive contract
Projected acquisition strategy subject to change
Acquisition strategy will be announced using
standard notification process via
https://beta.SAM.gov
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
COMET Team Introductions
Naval Air Warfare Center Aircraft Division
(NAWCAD) Webster Outlying Field (WOLF):
ASI Division Director and Requirement Owner: Mr. Dave
Hager
Technical Point of Contact (TPOC): Ms. Linda Davis
NAWCAD Procurement Group:
Procuring Contracting Officer: Mr. Tom Stann
Contracting Officer: Ms. Amy Davis
Contract Specialist: Ms. Cheri Swailes
NAWCAD Office of Counsel:
Attorney Advisor: Ms. Karissa Johnson
Naval Air Systems Command (NAVAIR) Office of
Deputy Director, Office of SB: Mr. Larry Butts
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
ASI Division Capability Brief
Airborne Systems Integration
Division
About us
Airborne Mission Systems engineering and integration
Organic Lead Systems Integration (oLSI)
Technology development and transition
Multi-Mission Data Link Systems
Product engineering, development, and production
Lifecycle engineering and sustainment
Mission Statement
The organic Lead System Integrator (oLSI) for airborne
systems. Rapidly develop, evaluate, demonstrate, integrate,
field, and transition airborne systems and advanced
technologies to meet Warfighter needs.
Advanced Technology
Integration
Irregular Manned and Unmanned Air
Platform Integration
Mission Systems Engineering
Multi-Mission Data Link Systems
Engineering
Rapid design, development and
integration of airborne sensors
Transition pathway and initial
infrastructure
Prototyping and limited production
COTS system
adaption/improvement
New technology concepts
Improvement/novel use of existing
technology
Sensor development, integration,
evaluation
Operational assessments and
demonstration
Software development
Atypical airborne systems design,
development, integration,
production and sustainment
E-Performance solutions
developing interactive training
environments
oLSI developing Software
Reconfigurable Payload
Airborne Communication Data
Links
CDL Hawklink & FMV between air &
surface combatants
Integration/Installation for ship &
air platforms, and Fleet Training
Centers
Life Cycle Support for C-Band and
Ku-Band systems
Organic Depot for C band data link
components (ship)
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
ASI Division
Products
Prototypes, First Articles, LRIP
Integrated COTS and Government-off-the-Shelf (GOTS)
products
Matured technology
Mission Communications Systems
Airborne Sensor development, integration, evaluation
Mission System Software development
Multi-Mission Data Links
Software Reprogrammable Payloads
Technology Demos/Exercises
Drawings/documents/certifications
Training and maintenance systems
Customers
NAVAIR
NAVSEA
SOCOM
USMC
US Army
US Air Force
SOUTHCOM
PACOM
DHS-CBP
DHS-USCG
DARPA
OSD-JCTD
OSD-RRTO ONR
Navy Spec Ops
EUCOM
Resources
60+ Government Personnel
Locations:
NAS Patuxent River
Webster Field
Yuma Proving Grounds (YPG)
193 Special Operations Wing (SOW)
UAS flying laboratory with runway at YPG
Variety of small vessels for maritime support
Group 1 UAS aerodrome
Airborne mission systems integration facilities
Variety of existing contract vehicles to enable faster
execution
Demonstrate Feasibility
Demonstrate Technology
SustainmentDevelop/Advance Technology
LRIP, Limited Production and Fielding
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
Irregular Air
Platforms
Mission Statement:
Pursue, develop, design, fabricate, integrate, evaluate, demonstrate and transition advanced technology to meet
Warfighter needs.
Typical technology levels: TRL 6+
Project duration: 1 - 2 years
Primary products: Integrated airframes, kits, and solutions with the associated engineering and documentation artifacts.
Blue Water UAS:
Demonstrated cargo
autonomous take-off,
navigation, and littoral
landing
Phased approach to improve
airframe to meet end product
needs
RQ-23A at NUAV
FY20 efforts:
Surrogate UAS sensor
test support
Small UAS common
interface
experimentation
Flight / Integration
Support RQ-23A UAS:
Surrogate UAS for testing
and development of
sensor and software
payloads
TFSW:
Stop gap ISR flight ops
supporting wartime
efforts
HALE:
PSAR sensor development
and demonstration
Littoral take-off and landing
VBAT: Commercial Solutions for
Classified implementation
Heavy Fuel mod
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
Advanced Technology
Integration
Mission Statement:
Pursue, develop, design, fabricate, integrate, evaluate, demonstrate and transition advanced technology to meet Warfighter
needs.
Sub-specialty: Rapid Systems Engineering covering various technology areas.
Typical technology levels: TRL 3-6
Project duration: 1 week to 2 years
Primary products: engineering studies, assessments, prototypes, low-rate production articles, operational evaluations,
technical support, and demonstrations.
Long-range Passive Adaptive Optics Compensation
C-UAS
Project RIFLE
Black Dragon + UUV/USV
Cargo Pallet Sensor (CaPS)
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
Mission Systems
Engineering
Mission Statement:
Specializing in engineering, design, development, and integration of airborne mission and training systems and technologies
to meet Warfighter needs. Subject matter experts in mission system design, integration, fielding, and support; training
systems; and maintenance systems. Typical TRL 6+ with durations of 1-4 years for mission systems and 6 months to 2 years
for training and maintenance systems. Primary products include airborne mission systems, training systems, IETMs, and
maintenance systems.
