2026 Red Ryder Revival Project Wrap Up

Interactive forum thread on this project: The Rocketry Forum RRR Thread 

And the Story from the "Supreme Revival Commander of Red Ryder Operations" AKA: SRC-RRO:

Red Ryder Revival (R³) 

How the Washington Aerospace Club Brought a Legendary Rocket Back to Life 

In 2018, a rocketeer known to much of the online rocketry community simply as Chuck set out to build something extraordinary. His goal was ambitious even by high-power rocketry standards: a massive 12-inch-diameter rocket capable of eventually flying on an R-class motor. The project quickly became one of the most closely followed build threads on Rocketry Forum, attracting hundreds of followers and generating years of discussion, engineering debates, and excitement.  Years later, while preserving the dormant project and searching for a path toward flight, John Demar gave the rocket the name Red Ryder, a name that would eventually become recognized throughout the hobby. 

Over the next several years, Red Ryder took shape. Airframe sections were completed. Recovery systems were engineered. Avionics bays were assembled. A custom aluminum fin can became one of the most recognizable features of the project. But despite years of effort and an enthusiastic following, Red Ryder never flew. Life intervened, priorities changed, and the project eventually stalled. For many in the community, Red Ryder became one of those legendary projects everyone remembered but few expected to ever see leave the launch pad.  After years in storage and under the stewardship of John Demar, the Washington Aerospace Club was presented with an opportunity few organizations would ever receive: the chance to finish and fly one of amateur rocketry's most recognizable unfinished projects.

A Rocket's Second Chance

While many people associated the project with Chuck, Red Ryder's history involved far more than one individual. During the original development effort, John Demar provided much of the engineering guidance behind the project. Drawing on experience from previous large-scale flights, he assisted with design work, simulations, hardware procurement, and Class 3 launch preparations. The rocket itself was based on design concepts proven in an earlier 8-inch vehicle. When the project was eventually set aside, the rocket faced an uncertain future. Rather than allowing years of work to be lost, John stepped in, assumed responsibility for the vehicle and associated hardware, and preserved them for several years while searching for a path forward. It was during this period that the rocket became known as Red Ryder. Recognizing both the historical significance of the project and the challenges that remained before flight, John ultimately donated the rocket to the Washington Aerospace Club. His belief that WAC possessed the technical capability, organizational strength, and enthusiasm required to complete the mission set the stage for everything that followed. Without that decision, the Red Ryder Revival project would never have existed.

A Natural Fit for WAC 

Following the success of previous WAC group projects, most notably Project Moonliner, club members began discussing what might come next. When the opportunity arose to acquire Red Ryder, it immediately captured the imagination of the club. The decision wasn't simply about flying a large rocket.  It was about preserving a piece of amateur rocketry history. More importantly, it aligned perfectly with the club's mission to Inspire, Build, Launch, and Share. Red Ryder represented an opportunity to build upon the work of those who came before us, introduce new members to large-scale project development, and demonstrate what a community-driven effort could accomplish. The Washington Aerospace Club formally adopted the project for 2026 under the name: Red Ryder Revival (R³) 

Turning a Rocket into a Community Project 

Although substantial portions of the rocket already existed, there was still significant work to be done before flight. 

• A new fin system had to be designed and fabricated. 

• Avionics systems required review and integration. 

• Recovery systems had to be inspected, modified, tested, and packed. 

• Flight operations planning needed to be completed. 

• A propulsion system had to be cast, assembled, and prepared. 

• Class 3 flight documentation required approval. 

• The list seemed endless. 

Fortunately, one of WAC's greatest strengths is its members.  Over the course of the year, dozens of volunteers contributed engineering expertise, fabrication skills, artistic talent, project management, logistics support, media production, recovery planning, and countless hours of labor.  Build sessions quickly became some of the most rewarding parts of the project. Experienced Level 3 flyers worked alongside newer members. Students, mentors, families, and volunteers all found ways to contribute.  What started as a rocket restoration effort evolved into something much larger. Red Ryder became a community project in every sense of the word. 

The Final Push 

As summer transitioned to fall, activity accelerated. 

