The Science Behind Ballista

The honeycomb technology of the Ballista StormShear

The StormShear system uses a custom engineered aluminum honeycomb cellular core, sandwiched between two marine-grade aluminum skins to provide strength that is greater than competitive hurricane products, at a fraction of the weight, while being impervious to moisture, corrosion, heat, chemicals or ultra-violet light.  The design was conceived and tested on the Gulf Coast, and is manufactured on the Gulf Coast using regional suppliers of American steel and aluminum.

The same technology can be found in the world’s most advanced and exotic aerospace designs, including the fastest aircraft ever developed, the SR-71 Blackbird (below), the Space Shuttle, and also in the more populated segment of combat aircraft like the F-14, F-15, and F-16.  Ballista StormShear brings this technology to your property.

SR-71 Blackbird Honeycomb Wing Structure

SR-71 Blackbird

 

 Below are a few links to information on cutting edge technology and innovations related to honeycomb technology:

NASA Technical Papers on Honeycomb Performance:

Mechanical Properties of Honeycomb Sandwich Panels of Aluminum and Glass Fiber Facings of Different Core Thickness from ASTM Standards

Space and Military Uses of Honeycombs Structures

Space shuttle and Orbiter construction incorporating aluminum and honeycomb structures.

747 Wings

Example of honeycomb sandwich design in 747 wing flaps.

Honeycomb technology:

materials, design, manufacturing, applications and testing By Tom Bitzer

Diab Sandwich Handbook

Explaining the usage and benefits of sandwich panels in airplane technology

Honeycomb Sandwich Design Technology

The honeycomb sandwich construction is one of the most valued structural engineering innovations developed by the composites industry.

Impact Damage Examination

An examination of impact damage in glass-phenolic and aluminum honeycomb core composite panels

Honeycomb vs. Foam:

Evaluating a Potential Upgrade to International Space Station ModuleShielding for Micrometeoroids and Orbital Debris