The US Navy Builds Underwater Microphones to Track Lost Dev
Itai Buenahora — March 28, 2014 — Tech
The U.S. Navy has unveiled a groundbreaking advancement in the detection of lost underwater devices, ships and aircrafts, with the underwater device-tracking microphone called the Towed Pinger Locator 25.
The 70-pound tow fish is a hydrodynamic microphone that has been constructed and designed specifically for detecting acoustic underwater signals from data and cockpit voice recorders that are carried aboard all military and commercial aircrafts.
Reaching depths of 20,000 feet, this underwater microphone is set out to help find the missing Malaysian airline that disappeared without signal into the depths of the Indian Ocean. This could be exactly what was missing in the ongoing search of the missing flight that has torn many families apart.
This advancement is a prudent effort to detect debris and move closer to the specified search area, furthermore advancing the development of finding missing valuables within the depths of the ocean.
The 70-pound tow fish is a hydrodynamic microphone that has been constructed and designed specifically for detecting acoustic underwater signals from data and cockpit voice recorders that are carried aboard all military and commercial aircrafts.
Reaching depths of 20,000 feet, this underwater microphone is set out to help find the missing Malaysian airline that disappeared without signal into the depths of the Indian Ocean. This could be exactly what was missing in the ongoing search of the missing flight that has torn many families apart.
This advancement is a prudent effort to detect debris and move closer to the specified search area, furthermore advancing the development of finding missing valuables within the depths of the ocean.
Trend Themes
1. Underwater Device Tracking - The US Navy's Towed Pinger Locator 25 represents a disruptive innovation opportunity for underwater device tracking, allowing for more efficient and effective detection of lost devices.
2. Hydrodynamic Microphones - The development of hydrodynamic microphones like the Towed Pinger Locator 25 opens up disruptive innovation opportunities for underwater acoustic signal detection, benefiting industries involved with underwater exploration and search and rescue operations.
3. Deep Ocean Search Technology - The advancement of deep ocean search technology, exemplified by the Towed Pinger Locator 25, offers disruptive innovation opportunities in industries such as marine salvage and underwater archaeology.
Industry Implications
1. Military and Defense - The development of the Towed Pinger Locator 25 creates disruptive innovation opportunities in the military and defense industry, enhancing capabilities for locating lost underwater devices and aircraft.
2. Aviation - The hydrodynamic microphone technology used in the Towed Pinger Locator 25 presents disruptive innovation opportunities for the aviation industry, improving the ability to locate data and cockpit voice recorders from lost aircraft.
3. Marine Exploration - The deployment of underwater device-tracking microphones like the Towed Pinger Locator 25 offers disruptive innovation opportunities in the marine exploration industry, enabling more efficient search and recovery operations for lost shipwrecks and valuable artifacts.
2.8
Score
Popularity
Activity
Freshness