• The giant airframe was polished and brought back to life. 

• New graphics and artwork transformed the rocket's appearance. 

• Recovery systems underwent repeated inspection and testing. 

• The enormous main parachute was unpacked, organized, and repacked. 

• Flight readiness reviews pushed every subsystem through detailed evaluation. 

• The propulsion team completed assembly of a custom motor. 

• Avionics teams conducted simulations and checkout procedures. 

• One by one, the remaining obstacles fell away. 

For the first time in years, Red Ryder was truly preparing for flight. 

Journey to the Black Rock Desert 

The team selected BALLS 34 in Nevada's Black Rock Desert as the launch venue. For large projects, BALLS has long represented one of the premier launch events in amateur rocketry. The massive open desert, experienced range operations, and history of record-setting flights made it a natural home for Red Ryder's long-awaited maiden flight. 

• Team members arrived throughout the week and established camp on the playa. 

• The rocket was assembled. 

• The final inspections were completed. 

• Electronics were checked and rechecked. 

• Then weather arrived. 

• Strong winds forced schedule adjustments and tested everyone's patience. 

On Friday evening, Red Ryder stood fully assembled on the launch rail beneath the stars, waiting for a launch opportunity. 

An Unexpected Reunion 

One of the most meaningful moments of the project happened before the rocket ever left the pad. Through a series of fortunate circumstances, Chuck, the original creator of Red Ryder, was attending BALLS. When he arrived at the WAC camp and saw Red Ryder standing ready for launch, it was an emotional moment for everyone involved. Years earlier, he had set out to build a dream rocket. Now he was seeing a community carry that dream across the finish line. He spent time with team members, examined the modifications, shared stories from the original build, and watched the final preparations. In many ways, the project felt complete before the countdown even began. 

Flight Day 

On Saturday morning, September 26, 2026, conditions finally allowed the launch to proceed. After years of waiting and months of preparation, Red Ryder flew. The rocket accelerated cleanly from the rail and climbed into the Nevada sky to the cheers of the team and spectators. Every member of the project experienced the same mix of excitement, relief, pride, and disbelief. Red Ryder was finally doing what it had been designed to do. It was flying. 

• Telemetry from multiple systems recorded a successful ascent to approximately 4,600 feet. 

• Apogee deployment occurred successfully. 

• The recovery system performed its job and the main parachute deployed. 

• Red Ryder returned safely to the playa. 

While post-flight analysis revealed a minor zipper and evidence of significant deployment loads, the rocket was successfully recovered and remains flyable. For a project whose primary objective was to complete Red Ryder's first flight, the mission was an unquestionable success. 

More Than a Rocket 

The most important outcome of the project wasn't the altitude achieved or the telemetry recorded.  The greatest success was what the project demonstrated.  Red Ryder showed what can happen when a community comes together around a shared goal. 

• Veteran flyers mentored newer members. 

• Families participated together. 

• Students gained hands-on experience. 

• Volunteers contributed time, talent, and resources. 

An unfinished rocket became a successful flight because dozens of people decided it was worth the effort. 

The project embodied the Washington Aerospace Club's mission in ways few projects ever could. 

• It inspired. 

• It was built. 

• It launched. 

And its story is now being shared. 

Mission Accomplished 

Every great rocket has a story. 

• Some are about speed. 

• Some are about altitude. 

• Some are about records. 

• Red Ryder's story is about people. 

It is a story of perseverance, community, mentorship, collaboration, and friendship. 

Most importantly, it is proof that even a dream placed on a shelf for years can still fly when enough people believe in it. 

After eight years, multiple caretakers, countless volunteers, and one unforgettable weekend in the Black Rock Desert, Red Ryder finally completed the mission it was always meant to fly.

The accomplishment belonged to everyone who helped carry the project forward along the way: Chuck's original vision, John's years of engineering support and stewardship, and the efforts of the Washington Aerospace Club team that ultimately completed and flew the rocket.

Red Ryder's story reminds us that great projects rarely belong to a single person. They succeed because a community chooses to keep moving them forward.

Mission accomplished!!