The ETDS study is in response to the Missile Defense Agency's (MDA) need to develop and field a next-generation target system that is capable of launching larger, more massive target vehicles with heavier and more complex payload suites for future ballistic missile defense testing.

The new target system must address a variety of engagement scenarios, including launching from remote, unimproved land-based sites, as well as from sea-based and air-based platforms.

Other key elements to be addressed by the study are mission flexibility, decreased launch cycle time, and realistic emulation of current and projected threat systems.

Lockheed Martin Space Systems has extensive experience in launch system design, development and launch operations on such successful programs as the Multi-Service Launch System (MSLS) long-range target vehicle, Fleet Ballistic Missiles, and the Athena, Atlas and Titian launch vehicle programs.

"We are pleased to have the opportunity to provide SMDC and MDA with truly innovative target launch vehicle solutions for the U.S. military's missile defense testing requirements," said Tom Morton, vice president, strategic missile programs for Lockheed Martin Space Systems.

"Our solution will leverage Lockheed Martin's strong leadership and unmatched experience in target and space launch vehicles and strategic and defensive missile systems for this very important effort."

Under the terms of the study contract, Lockheed Martin will assess the feasibility of conducting launch operations from various sea-based and airborne platforms and remote launch ground sites and deliver a set of flexible design approaches to USASMDC in support of the MDA Consolidated Targets Program. The study effort does not include the preliminary design review.

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