| Rose A Roc |

| From the mind of Art Rose comes the helicopter duration design that has stood the test of time, the Rose-A-Roc! Boosting on a wide variety of motors, the Rose-A-Roc leaps into the air, gaining surprising altitude. At apogee, the ejection charge burns away a hold-down string that releases 3 large, impressive helicopter blades. Designed for a self-induced spin, you will see her hang in the air for a moment then begin to drop. Suddenly, the blades will begin to spin and pick up speed to the point where you can't even see them! Riding a cushion of air as she descends, the Rose-A-Roc floats gently to the ground, to the delight of all. Recreated here with Art's permission, and re-engineered for a simpler and more precise build, the FlisKits Rose-A-Roc is a high end competition model that is now available to all modelers who have the skill and desire to compete with the "big boys"! Also a wonderful sport model, the Rose-A-Roc by FlisKits is not beyond the capabilities of any accomplished modeler who is willing to take their time and work with the materials and instructions provided. |
| Specifications: Length: 20.54" Diameter: 0.736" Fin Span: 4.39" Weight: 1.49 oz. |
| The short photo album below shows some nice images of the Rose-A-Roc during assembly. Simply click on a thumbnail image to view the full size image. |
| Here we see a close up of the rotor hub as we attach one of the blades. In this image 2 of the 3 pieces of the laser cut hub are glued together with the 3rd piece being added last. |
| This image shows the assembled rotor hub with all 3 pieces of the rotor disk assembled. NOTE: This is an earlier proto type and the Cap Disk (the part of the rotor hub visible in the photo) has changed slightly |
| Here we see the rotor blades folded into their launch position with the thread in place to hold them down during boost. The thread is burned by the ejection charge allowing the blades to unfold and begin their spin |
| This is what she looks like fully deployed and ready to rotate! |
| This image shows the MonokoteTM hinge being applied to one of the rotor blades. |