Draper

Last week, Artemis II launched. On Friday, the crew comes home, and our work stays with them the entire way. Draper supports the mission with guidance, navigation, and control software that runs from launch through lunar flight to return, and our engineers hold a primary seat in the Mission Evaluation Room to track the mission in real time. We’ve worked alongside this program for more than 20 years to help make a mission like this happen. https://lnkd.in/db8qiEdD

Lowell is about to look very different. This fall, we break ground on Draper’s IMPACT Center, a 75,000 square foot microelectronics facility in the Lowell Innovation Network Corridor. We’re excited for this one. Design, production, and advanced packaging come together in one place, built alongside University of Massachusetts Lowell and partners across the Lowell Innovation Network Corridor. This is about real capability in Lowell and stronger connections between research, industry, and the workforce. The IMPACT Center will bring high-skill jobs to Lowell and strengthen the region’s role in advanced microelectronics. https://lnkd.in/e7WJQfXH

Some of the most consequential decisions shape how work continues long before results are visible. In 1973, Draper separated from Massachusetts Institute of Technology to operate independently. That shift allowed Draper to stay focused on mission-driven engineering over the long term, without competing institutional priorities. This moment fits into a much larger timeline. As America marks 250, continuity comes from decisions that keep critical work focused and moving forward. #America250atDraper

A lot of work looks good when it’s done. The real question is what still holds up years later, after different teams touch it, after context changes, after the original builders are long gone. The work that lasts usually doesn’t look impressive at first. It’s the kind that someone else can step into without a walkthrough, understands how it works, and keeps building on it without undoing what came before. That’s where you see whether something was built to last or just built to finish. #America250atDraper

At 250, the American story reflects a consistent expectation. Complex problems require disciplined solutions. Charles Stark Draper approached guidance and navigation with a level of rigor that emphasized consistency, repeatability, and trust in the system. That approach shaped how critical systems were developed and continues to influence how they are executed today. It’s not tied to a single moment. It shows up across generations of work. #America250atDraper

Long-range missions demand consistency over distance, especially when small deviations compound over time. in 1953, Doc Draper and his team put that to the test. A B-29 took off from Hanscom Air Force Base with SPIRE (Space Inertial Reference Equipment) onboard and flex to Los Angeles. The pilots didn't touch the controls. It wasn't a demo. It was a full flight. SPIRE went on to support aviation and orientation for strategic aircraft, but systems like this are where the standard gets set. Within a 250-year arc of American technology, work like this doesn't stay in one moment. It carries forward, shaping what comes next. #America250atDraper

We know the moments. The ones everyone remembers. What most people don’t see is what had to work before any of it could happen. The systems that had to know where they were, adjust in real time, and hold steady all the way through. The kind of work that doesn’t get a second try. That standard didn’t show up overnight. It’s been built, tested, and carried forward for decades. As the country approaches 250 years, we’re taking a close look at the systems that made those moments possible. Full story: https://ow.ly/BS1K50YzGNc #America250atDraper

Subsurface operations leave little room for uncertainty, especially when external signals are limited or unavailable. SINS (Submarine Inertial Navigation System) advanced how submarines maintain positioning over time, even when operating independently of continuous external updates. Draper contributed to inertial navigation capabilities that allow systems to stay on course without depending entirely on outside references like GPS. Across 250 years of American progress, continuity shows up in systems that hold steady when conditions don’t. #America250atDraper

Two hundred and fifty years into the American story, one principle continues to show up when it matters most. Systems have to keep pace with the moment. During WWII, the Mark 14 gunsight helped naval crews engage targets by converting complex calculations into actionable targeting data in real time. The capability connects back to Draper’s early work in fire control and guidance, where timing and execution had to align under pressure. At the time, it wasn’t about advancement. It was about delivering when it counted. #America250atDraper