Every solid rocket motor design is a balancing act among performance, cost and complexity.
Advanced Technology and Innovation
Defining Possible across air, on land, under the sea, in space, or even in multiple domains at once.
For some, the word impossible ends discussions. For us, it’s a starting point.
At Northrop Grumman, we work every day to define — and redefine — what’s possible. Our teams are constantly questioning, problem-solving and creating new ways to tackle seemingly impossible challenges. The result? A shared purpose that puts us at the forefront of innovation and technological advancements, contributing everywhere from the depths of the ocean to the mysterious expanse of space.
Defining Possible is more than the practical application of our shared purpose, it’s a promise to our team and customers that we’ll always rise to the challenge. It’s the codification of our mission to ensure that a brighter future starts right here, right now. It’s reflected in all the work we do and seen in everything we create — including autonomous underwater vehicles, digital defenses for physical assets, the world’s first stealth bomber, the most powerful telescope ever created and much more. Ultimately, our push to define the future is driven by a singular focus: accomplishing the impossible.
Solving the mysteries of the universe is impossible. Until it’s not.
At Northrop Grumman, we’re on the forefront of national security and space exploration.
Every day, Northrop Grumman is working with our partners to learn more and defend throughout the space domain, one of the most important factors in national security.
In addition to securing our world, we’ve always pioneered exploration and discovery. Our teams designed the iconic Apollo Lunar lander and were instrumental in returning the Apollo 13 crew safely home. This passion for deep space continues today with cutting-edge exploration programs such as the James Webb Space Telescope (JWST), safety initiatives such as the Launch Abort System (LAS) and purpose-built spacecraft designed to change the way we view space exploration.
Bottom line? If it’s been to space, is already in orbit or is being built to defend and explore the great beyond, there’s a good chance Northrop Grumman was in on the ground floor
Rocketing Forward: Inside the Countdown to Launch
The Coolest Technology: Cryocoolers
These machines keep sensors extremely cold so that satellites and space telescopes can take pictures on long-term missions
Navigating Mars and Beyond
Launching Solutions into Space: The Innovation Technology Paradox
DAWN Spacecraft: Uncovering the Relics of the Early Solar System
Cosmic Outfitters: Dressing Spacecraft for Mission Success
Before launching onto the celestial stage, Northrop Grumman experts dress spacecraft to protect it from extreme space temperatures.
Engineering Marvel: The JWST Mega Sunshield Takes its Shape
Imagine having to squeeze an enormous mirror and a sunshield that’s the size of a tennis court into a rocket ship. This is the reality of an intricate deploymen…
Meet R3D2 — the progenitor of purpose-built spacecraft paradigms
Space solutions in a pinch: The positional pinch polarizer
Safety first! The Launch Abort System (LAS) helps to protect Orion astronauts as they achieve orbit.
Todd Mott: Clearing the Smoke on Data Reduction
A New Space Paradigm Calls for Purpose-Built Spacecraft
Pioneering change with speed and precision.
Utilizing Lean-Agile methodologies, we are at the forefront of developing discriminating and innovative technologies for our customers.
At Northrop Grumman, our teams are constantly challenging the status quo with new ways to approach existing and developing capabilities. The digital thread is woven into the fabric of our organization. We are at the cutting edge of the defense industry’s digital transformation and evolution. Our user-centered digital-based capabilities provide advanced technology to stay ahead of sophisticated threats. Our priority is to ensure our warfighters have the confidence to make real-time decisions in complex environments.
Going DA/RC: A Bright Future for Battlefield Management
As a leader in digital transformation for defense, Northrop Grumman is looking to what’s next in battlefield management. The future of defense may be in a soft…
Quantum 2.0: Qubits, communication and cryptography
Hiding in plain sight — the benefits of binary-based hardware defense
Applying AI to Systems Thinking: Every Engineer Has a Story
What’s the Frequency? An AI Algorithm Can Help with That
Can Artificial Intelligence Apply to Gaming to Military Strategy?
Turning Imaging into Intelligence
Looking for direction? We’ve got you.
Tucked inside modern fighter jets and smart munitions, inertial navigation systems have a suite of sensors, including accelerometers that measure linear motion and gyroscopes that measure rotation. The latest navigational technology also includes magnetometers — small but mighty instruments that measure magnetic fields.Read about the future of inertial navigation
Leading the evolution.
From the world’s first stealth bomber to autonomous undersea and aerial vehicles, Northrop Grumman has always been on the forefront of advanced manufacturing.
We’re Defining Possible by embracing the evolution of manufacturing initiatives underpinned by the expanding impact of carbon fiber 3D printing, deep learning robotics and data-driven hypersonic testing.
This ongoing shift is an outcome of us embracing Agile methodologies, and has become part of our core mission to define — and redefine — what’s possible in military aircraft and aerospace manufacturing. Just as Ford’s process revolutionized the speed and standardization of parts rolling off the line, we recognize the intrinsic and innovative value of digitally integrated solutions that can help make our manufacturing lineup stronger, faster and smarter. Allowing us to better help our customers achieve their goals.
The Brains Behind Military Electronics
When designing high tech electronic systems for the military, standard electronic components simply won’t cut it. While many consumer goods are built on standard microchips, military systems operate on application specific integrated circuits (ASICs). Northrop Grumman engineers are responsible for designing these custom chips to ensure secure processing for the Department of Defense (DOD).
Sustainable advancements preserving our world
Environmental tech for a new future. That’s Defining Possible.
At Northrop Grumman, we’re committed to action when it comes to sustainable technological developments and renewable energy strategies.
With clear-water monitoring efforts, helping to rebuild the Chesapeake Bay oyster population, no-touch turtle tracking and autonomous vehicle ice mapping, we’re finding and exploring new ways to interact with our environment — while ensuring its sustainability for future generations.
Time for a sea-change: More oysters mean cleaner water for Chesapeake Bay
Shell game — no-touch UAS tracking helps to map turtle movements
Aquatic Agility: Repurposing Wastewater as an Ultra-Pure Resource
For Northrop Grumman’s Advanced Technology Laboratories near Baltimore, repurposing wastewater as an ultra-pure resource takes aquatic agility.