Super Salamander™

Take Student Rocketry Into Clustered Flight

The Super Salamander gives experienced student rocketeers a new challenge beyond traditional single-engine models. Its four 18 mm engine mounts introduce clustered propulsion, where multiple engines ignite together to power one rocket. That creates an exciting hands-on opportunity to explore thrust, engine selection, launch preparation, and flight performance through a model that makes a dramatic impression on the launch field.

At 36.9 inches tall and 2.6 inches in diameter, the Super Salamander also gives students a substantial advanced-level project to assemble before launch day.

Compare 13 Recommended Engine Configurations

One of the Super Salamander's most useful educational features is the variety of ways it can be flown. The rocket supports 13 recommended four-engine configurations, including sets of four matching engines and mixed configurations that pair two engines of one type with two of another.

That variety gives educators, STEM leaders, and rocketry clubs a natural starting point for prediction and comparison. Participants can discuss how changing the engine combination may influence a flight, record observations from different launches, and compare results as they explore clustered propulsion in action.

An Advanced Build That Rewards Precision

The Super Salamander is designed for advanced builders, making it well suited for students and youth participants who are ready to progress beyond introductory rocket construction. Laser cut balsa wood fins and the four-engine cluster configuration require careful assembly and attention to detail, reinforcing the importance of accurate construction before the rocket ever reaches the pad.

The finished rocket weighs approximately 7 ounces and combines its large profile with bold black, green, and orange styling that gives participants a project they can take pride in completing.

Explore Four-Engine Cluster Configurations

The Super Salamander gives students and advanced youth rocketeers a hands-on introduction to clustered propulsion with four 18 mm engine mounts. Its recommended configurations include both matched sets of four identical engines and mixed clusters that combine two pairs of different engines.

Use the chart below to compare the recommended Super Salamander engine combinations, discuss how each setup may affect flight performance, and choose a configuration for your next launch or classroom investigation.

Four engines are required for every recommended Super Salamander™ flight configuration. Always follow the engine preparation, launch system, and safety instructions included with your rocket and Estes engines.

From Ignition to Recovery, There Is More to Observe

Once all four engines ignite, the Super Salamander can climb to altitudes of up to 920 feet. After reaching peak altitude, an 18 inch parachute brings the rocket back for recovery, giving participants another phase of flight to observe and discuss.

Use a Porta-Pad E Launch Pad for launch and choose from the recommended matched or mixed engine configurations for each flight. Whether used by an advanced STEM program, rocketry club, youth organization, or experienced group of student builders, the Super Salamander turns clustered propulsion into a memorable hands-on rocketry experience.