SBIR-STTR Award

Lightweight Personal Protective Head Gear Communication System for the Dismounted Soldier
Award last edited on: 11/26/02

Sponsored Program
SBIR
Awarding Agency
DOD : Army
Total Award Amount
$849,970
Award Phase
2
Solicitation Topic Code
A99-012
Principal Investigator
Salim M Akhtar

Company Information

ACG LLC (AKA: Salim Akhtar~Akhtar Consulting Group LLC)

10005 Coehorn Drive
Ellicott City, MD 21042
   (410) 465-9779
   saman@acgroups.org
   N/A
Location: Single
Congr. District: 07
County: Howard

Phase I

Contract Number: DAAD17-00-C-0058
Start Date: 9/2/03    Completed: 12/11/00
Phase I year
2000
Phase I Amount
$120,000
Project Venus is proposed to meet expanding demands on current overloaded helmet systems. It is a lightweight total head modular system emphasizing protection and human factors concerns. Comfort is key for the technology-and-user-driven appliance that will create a pride of ownership - no helmet is worth much if soldiers will not wear it when needed. The modular architecture has two basic properties: a stand-alone system and interactive subsystems performed on the hypothesis that increased design reuse of subsystems and parts of existing helmet designs have a vast heritage. Clean Sheet Approach integrates the ABC learning curve (American, British & Canadian), ACG vast experiences and feedback from the end-users. Project Venus offers: (1) a modular styled helmet shape, opposite from "porridge-bowl" and "liberty bell" forms with a new surface finish, biomimicked smart materials replacing foams, chin strapless, shoulder-wrap, and with human factorial comfort providing protection to total head and upper proximity, (2) a ballistic and structural performance are improved by replacing outer 1/3rd with a carbon epoxy, maintaining `swatch fabric system, and replacing KM2 with Zylon fiber, (3) a modular Visual and Virtual Sensory Ensemble offering flat, 3-D geospatial helmet displays, and (4) a completely modular portable, self-powered ear-level communication system providing two-way communication, two-way video, 3-D audio processing, noise reduction and enhanced hearing using COTS PC and wireless technologies.

Benefits:
ACG, in its experience with previous products, has formulated that the helmets core technology and unique new design will be general enough to ensure commercial success. ACG will extensively use industrial design as an important tool for both satisfying customer needs and differentiating their products from those of their competition. ACG design will communicate a mature visual quality helmet in addition to its utility and low cost

Phase II

Contract Number: DAAD17-01-C-0006
Start Date: 9/2/08    Completed: 9/2/08
Phase II year
2001
Phase II Amount
$729,970
Phase I revealed a high priority need for a human factorial lightweight protective helmet that extends an adequate personal communication system and 360 degree situational awareness, as well as ballistic protection of dismounted soldiers. The proposed research addresses two most critical design issues: (a) human factors concerns and, (b) practical concerns voiced by dismounted soldiers. A Design for Excellence will incorporate four tasks. Task 1 will perform in-depth human factors analyses. Deliverables from this task will be conceptual illustrations and technical performance parameters for the next generation of modular platforms. Task 2 will investigate improvements in ballistic and structural performance reducing head borne mass. Deliverables will include technical performance parameters for "lightweight material." Task 3 will examine existing helmet displays and sighting devices. Deliverables from this task will set the foundation for future integrated helmets. Task 4 will investigate speech intelligibility and sound localization of new and existing helmet designs that are feasible with new human factors studies and new materials. An innovative communication product design will potentially gain what is most needed in any successful design - user acceptance.

Keywords:
INNOVATIVE MODULAR HEADGEAR; HEAD, FACE, AND NECK PROTECTION; COMMUNICATION SYSTEMS; BIOMIMIC SMART MATERIALS; BALLISTIC PROTECTION; VISUAL AND VIRTUA