The Army Aviation Museum Foundation

The Army Aviation Museum Foundation The Foundation is not part of the U.S. Army or any of the museums administered by the U.S. Army, including the U.S. Army Aviation Museum. Army or any of the U.S.
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This is the official page of the Army Aviation Museum Foundation, a non-profit organization in support of the US Army Aviation Museum and Training Support Facility, Fort Rucker, Alabama. Furthermore, the Foundation is not endorsed by the U.S. Army museums, including the U.S. While this page serves to provide information about the U.S. Army Aviation Museum, the views expressed are those of the Foundation, not the U.S. Army.

If you think modern military aviation is wild, look at what the civilian engineers and radical military thinkers at the ...
05/28/2026

If you think modern military aviation is wild, look at what the civilian engineers and radical military thinkers at the U.S. Army’s Land Warfare Laboratory (LWL) were cooking up during the Cold War. Their mission was simple: rapidly prototype unconventional gear to solve urgent field problems.

To achieve this, the LWL didn't just build everything from scratch—they scouted the civilian world for groundbreaking ideas. That quest led them to B.J. Schramm and his pioneering company, RotorWay Aircraft.

In the late 1960s, RotorWay revolutionized aviation by marketing the "Scorpion," one of the world's first truly accessible, homebuilt kit helicopters. B.J. Schramm’s philosophy was all about minimalist, efficient engineering—stripping away the immense weight and cost of traditional helicopters to make vertical flight pure and simple.

Seeing the incredible tactical potential of an ultra-lightweight, low-profile aircraft, the Army’s Land Warfare Laboratory evaluated RotorWay's brilliant concept. The resulting LWL H-1 Scorpion took that civilian kit philosophy and tested it for military survival.

The resulting prototype featured a totally skeletal frame designed to maximize power-to-weight ratios for nimble scouting. For the brave test pilots, it was a masterclass in raw courage. There was no enclosed cockpit or armor shielding—just an open-air seat, a control stick, and a massive set of spinning rotors. Flying it required an absolute trust in experimental materials.

The H-1 Scorpion is incredibly rare. Right now, it is part of a limited exhibition inside the LTC William A. Howell Aviation Training Support Facility (TSF).

While it’s visible from the main gallery floor, you can get a much closer look! This rare bird is part of our exclusive “Behind the Wings” escorted tour opportunities during our upcoming open house event!

When: June 27th
Time: 10:00 AM – 2:00 PM
Where: Aviation TSF (Fort Rucker, AL)

Because the TSF is an active training facility, the “Behind the Wings" escorted tours are strictly first-come, first-served. Space is limited, so arrive early to secure your spot to see where civilian kit-copter innovation met Cold War military engineering!

Have you walked up to a Sikorsky H-19 Chickasaw and wondered why the pilots were sitting so high up, practically on the ...
05/27/2026

Have you walked up to a Sikorsky H-19 Chickasaw and wondered why the pilots were sitting so high up, practically on the roof.
The reason? They were sitting on top of the driveshaft!

In the early days of helicopter design, engineers always put the heavy piston engines right in the middle of the aircraft to keep it balanced. The downside? It ruined cabin space. You couldn't carry many troops, and if someone got off, the helicopter's balance (center of gravity) shifted wildly.
Igor Sikorsky had a wild idea for the H-19: What if we slap a massive Pratt & Whitney radial engine completely out of the way... in the nose?

By mounting the engine up front at a 35-degree angle, engineers ran a heavy-duty drive shaft diagonally *between* the pilot seats up to the overhead rotors.

This bizarre packaging changed everything. It opened up a massive, completely clear main cabin right under the rotor blades. Even better? Mechanics didn't need ladders to service it anymore. They just swung open the two giant nose clamshell doors at eye level and went to work like they were fixing a 1950s pickup truck.

The H-19 went on to become the Army's first true utility transport helicopter, proving its worth in Korea by evacuating thousands of wounded soldiers and establishing the blueprint for modern air assault. Sometimes, thinking outside the box means putting the engine in the nose!

Today, the Army Aviation Museum pauses to honor the service members who gave everything for our country.If you are remem...
05/25/2026

Today, the Army Aviation Museum pauses to honor the service members who gave everything for our country.

