Soyuz Flight Fins with 3D Printed Stability Tabs
Bring your Estes Pro Series II™ Soyuz back to full mission readiness with this replacement fin set. Each fin is molded from clear ABS plastic for a lightweight, resilient build that complements the Soyuz’s detailed scale design. The transparent finish offers a clean, refined look that pairs well with both display and launch setups.
Includes 3D Printed Stabilizing Tabs
This set comes with two 3D printed stabilizer tabs that attach securely to the fins to support proper alignment and flight stability. These tabs serve as a dependable interim solution so you can continue flying your Soyuz with confidence until the revised all-in-one molded fins become available.
Reliable Strength and Compatibility
The clear ABS molded fins are designed for durability, resisting flexing and impact to maintain consistent launches. Each fin matches the original geometry of the Soyuz, ensuring a direct fit with no extra sanding, trimming, or adjustments needed. Builders will appreciate how seamlessly these components integrate with the existing fin can.
Quick and Simple Installation
Installation is straightforward. Attach the provided stabilizing tabs as instructed, then mount the fins just as you would the factory originals. Once in place, your Soyuz is ready for display or flight, giving you the freedom to enjoy your rocket without delay.
Bring your Estes Pro Series II™ Soyuz back to full mission readiness with this replacement fin set. Each fin is molded from clear ABS plastic for a lightweight, resilient build that complements the Soyuz’s detailed scale design. The transparent finish offers a clean, refined look that pairs well with both display and launch setups.
Includes 3D Printed Stabilizing Tabs
This set comes with two 3D printed stabilizer tabs that attach securely to the fins to support proper alignment and flight stability. These tabs serve as a dependable interim solution so you can continue flying your Soyuz with confidence until the revised all-in-one molded fins become available.
Reliable Strength and Compatibility
The clear ABS molded fins are designed for durability, resisting flexing and impact to maintain consistent launches. Each fin matches the original geometry of the Soyuz, ensuring a direct fit with no extra sanding, trimming, or adjustments needed. Builders will appreciate how seamlessly these components integrate with the existing fin can.
Quick and Simple Installation
Installation is straightforward. Attach the provided stabilizing tabs as instructed, then mount the fins just as you would the factory originals. Once in place, your Soyuz is ready for display or flight, giving you the freedom to enjoy your rocket without delay.
Original: $4.99
-70%$4.99
$1.50Description
Bring your Estes Pro Series II™ Soyuz back to full mission readiness with this replacement fin set. Each fin is molded from clear ABS plastic for a lightweight, resilient build that complements the Soyuz’s detailed scale design. The transparent finish offers a clean, refined look that pairs well with both display and launch setups.
Includes 3D Printed Stabilizing Tabs
This set comes with two 3D printed stabilizer tabs that attach securely to the fins to support proper alignment and flight stability. These tabs serve as a dependable interim solution so you can continue flying your Soyuz with confidence until the revised all-in-one molded fins become available.
Reliable Strength and Compatibility
The clear ABS molded fins are designed for durability, resisting flexing and impact to maintain consistent launches. Each fin matches the original geometry of the Soyuz, ensuring a direct fit with no extra sanding, trimming, or adjustments needed. Builders will appreciate how seamlessly these components integrate with the existing fin can.
Quick and Simple Installation
Installation is straightforward. Attach the provided stabilizing tabs as instructed, then mount the fins just as you would the factory originals. Once in place, your Soyuz is ready for display or flight, giving you the freedom to enjoy your rocket without delay.
