Next Gen OPIR Polar (NGP)

Next Gen OPIR Polar (NGP)

When a mission is as critical as missile warning and defense, experience and data-driven solutions are essential to high confidence mission performance.

rendering of a satellite in space

NGP is designed to keep pace as the threat evolves.

Northrop Grumman’s Next-Generation Overhead Persistent Infrared (OPIR) polar-orbiting satellites, known as NextGen Polar (NGP), are a key element in strategic missile warning for our nation’s defense. NGP will cover the northern polar region – the shortest route for a missile to travel toward the United States and the most difficult region to monitor from space.

Our NGP satellites operate in highly elliptical orbits and will advance the missile warning mission into a more capable next generation: their modernized sensors will provide excellent coverage of the entire northern hemisphere and are fitted with new resiliency features to stay in the fight in contested scenarios.

NGP’s enhanced communication system allows us to transmit wide-band OPIR data to the ground. This ensures we’ll be able to find the needle in the haystack by pulling infrared heat signatures out of the noise. NGP is designed to keep pace as the threat evolves. We can use the new improved OPIR data to fine-tune our algorithms over time and enhance performance on-orbit.

Datasheet: Next-Gen Polar OPIR
rendering of satellites in space

Northrop Grumman is leveraging digital transformation to deliver capability with speed.

  • Model-based systems engineering
  • Advanced modeling and simulation
  • Updated tools for our business management processes, production, and supply chain management
  • End-to-end solutions that enable us to deliver predictable capability at an affordable price

Video: Next Generation Overhead Persistent Infrared Polar (NGP)

The two NGP satellites, operating in highly elliptical orbits, will include infrared sensors to detect and track ballistic and hypersonic missiles; an enhanced communication system that will transmit mission data to the ground, allowing decision makers to identify infrared heat signatures of incoming threats; and resiliency features that reduce vulnerabilities to counter-space and cyberattacks.

Media Contact

Carri Karuhn