If you are remembering a specific service member today, please share their name or photo in the comments below so we can honor them together. 👇🇺🇸

05/22/2026

Gear Up for Echoes of the Airfield! 🚁

Ready to make history? 🚨 The Army Aviation Museum just launched its newest interactive adventure: Echoes of the Airfield!

Assemble your elite family squad of up to 6 players and prepare for immediate deployment. This is your chance to test your teamwork and conquer critical, high-stakes tasks across three action-packed rooms. Will your crew clear the objective, or will you be left in the dust?

Gather your co-pilots and report to the Army Aviation Museum Gift Shop to claim your mission packet today!

📋 Mission Briefing
* Cost: Just $15 per group
* Squad Size: Up to 6 players max
* Launch Point: Army Aviation Museum Gift Shop

🕒 Museum & Gift Shop Hours
* Monday – Friday: 10:00 AM – 4:00 PM
* Saturday: 10:00 AM – 3:00 PM

05/21/2026

"Ready for a summer of discovery? ⚡️

Registration for STEAM Punks Camp 2026 is still open! Join us this summer for hands-on experiments, interactive learning, and serious fun.
Registration is required for all students.

Don't miss out on the coolest Tuesdays of the summer!🧪⚙️

🗓️ Dates: June 30, July 7, July 14, July 21, & July 28.
📱 How to Join: Click on this link to start registration:

https://glassregister.societ.com/armyaviationmuseumfoundationinc/form?id=7fafb93a-6c42-49f3-9484-d21983b5c2ce

Proud to support our military families along Blue Star Families ! 🇺🇸 The U.S. Army Aviation Museum is thrilled to offic...
05/20/2026

Proud to support our military families along Blue Star Families ! 🇺🇸

The U.S. Army Aviation Museum is thrilled to officially participate in the 2026 Blue Star Museums program!

This nationwide initiative honors active duty service members and their families with free museum admission from Armed Forces Day through Labor Day.

Wait, isn't the museum already free? 🤔

Yes! We are proud to offer free admission to the general public every single day. Joining the Blue Star Museums network is our way of standing shoulder-to-shoulder with our military community. It is a dedicated invitation for families to explore the remarkable heritage of Army Aviation.

Learn more and find the list of participating museums at arts.gov/BlueStarMuseums.

Plan your summer visit:

🚁 Explore our collection of historic aircraft.
📅 Program runs Armed Forces Day through Labor Day 2026.
📍 Located at Fort Rucker, Alabama.
💵 Cost is always $0.00 for everyone but donations are accepted and greatly appreciated.

Operating Hours:
🕒 Tuesday – Friday: 10:00 AM – 4:00 PM
🕒 Saturday: 10:00 AM – 3:00 PM
❌ Closed Sunday, Monday, and Federal Holidays

Bring your family, walk through history, and let us honor your service. We can't wait to welcome you!

Endowment for the Arts

A huge Thank you to M1 (Mission First)! 🚁 Their generous donation helps us keep history flying at the United States Army...
05/18/2026

A huge Thank you to M1 (Mission First)! 🚁

Their generous donation helps us keep history flying at the United States Army Aviation Museum. We are thrilled to announce them as our official sponsor for National Aviation Day on August 15, 2026!

Thank you for supporting our soldiers, our history, and our community!

05/16/2026

Ready to make history? 🚨

Introducing Echoes of the Airfield, the newest interactive experience at the Army Aviation Museum!

Assemble your elite crew of up to 6 players and prepare for deployment. Your mission requires you to conquer critical tasks across three high-stakes rooms. Will your squad clear the objective, or will you be left in the dust?

Gather your co-pilots and head over to the Army Aviation Museum to start your mission today! 🪂

The experience is $15 per group with a max of 6 people. Please stop by the Army Aviation Museum Gift Shop to begin your experience.

*The Army Aviation Museum and gift shop is open Monday- Friday from 10am to 4pm and Saturday from 10am to 3pm*

If the R-4B was the "manual" pioneer and the H-13 was the "elegant" see-saw, then Stanley Hiller’s H-23 Raven was the "a...
05/15/2026

If the R-4B was the "manual" pioneer and the H-13 was the "elegant" see-saw, then Stanley Hiller’s H-23 Raven was the "automated" stabilizer. While they all had to solve the same physics problems, Hiller’s Rotormatic system took a path that was fundamentally different from both.

