GPS and Quantum Navigation: Resilient, UltraPrecise Position

A Proven Backbone: The GPS Constellation

Since the launch of the primary Global Positioning System (GPS) satellites, the constellation has turn out to be the spine of navigation in fashionable society, supporting all the things from civilian navigation to essential protection operations. 

The Lockheed Martin-built GPS III and upcoming GPS IIIF satellites embody a design philosophy that emphasizes environmental, operational and sign resilience to offer state-of-the-art navigation capabilities.

• Environmental resilience: Engineered to outlive hurricane-force circumstances, extreme house climate occasions, and excessive radiation environments
• Operational resilience: Hardened in opposition to cyber-attacks, kinetic threats, and the intense results of nuclear detonations
• Signal resilience: Equipped with boosted MCode for safe, antijamming and anti-spoofing entry by U.S. and allied warfighters

Lockheed Martin designs every GPS III and IIIF satellite tv for pc with a modular structure, which permits us to simply combine new applied sciences and capabilities to handle rising threats and improve resilience.

The Quantum Leap: Why Lockheed Martin is Investing in Quantum Navigation

The way forward for navigation goes to depend on a collection of applied sciences that present a sturdy, resilient positioning functionality. This suite features a game-changing new know-how: field-ready, high-impact quantum sensors.

These sensors are extremely exact, function independently of satellite tv for pc alerts and might be paired with current Position, Navigation and Timing (PNT) options like GPS to ship unmatched functionality.

While the potential is nice, quantum navigation know-how is working in beta levels. Lockheed Martin is investing in its improvement, leveraging our engineering experience and collaborating with corporations like Q-CTRL and AOSense to develop next-generation quantum navigation sensors for superior protection platforms.  

We’re additionally accelerating quantum know-how’s transition from the lab to operational {hardware} by way of our participation in DoD-funded packages, together with the Defense Innovation Unit’s effort to prototype a quantum-enabled Inertial Navigation System (INS). 

GPS and Quantum Working Together for Your Benefit

Imagine you might be driving by way of a multi-level parking storage and navigating in your smartphone, in a world the place each the strong GPS constellation and quantum navigation exist.

Your location, the blue dot (GPS), might drift a number of meters as a result of concrete and metal buildings can intervene with the satellite tv for pc sign. If your telephone has entry to a quantum sensor along with GPS, the dot snaps exactly to the car’s true location. In this state of affairs:

• GPS determines the preliminary “big picture” place, offering the vary of recognized areas with civilian world Earth protection
• Quantum sensing refines that image, delivering pinpoint accuracy together with GPS alerts, even in contested environments

The synergy will lie in a unified PNT framework the place GPS establishes a dependable baseline, whereas quantum sensors repeatedly improve that baseline. This mixed strategy ensures steady, excessive accuracy positioning for warfighters working in contested environments.

More Than a Technological Overlay

The partnership between our present GPS constellation and cutting-edge quantum navigation is greater than a technological overlay – it’s a strategic evolution that ensures warfighters an unbroken line of sight to their precise location, no matter atmosphere or adversary challenges. As quantum sensors transfer from lab benches to the battlefield, they’ll improve the reliability, accuracy and survivability of the GPS system that already underpins fashionable operations.

Together, GPS and quantum navigation create a strong, multilayered PNT resolution that can kind the inspiration for next-generation all area missions and supply a decisive benefit for warfighters.