Home Products Product Uses About SOS Contact Us Contact Us Search


PARABOLIC ACOUSTICAL LISTENING SYSTEMS
Parabolic Acoustical Listening Systems
  INNOVATIVE FILTERING
  SUPERIOR AUDIO ENHANCEMENT
  GREAT PORTABILITY
  RUGGED AND DURABLE
Product Summary
Potential Applications
Product Description
Key Product Features
Options
Technical Specifications
Product SummaryPrint PDF File         
SOS Parabolic Acoustical Listening Systems use innovative technology developed to significantly enhance the ability to hear and identify sounds at distances normally undetectable to the human ear. In addition to extending the effective 'hearing' range, the device can selectively filter out unwanted sound frequency ranges.

Extremely light and portable, the 6 inch or 10 inch unit can be paired with the newly developed filter amplification pack (AmpPac®) to create a revolutionary system. This listening system can be used to detect and locate life signs and other critical sounds during rescue operations. Or it can effectively be used for many commercial and mechanical applications.

Potential Applications
Police - Enhance SWAT deployment and surveillance operations; monitor crisis situations with more intelligent
  information
Firefighters - Locate victims caught in fire and disaster situations with enhanced life-sign detection
Search & Rescue - Detect individuals trapped in collapsed buildings, earthquakes or other natural disasters
Government - Provide technology to support unique applications for Border Patrol, Homeland Security,
  State Department, Port Authority, DEA, FBI, ATF, Customs, Forest Service and Coast Guard
Military - Aid in Target identification, reconnaissance, perimeter surveillance, urban warfare; detect enemy
  presence in caves, houses and distant areas
Commercial Industries - Use in detecting specific mechanical noises
Power Companies - Augment ability to quickly and easily identify power line faults, coolant leaks and gas
  leaks
Other Applications - Deliver capabilities valuable to public venue crowd evaluation, high-rise stairwell
  monitoring and criminal concealment detection

Product Description
SOS parabolic acoustical listening systems are surprisingly small and portable, manufactured in a 6 "and 10" dish size for easy handling and quick deployment. The parabolic dishes are temperature and weather resistant for use in extreme operating conditions.

Both units come complete with the AmpPac, headphones, holographic sight, charger, cable and soft cover carrying case

Key Product Features
• Parabolic directional audio design
• Constructed from an extremely hard and durable polycarbonate material
• Temperature and weather resistant
• 6 inch dish weighs less than 2 pounds; 10 inch weighs less than 3 pounds
• Standard Tri-pod connect at base of unit (10" Only)
• Dish assembly tested to 500° F
• Specially designed acoustical shape narrowly focuses on desired source and limits sounds from unwanted
  directions
• "Laser Pointer" or "Holographic Red-Dot Pointer" (optional) helps determines the location of audio source
• Sensitivity -64 dbm; frequency range 0-16 khz
• Rechargeable lithium ion battery with 8 hour continuous use
• AmpPac with LCD display and four programmed noise limiting filtering ranges

Options
• Car Charger -- When on the go and AC outlet not available, the optional car charger plugs into your car's lighter to recharge the AmpPac®.

Technical Specifications

MaterialsSemi-translucent polycarbonate (dish)
DimensionsDish -10 ½" Diameter - 6" Depth; Dish - 6 ½" Diameter - 5" Depth
Handle - 1 ¾" top depth - 6" grip
Amp Pac - 4" W x 5" L x 1" D
Weight6 inch-less than 2 lbs
10 inch-less than 3 lbs
Power requirements12 volt rechargeable battery
12 volt battery power charger adapter
Input Signal Sensitivity-64 dbm
Frequency Range0-16 kHz
Range Sensitivity6 inch - 1000 feet (dependent on environmental and surrounding conditions)
10 inch - 1500 feet (dependent on environmental and surrounding conditions)
Laser pointerLow power provided by AmpPac
Holographic Red-Dot SightPowered by 2032 battery


Copyright © 2006 Sound & Optics Systems. All rights reserved.