While the R-4B used complex hinges and the H-13 used a gyroscopic bar to assist the pilot, Hiller decided to put something else in charge of the main blades: Servo-Paddles.
In an H-23, the pilot’s cyclic sticks are not connected directly to the main rotor blades. Instead, they are connected to two small, airfoil-shaped paddles set at 90 degrees to the main blades to aerodynamically “fly” the main rotor into the desired position.

In the R-4 and H-13, the pilot is wrestling with the massive centrifugal and aerodynamic forces of the main blades. In the Hiller, the pilot "asks" the paddles to move the blades for them.

The H-23 stands out because it blends stability with a unique mechanical logic:

The R-4B head is a maintenance-heavy maze of hinges. The H-23, like the H-13, uses a two-bladed teetering design to keep things simple, but it adds the paddles to reduce the physical workload on the pilot that the R-4B’s direct-linkage system required.

Arthur Young’s Bell bar was a weighted gyroscope—it used inertia to stay level. Hiller’s paddles were aerodynamic—they used air pressure. If a gust of wind hit, the Hiller paddles would react to the air and automatically compensate, making the H-23 incredibly stable.

The Hiller approach created a helicopter that was arguably the most stable light trainer of its era. Because the paddles acted as a buffer between the pilot and the main rotor, the H-23 was less "twitchy" than the H-13. This made it a favorite for flight schools—it was forgiving and didn't require the "iron wrist" needed to fly earlier designs. The trade-off? A slight delay in control response.

Stanley Hiller proved that you didn't just have to manage rotor forces with hinges or weights—you could use aerodynamics to do the heavy lifting.

The evolution of vertical flight is a story of two philosophies meeting the same challenge: how to keep a helicopter fro...
05/14/2026

The evolution of vertical flight is a story of two philosophies meeting the same challenge: how to keep a helicopter from shaking itself to pieces. While the R-4B utilized a fully articulated system, Arthur Young’s design for the Bell H-13 took a radically different path with the teetering rotor.

Here is why that shift changed the game for light helicopters.

The R-4B’s head was a complex mechanical marvel. It allowed each blade to move independently—flapping, leading/lagging, and feathering. It worked, but required massive hardware to manage those forces.
Arthur Young sought simplicity. His teetering (underslung) rotor treated the two main blades as a single unit—like a see-saw.

Instead of individual flapping hinges, the entire hub mounted on a single trunnion. When one blade flapped up, the other moved down in a 1-to-1 mechanical relationship.

The Stabilizer Bar was the "secret sauce." To solve stability issues, Young added a weighted bar perpendicular to the blades. Acting as a gyroscope, this bar maintained its plane of rotation and automatically adjusted blade pitch to keep the rotor disk level, even if the fuselage buffeted.

By eliminating "lead-lag" hinges (which let blades swing forward and back), Young removed weight and maintenance. No lead-lag hinges meant no need for complex hydraulic dampers to prevent ground resonance.

For a light scout like the H-13, every pound mattered. The teetering head was lighter and easier to manufacture, making it the perfect fit for the "MASH" icon.

While elegant, it introduced "Mast Bumping." In low-G maneuvers, the rotor could tilt until the hub struck the mast. Unlike articulated heads, the teetering design requires the pilot to keep the disk "loaded" under positive pressure.

The R-4B proved the helicopter was possible; Arthur Young proved it could be practical and stable. It’s why you still see that see-saw silhouette on light helicopters worldwide.

Next time you see a Sioux in the museum at Fort Rucker, look at that rotor head—you’re looking at the stabilizer bar that made modern light aviation possible!

Address

Bldg. 6000 Novosel Street
Fort Rucker, AL
36362

Opening Hours

Tuesday 10am - 4pm
Wednesday 10am - 4pm
Thursday 10am - 4pm
Friday 10am - 4pm
Saturday 10am - 3pm

Telephone

+13345982508

Website

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