Open Architecture Processor (OAP)

Innovation enabling rapid adjustments to combat realities   ___

Lockheed Martin’s Open Architecture Processor (OAP) is a common processor for multiple sensors and self-defense systems operating on ground, air and maritime platforms. Ample processing power supports multiple applications that include degraded visual environments, pilotage, situational awareness, active protection, reconnaissance, fire control, targeting and hostile fire. OAP consolidates multiple proprietary processors into a single box, reducing space, weight and power.

OAP technology is transforming the way warfighters fight, fly and maneuver on the battlefield—and how customers will procure and sustain defense systems.

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On the ground, the passive-cooled Modular Active Protection System (MAPS) controller is at the heart of the U.S. Army’s vehicle protection solution.
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In the air, the air-cooled OAP is delivering 360-degree sensor imagery as part of the Pilotage Distributed Aperture Sensor (PDAS) system for current fleet and Future Vertical Lift rotorcraft. 
OAP Delivers Agility, Afforability and Commonality   ___
OAP is designed with growth and sustainment in mind. Its open architecture and standard interfaces enable users to readily upgrade or replace sensor and survivability and display systems independent of proprietary restrictions.
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Agility

Meet emerging threats by changing only the components necessary to defeat them… and keep one step ahead of adversaries

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Affordability

Upgrade at the component level to reduce developmental cost, extend system life cycle and promote best-of-breed solutions by avoiding vendor lock

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Commonality

Add new or improved components to multiple equipped platforms to lower risk and maximize development investments

Proven Performance Driving Next-Gen Survivability Technologies   ___

Our OAP is driving critical technologies for both current and next-generation platforms, in the air and on the ground.

When threats pop up, the MAPS base kit is ready to engage. In a series of live-fire tests conducted by the U.S. Army, MAPS-enabled systems defeated 15 out of 15 anti-tank guided missiles by jamming their signals, causing them to fly off-target. And the system is ready to meet all U.S. Army security and safety certification requirements to ensure warfighter safety.

PDAS is the first tactical installation of a multi-functional, embedded DAS for Army aviation. It has generated complete spherical infrared imagery using six simultaneously streaming sensors in a tactical flight environment. Its OAP is a powerhouse that delivers simultaneous 360-degree imagery to multiple users in real time. And it’s ready to drive emerging technologies like multi-model sensor fusion (MMSF) and threat detection solutions.

OAP Photos and Videos   ___

Modular Active Protection Systems: Ahead of the Threat Curve

The open-architecture MAPS base kit links sensors and countermeasures, enabling users to stay ahead of the threat curve.

Lockheed Martin's 360-Degree Pilot Visual System Completes First Flight On Bell V-280 Valor

The Pilotage Distributed Aperture Sensor (PDAS) system is the first tactical installation of a multi-functional DAS system for Army aviation.

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The passive-cooled MAPS controller provides fast and secure processing power to drive multiple sensors and countermeasures and future vehicle protection system capabilities.

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The MAPS controller is the heart of the MAPS base kit for U.S. Army armored vehicles.

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The air-cooled PDAS OAP delivers 360-degree sensor imagery to mulitple aircrew in real time.

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PDAS features technologies and components developed specifically for Army vertical lift platforms and their unique performance, weight and cost requirements.

Stay Informed: The Latest OAP News   ___
Oct 09, 2019
Third Party Article
The U.S. Army is calling for modernization and funding for its Big Six Priorities.
Oct 09, 2019
Third Party Article
Lockheed Martin's Pilotage Distributed Aperture System took flight in Bell's V-280 Valor, giving the pilot and crew a 360 degree view outside the aircraft.
Oct 09, 2019
Third Party Article
Pilots can use the system to their jobs more efficiently and safely, and it could be a step toward even more revolutionary capabilities in the future.
Additional Information   ___
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