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Everything is on the table at this point,” Coffman said. “We’re exploring technologies, we’re exploring options for what comes after the SEP v3,” the latest upgrade of the much-upgraded Abrams. Unless cryptography keeps pace with computing in this domain, whoever achieves "quantum supremacy" first will have a window of opportunity on their hands. Until their adversaries can erect new encryption protocols to stop them, whoever achieves supremacy will be able to peak into everyone else's databases with impunity. Drones Everywhere!

The technology is becoming available to take a very different approach to MBT design using advanced materials, novel automotive systems, new weapon systems and active protection systems, resulting in much lighter, more agile platforms,” Suttie says. “There will always be the issue of affordability and robustness that comes with increased complexity, as these advanced solutions must be able to operate reliably in all environments and be resilient to all types of threat.” One thing is clear; with its potential array of active electric armour, massively enhanced situational awareness sensors, high-speed electro-hybrid drive train and mounted laser emitters, tomorrow’s tank is going to call for a lot of on-board power. Developments in light, high-capacity batteries will play as much a part in the bi-centennial MBT as any advance in light, effective armour – but will it still look like a tank? The shape of things to come

The shape of things to come

The UK’s Defence Science and Technology Laboratory (Dstl) James McGeary said: “Key design changes on the Challenger 3 provide a growth path to further increase the already enhanced lethality offered. These growth options will ensure that the UK remains at the forefront of Main Battle Tank design and can adapt and respond to future threats and challenges.” Today’s main battle tank is threatened by more systems than ever before, and this has led the UK to develop a new, modular armour that will defeat even the most demanding of threats. This is likely to have implications for cyber warfare as well. As it stands, various governments (such as the US and China) are in a "quantum's arms race," which consists of researching new forms of cryptography while also trying to achieve major advancements before the other. It's also very durable (2-4 months longevity on daily drivers) with great beading and sheeting, although you must either rinse it off with water after application or (even better) level/buff it thoroughly with a soft cloth afterwards to create an even and consistent shine. They will continue to transform the way we operate and fight, as the character of conflict continues to evolve, providing the best opportunity to generate mass by augmenting our forces enabling us to increase the dispersion of manned platforms and remaining self-sufficient for longer.

As Britain prepares to send tanks to Ukraine in a military boost to the country, the British Army’s transformational industrial and equipment programmes remain at the very core of its vision for the future. Another change that is already evident is the growth and proliferation of stealth technology. Development of radar-absorbent material and radar-deflecting surfaces began in the mid-1970s and resulted in the first stealth aircraft by the late 1980s — such as the F-117 Nighthawk and B-2 Spirit. He said that Red Mist will always have fans as its gloss is legendary and unbeaten -then as it is now - but the formula that we will create years into the future will give amazing results for a fraction of the price and be water-based for maximum versatilitisation (yes, that's a word from the future). Join forward-thinking protection experts to discuss the next generation of tools to counter the growing number of AFV threats.

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Simultaneously, technologies like CRISPR gene editing, desktop bioprinters, genetic databases, and AI software will create new opportunities for bioterrorism. With the right training, equipment, and supplies, a larger number of threat actors will be capable of engineering viral bodies or toxins in a lab. As a result, the opportunities for conflict, and the range of protagonists will multiply considerably. The fact that most combat engagements in the modern era have not included battles between tanks has also shown that their importance may be on the wane. Between the high cost of maintaining armored units and their diminishing role on the battlefield, armies worldwide are considering replacing the tank with more flexible combat systems. Of course, reconnaissance, sensors, and networks are never perfect, and sometimes even the smartest soldier gets ambushed. For those occasions, you really want to have a vehicle tough enough to keep you alive when it takes a hit.

Lasers and energy weapons are an area that both the Dstl and industry and are investing in at the moment.” As the old saying goes, "soldiers are always preparing to fight the last war." This means that armies are always evolving to meet new challenges after they've met them (kind of like anti-virus software). This honored tradition is sure to continue into the indefinite future, with difficult-to-predict results. The tank will lead NATO armoured forces with the highest levels of lethality and survivability on the battlefields of today and out to 2040. Suttie echoes this view. He feels that robotic systems are likely to be an important part of the mix of future ground-based warfighting capabilities and key contributors to reducing the risks to troops and also, by improving sensing and targeting, cutting the danger of collateral damage. “There will, however, be an enduring need for ‘boots on the ground’ to interact with the local population,” Suttie says, “and policy is that all engagement decisions will have a ‘human in the loop’ – hence no autonomous weapons.” Ray guns and death beamsBy 2050, the growth of distributed systems, quantum computing, 3D printing, cryptocurrencies, biotechnology, and climate change is expected to cause an even more drastic shift. For one, some have argued that the power of nation-states is expected to decline considerably and to give way to autonomous regions, megacities, and private interests. Some forty years later, stealth technology has expanded to include 5th generation fighters, stealth ships, next-generation drones, and even tanks. Following this progression, stealth technology may well become the norm wherever and whenever battlefield radar or advanced imagining and detection methods exist. Even the infantry are looking for ways to become more stealthy.