Lockheed Martin receives IR/DRTS contract
Lockheed Martin was awarded a contract to provide the Instrumented Ranges / Digital Range Training System (IR/DRTS) by the US Army’s Program Executive Office for Simulation, Training and Instrumentation. The indefinite delivery/indefinite quantity contract award includes an initial $17.6 million delivery order, with a maximum estimated value of $450 million over a five-year base ordering period.
“The DRTS program is an integrated solution that will provide flexible training at a lower lifecycle cost,” said Jim Craig, vice president of training systems at Lockheed Martin Global Training and Logistics. “We look forward to working with the Army and continuing our support of its Live Training Transformation initiative to promote reuse and standardization across the suite of live-fire training systems.”
The IR/DRTS program will support range modernization by replacing aging live-fire training infrastructures with modernized, digital instrumentation capabilities that will record weapons system information and provide enhanced after-action-review tools. Instrumentation includes cameras, targetry systems with audio/visual effects, data recording equipment, range control centers and scenario development technology. The system will provide armor vehicle crews with collective gunnery training and qualification for Abrams, Bradley and Stryker platforms.
Ranges included in the initial task order are the Digital Range Multi-Purpose Range Complex at Fort Bliss, Texas, and Battle Area Complex at the Pohakuloa Training Area, Hawaii. The Lockheed Martin-led team includes Riptide Software, Inc., Senspex Camera, Strategic Range Solutions, Inc., and Tactical Micro, Inc.
Lockheed Martin currently provides a wide range of targetry, indoor / outdoor range instrumentation, counter-improvised explosive device training and equipment integration capabilities to support live fire training across the US Department of Defense forces. The IR/DRTS program fully supports the US Army’s Live Training Transformation, an initiative that helps maintain consistency within its training programs and decreases lifecycle costs.
Source: Lockheed Martin
Follow Shephard News on Twitter
You may also like
More from Land Warfare
-
![“Timelines are measured in seconds”: tackling the UAS threat with dispersed defences]()
“Timelines are measured in seconds”: tackling the UAS threat with dispersed defences
Small uncrewed aerial systems (UAS) have transformed the battlespace, posing a complex threat across all domains. Militaries now need counter-UAS (CUAS) capabilities that defeat the danger while meeting demands around readiness, manoeuvrability and adaptability, according to Mike Spina, Director, Global Sales and Business Development for Targeting and Sensor Systems (TSS) at L3Harris Technologies.
-
![US Army’s future autonomous launcher nears next phase with awards expected in August]()
US Army’s future autonomous launcher nears next phase with awards expected in August
The Common Autonomous Multi-Domain Launcher (CAML) is the US Army’s main effort to provide an autonomous or optionally crewed missile launcher, with more details revealed at a CSIS webinar discussion this week.
-
![“No single technology is enough”: why an integrated approach to uncrewed warfare is essential]()
“No single technology is enough”: why an integrated approach to uncrewed warfare is essential
In Conversation… Ahmet Akyol, CEO of ASELSAN, talks to Shephard’s Gerrard Cowan about how the rapid evolution of uncrewed aerial systems (UAS) is transforming the battlespace, with militaries focused on both deploying these platforms to maximum effect and developing the defensive systems needed to counter them.
-
![Lasers heat up for counter-drone option as DroneLight tackles the big question]()
Lasers heat up for counter-drone option as DroneLight tackles the big question
Using lasers to defeat drones promises to solve the dilemma of using expensive kinetic effects to kill platforms worth a few hundred dollars. While maintaining thermal output to provide the effects can be a technical hurdle, Israel’s Esh-Tech is one company working on a solution.
-
![How Pearson Engineering combines tradition with innovation for the demining mission (Video)]()
How Pearson Engineering combines tradition with innovation for the demining mission (Video)
At Eurosatory 2026, Pearson Engineering's Group CEO Ian Bell talked about the company's role in delivering specialist armoured engineering, route-clearance and demining capabilities to military customers around the world.
-
![France’s artillery rocket competition aims for sovereign solution as contest enters decisive phase]()
France’s artillery rocket competition aims for sovereign solution as contest enters decisive phase
France’s requirement for a replacement MLRS is intended to provide the country with a sovereign capability to bolster the country’s strategic autonomy, with a final platform expected to be in service by 2030.