VH-92A Mission Communications
System (MCS)
The ASI Division is designing a
government-controlled communications
system for use in the future Presidential
Helicopter. This design was provided to
the Aircraft OEM for integration into the
helicopter. The government design
approach avoided significant cost and a
longer schedule for the program,
accelerating the initial operating
capability by 18 months and avoiding
over $1 billion in cost.
Software Reprogrammable
Payload (SRP)
SRP is an open-architecture,
government-owned reference
design for a flexible, in-
operational reconfigurable
software radio designed to
meet current and future
needs for USMC air and
ground platform systems
supporting a wide variety of
missions.
Multi-Mission Payload Heavy (MMP-H)
US Special Operations Command (SOCOM)
supports Military Information Support
Operations (MISO) for Special Operations
Forces (SOF). SOCOM has been tasked to
upgrade the MISO capability of the EC-130J
Commando Solo to support a variety of
information operations including radio,
television and cellular communications.
E-6B Weapon System
Is a multi-mission, land-based, in-flight refueled aircraft
based on the Boeing 707 airframe that includes the
integrated mission avionics of the "Take Charge and Move
Out" (TACAMO) and Airborne Command Post (ABNCP)
missions
Supports the US Strategic Command (USSTRATCOM)
ABNCP and TACAMO missions as an airborne element of
the network of Survivable Mobile Command Centers
(SMCCs); as such, the E-6B plays an integral role
supporting survivable command, control, and
communications (C3) requirements of the President and
Secretary Of Defense
ePerformance
Support numerous sponsors in the areas of interactive
courseware, Interactive Electronic Technical Manuals (IETMs)
and planned maintenance
Created and maintain DADMS-approved IETM viewer (NavXML)
and content authoring system for 20+ products in support of the
Fleet
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is
Communications, Computers, and
Intelligence (C4I) Operational
Maintenance & Engineering Training
(COMET) Industry Day
11 MARCH 2020
Presented to: Industry Partners
Presented by: NAWCAD
Agenda
Registration
Welcome and Administrative
Airborne Systems Integration (ASI) Overview
Requirements Overview
Small Business (SBs) Overview
Procurement Overview
Questions
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
Purpose
Stimulate interest of prospective companies
Exchange information regarding the procurement
Obtain Industry feedback
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
Ground Rules
All attendees must sign in
Electronic devices should be silenced
No recording or photography allowed
Questions:
Utilize the form provided to submit written questions
Slides, Q&As, and attendee list will be posted at
https://beta.SAM.gov
Facilities
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
Disclaimer
All dates and content presented are for
informational and planning purposes only
Information provided is subject to change and in no
way binds the Government to solicit for or award a
competitive contract
Projected acquisition strategy subject to change
Acquisition strategy will be announced using
standard notification process via
https://beta.SAM.gov
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
COMET Team Introductions
Naval Air Warfare Center Aircraft Division
(NAWCAD) Webster Outlying Field (WOLF):
ASI Division Director and Requirement Owner: Mr. Dave
Hager
Technical Point of Contact (TPOC): Ms. Linda Davis
NAWCAD Procurement Group:
Procuring Contracting Officer: Mr. Tom Stann
Contracting Officer: Ms. Amy Davis
Contract Specialist: Ms. Cheri Swailes
NAWCAD Office of Counsel:
Attorney Advisor: Ms. Karissa Johnson
Naval Air Systems Command (NAVAIR) Office of
Deputy Director, Office of SB: Mr. Larry Butts
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
ASI Division Capability Brief
Airborne Systems Integration
Division
About us
Airborne Mission Systems engineering and integration
Organic Lead Systems Integration (oLSI)
Technology development and transition
Multi-Mission Data Link Systems
Product engineering, development, and production
Lifecycle engineering and sustainment
Mission Statement
The organic Lead System Integrator (oLSI) for airborne
systems. Rapidly develop, evaluate, demonstrate, integrate,
field, and transition airborne systems and advanced
technologies to meet Warfighter needs.
