Globe Composite Solutions is a Boston-based company, established in 1890 under the name Globe Rubber Works. Globe has expanded from primarily working with rubber, to become a modern, full-service, Design-to-Manufacturing company, providing a wide-range of composite-based solutions. While Globe engineers cutting-edge composites and uses the latest robotic production methods, after over 130 years, Globe also remains an expert in manufacturing the highest-quality rubber parts. So, what is rubber and why does rubber remain an important substance to Globe's Defense & Industrial customers?

The word “dreadnought” (or dreadnaught) dates back to the late 17th century, where it described a fearless warrior- one who dreaded naught. This moniker was later given to the first modern battleship of the early 20^th century, the Royal Navy's HMS Dreadnought, one of the most fearsome naval warships in existence when launched in 1906. The HMS Dreadnought battleship featured the absolute latest in naval innovations of the time, namely a new steam turbine propulsion system, and unprecedented “all-big-gun” firepower, delivered by a plethora of heavy-caliber guns.

The Royal Navy will soon launch a new class of Nuclear Ballistic Missile Submarines (SSBNs) as the successor to its current Vanguard-Class subs, and in 2016 appropriately named it the Dreadnought-Class. Like its battleship namesake, the Dreadnought-Class of SSBNs will feature the cutting-edge of naval propulsion design, incredible firepower, as well as several features that will make it unique even among other modern submarines.

The Columbia-class submarine now under construction by GDEB, will be the most advanced SSBN in the world and the largest submarine ever built by the United States. The SSBN classification is the US Navy acronym for a Submarine armed with Ballistic missiles, that is Nuclear-powered. The SSBNs have a different primary function than SSN fast attack submarines, and need different design features as well. As part of America's Nuclear Triad, an SSBN’s mission is to keep its position a secret, while serving as a strategic ballistic missile platform. Compare that to an SSN’s mission of actively seeking out and engaging all enemy targets in a wide range of environments. One of the interesting design changes made to the Columbia-class, is the switch to an “X-Stern” configuration of rudder/planes, from the existing “cross-shape” design now seen on Ohio-class SSBNs and Virginia-class SSN boats. Why did the US Navy decide to move to an X-shaped stern control plane design?

From 1914 – 1918, humanity experienced the global conflict we now refer to as World War One. The rise of industrial capabilities and a wide range of technological advances, enabled "The Great War" to become one of the deadliest conflicts in history. WW1 has been described as the clash between 20th-century technology and 19th-century tactics. The significant advances in war machines on the sea, air and land created seemingly unstoppable weapons of mass destruction on every front. After suffering the horrifying effects of these newly devised technologies, both sides scrambled to provide a response. In some cases, new technologies were quickly developed, and in others new tactics were employed. This is a look at the rise of U-Boat technology and the resulting Q-Ship tactics used to counter their effectiveness.

Many people are familiar with the Battle of Thermopylae, the source of enduring "This is Sparta" memes from the 2007 action movie “300”. The battle was fought in 480 BC, between an alliance of Greek city-states led by King Leonidas of Sparta, against an army of the Persian Empire amassed by Xerxes. While the film was a fictionalized retelling of historical events, it does remind us that the West has long had military conflicts with Persia, or as it officially calls itself now, the Islamic Republic of Iran.

Ever since Skynet unleashed a few Terminators, robots in general have been stereotyped as unfeeling metallic brutes. Recently however, we have started to see the softer side of robots. I don't mean humanoid-looking robots like Sophia, the first robot to gain citizenship from a country. I am referring to the new field of Soft Robotics, which produces machines more physically sensitive to humans and the world around them.

Advances in Soft Robotics are taking many forms. Some engineers are designing soft robots that mimic living organism’s ability to move through our complex physical world. Other designers are focusing on enabling robots to better interact with humans and other living things. Both soft paths however are based on using new compliant materials, made of innovative combinations of polymers, elastomers, polyurethanes, as well as composite materials.

As cooler autumn weather moves in, for many businesses that means it's time to get ready for peak shipping season. The holidays have always been a busy time for companies, but with eCommerce continuing to set new yearly records, the bar is even higher for fulfillment and distribution centers. The ability to perform at the maximum operational levels in this peak season can make or break a company.

Hopefully by now, companies have reviewed their plans and are well underway to implement changes based upon the operational lessons learned from last year. Even if your business is ready, there is still a little time left to look for a few additional ways to better prepare for the approaching challenge.

Many markets have benefited from the advance of composites, but perhaps none more so than the Recreational and Commercial Marine industries. Building vessels that can meet the exacting demands of a water environment, especially a saltwater one, has always been a challenge. Life at sea means continual exposure to harsh elements - including direct sunlight, wind and water pressure, the corrosive effect of saltwater, as well as man-made factors such as diesel fuel, lubricants, and other chemicals.

Composites provide some of the best solutions to issues caused by these marine conditions. From stronger FRP (fiber-reinforced polymer) boat hulls and interiors, to corrosion-resistant marine parts, to specialized submersible components, marine composites have revolutionized what is possible. 

Submarines are once again being recognized as a key factor in maintaining a powerful military. Historically it has proved impossible for a country to keep global military status, without dominance at sea. Since World War I, it has also been impossible for surface ships to hold dominance at sea, without the use of submarines. In fact, today the use of submarines is not only pivotal to naval campaigns, but with their growing cruise and ballistic missile capabilities, subs are also an important part of any major land offensive.

Even before a conflict arises, a submarine’s ability to deploy military strength to an area without being detected is strategically invaluable. Conversely then, the ability to neutralize an opponent’s underwater force must be a primary objective. As submarines become more pivotal to military success, never before has Anti-Submarine Warfare (ASW) been more important.

Composites are changing the world we live in. From the Stone Age, to the Bronze Age, to the Iron Age, our civilization’s history has been defined by the materials we use. In the past, humans reshaped the raw materials they discovered in nature to create the items they needed. In our modern age we have moved beyond found objects, and have developed the technology to produce new materials, whose very make up is engineered specifically to fit the task at hand.