Connecting Echo Seeker’s External Battery Monitor

post inspection of the Auxiliary Propulsion Thruster on Echo Seeker

Checking the Oil Level in Echo Seeker’s Main Propulsion Motor Compensator

Boeing Echo Seeker in Test Facility with Diver, May 2015

Reflection of Boeing Echo Seeker

Boeing Echo Seeker Test Facility, May 2015

Boeing Echo Seeker Auxiliary Propulsion Thruster

Boeing Echo Seeker Main Propulsion Thuster

Boeing Echo Seeker - Aft View

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Connecting Echo Seeker’s External Battery Monitor

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Echo Seeker is a fully autonomous unmanned underwater vehicle (UUV) developed by Boeing’s Advanced Technology Program. The 32-foot-long vehicle provides ample payload capacity and energy for diving and operating at ocean depths to 20,000 feet (6,000 meters). Echo Seeker is equipped with sonar to enhance ocean-bottom mapping capabilities and has an internal payload capacity of about 6,000 pounds (2,722 kilograms). The vehicle can also accommodate payloads extending outside of its envelope.

Boeing has designed and operated manned and unmanned deep sea systems since the 1960s, including Rockwell International legacy systems and U.S. Navy support programs. In 2001 Boeing’s Echo Ranger UUV began operations and continues today as a contracted work system for ocean surveys. Echo Seeker enables ocean access capabilities beyond those of Echo Ranger, offering potential customers a larger UUV with increased depth, endurance and payload capabilities.

In this photo Roger Goss, Boeing systems energy engineer, connects Echo Seeker’s external battery monitor to the batteries installed in the vehicle.

BI45960 (sef15-06347-220)

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Boeing Echo Seeker in Test Facility, May 2015

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