Advanced Technology
Integration
Irregular Manned and Unmanned Air
Platform Integration
Mission Systems Engineering
Multi-Mission Data Link Systems
Engineering
Rapid design, development and
integration of airborne sensors
Transition pathway and initial
infrastructure
Prototyping and limited production
COTS system
adaption/improvement
New technology concepts
Improvement/novel use of existing
technology
Sensor development, integration,
evaluation
Operational assessments and
demonstration
Software development
Atypical airborne systems design,
development, integration,
production and sustainment
E-Performance solutions
developing interactive training
environments
oLSI developing Software
Reconfigurable Payload
Airborne Communication Data
Links
CDL Hawklink & FMV between air &
surface combatants
Integration/Installation for ship &
air platforms, and Fleet Training
Centers
Life Cycle Support for C-Band and
Ku-Band systems
Organic Depot for C band data link
components (ship)
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
ASI Division
Products
Prototypes, First Articles, LRIP
Integrated COTS and Government-off-the-Shelf (GOTS)
products
Matured technology
Mission Communications Systems
Airborne Sensor development, integration, evaluation
Mission System Software development
Multi-Mission Data Links
Software Reprogrammable Payloads
Technology Demos/Exercises
Drawings/documents/certifications
Training and maintenance systems
Customers
NAVAIR
NAVSEA
SOCOM
USMC
US Army
US Air Force
SOUTHCOM
PACOM
DHS-CBP
DHS-USCG
DARPA
OSD-JCTD
OSD-RRTO ONR
Navy Spec Ops
EUCOM
Resources
60+ Government Personnel
Locations:
NAS Patuxent River
Webster Field
Yuma Proving Grounds (YPG)
193 Special Operations Wing (SOW)
UAS flying laboratory with runway at YPG
Variety of small vessels for maritime support
Group 1 UAS aerodrome
Airborne mission systems integration facilities
Variety of existing contract vehicles to enable faster
execution
Demonstrate Feasibility
Demonstrate Technology
SustainmentDevelop/Advance Technology
LRIP, Limited Production and Fielding
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
Irregular Air
Platforms
Mission Statement:
Pursue, develop, design, fabricate, integrate, evaluate, demonstrate and transition advanced technology to meet
Warfighter needs.
Typical technology levels: TRL 6+
Project duration: 1 - 2 years
Primary products: Integrated airframes, kits, and solutions with the associated engineering and documentation artifacts.
Blue Water UAS:
Demonstrated cargo
autonomous take-off,
navigation, and littoral
landing
Phased approach to improve
airframe to meet end product
needs
RQ-23A at NUAV
FY20 efforts:
Surrogate UAS sensor
test support
Small UAS common
interface
experimentation
Flight / Integration
Support RQ-23A UAS:
Surrogate UAS for testing
and development of
sensor and software
payloads
TFSW:
Stop gap ISR flight ops
supporting wartime
efforts
HALE:
PSAR sensor development
and demonstration
Littoral take-off and landing
VBAT: Commercial Solutions for
Classified implementation
Heavy Fuel mod
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
Advanced Technology
Integration
Mission Statement:
Pursue, develop, design, fabricate, integrate, evaluate, demonstrate and transition advanced technology to meet Warfighter
needs.
Sub-specialty: Rapid Systems Engineering covering various technology areas.
Typical technology levels: TRL 3-6
Project duration: 1 week to 2 years
Primary products: engineering studies, assessments, prototypes, low-rate production articles, operational evaluations,
technical support, and demonstrations.
Long-range Passive Adaptive Optics Compensation
C-UAS
Project RIFLE
Black Dragon + UUV/USV
Cargo Pallet Sensor (CaPS)
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is unlimited
Mission Systems
Engineering
Mission Statement:
Specializing in engineering, design, development, and integration of airborne mission and training systems and technologies
to meet Warfighter needs. Subject matter experts in mission system design, integration, fielding, and support; training
systems; and maintenance systems. Typical TRL 6+ with durations of 1-4 years for mission systems and 6 months to 2 years
for training and maintenance systems. Primary products include airborne mission systems, training systems, IETMs, and
maintenance systems.
VH-92A Mission Communications
System (MCS)
The ASI Division is designing a
government-controlled communications
system for use in the future Presidential
Helicopter. This design was provided to
the Aircraft OEM for integration into the
helicopter. The government design
approach avoided significant cost and a
longer schedule for the program,
accelerating the initial operating
capability by 18 months and avoiding
over $1 billion in cost.
Software Reprogrammable
Payload (SRP)
SRP is an open-architecture,
government-owned reference
design for a flexible, in-
operational reconfigurable
software radio designed to
meet current and future
needs for USMC air and
ground platform systems
supporting a wide variety of
missions.
Multi-Mission Payload Heavy (MMP-H)
US Special Operations Command (SOCOM)
supports Military Information Support
Operations (MISO) for Special Operations
Forces (SOF). SOCOM has been tasked to
upgrade the MISO capability of the EC-130J
Commando Solo to support a variety of
information operations including radio,
television and cellular communications.
E-6B Weapon System
Is a multi-mission, land-based, in-flight refueled aircraft
based on the Boeing 707 airframe that includes the
integrated mission avionics of the "Take Charge and Move
Out" (TACAMO) and Airborne Command Post (ABNCP)
missions
Supports the US Strategic Command (USSTRATCOM)
ABNCP and TACAMO missions as an airborne element of
the network of Survivable Mobile Command Centers
(SMCCs); as such, the E-6B plays an integral role
supporting survivable command, control, and
communications (C3) requirements of the President and
Secretary Of Defense
ePerformance
Support numerous sponsors in the areas of interactive
courseware, Interactive Electronic Technical Manuals (IETMs)
and planned maintenance
Created and maintain DADMS-approved IETM viewer (NavXML)
and content authoring system for 20+ products in support of the
Fleet
NAVAIR Public Release 2020-127. Distribution Statement A Approved for public release; distribution is
Show All