10 Futuristic Technology That May Come True Very Soon

1. Jet Pack International H202

Jet pack International  are making great strides in jetpack technology H202 and H202-Z jetpacks. As the name suggests, both the H202 and H202-Z are hydrogen peroxide-fueled jetpacks that will allow uers to fly at up to 77 miles per hour at a maximum height of 250 feet.

So far thought, the higher-capacity H202-Z is only capable of a maximum flight length of 33 seconds and a maximum travel distance of 3,300 feet.

But you have to admit, it’s a start. The Jet Pack International units have great potential, and the lacking travel time and distance is outweighed by how mobile and controllable the flight is, not to mention how compact the units actually are.

The Jet Pack International H202 and H202-Z are actually currently available, albeit not commercially: you can assemble the jetpack yourself, if you have $100,000 lying around.

2. Aerofex Aero-X

If you’re a Star Wars fan, the Aerofex Aero-X, a real-life equivalent of the Star Wars speeder bike, is definitely something you’ll want to keep your eyes on. The Aero-X is the result of more than 15 years of research and development.

Powered by a water-cooled 240 horsepower engine and two large rotors, the Aero-Xcan hover at an altitude of 12 feet and at speeds of up to 45 miles per hour power. It can also carry up to 310 pounds. Think of the potential.

Also, as a result of this extended research and development period, Aerofex claims to have overcome the dangerous coupling effect that can arise due to using two rotors, ensuring that the Aero-X will be safe and easy to control.

The Aero-X is currently available for preorder for a refundable $5000 deposit. The final unit is scheduled to be available in 2017 at the price of $85,000.

3. Prosthetics With A Sense Of Touch

In March 2013, Denis Aabo Sorensen had the privilege of testing a new type of prosthetic hand, created by a group of European engineers and scientists. Unlike conventional prosthetics, the new prosthetic hand connects directly to the remaining nerves in Denis’ upper arm. This means that the “hand” has a sense of touch and is actually controllable.

Blindfolded tests showed that Denis was indeed able to differentiate between different items such as a bottle, a baseball and a mandarin orange. It also could exert different levels of pressure, allowing Denis to touch, hold or grab something.

While this prosthetic hand is indeed a great leap forward, it’s still far from ready for widespread use: the arm required electrodes to be implanted directly into Sorensen, and tests still need to be carried out to determine the durability of these electrodes.

In addition, the hand required a lot of processing power, and was hooked up to a laptop; researchers are working on making the processing computer small enough to be integrated within the implant itself.

4. TALOS “Iron Man suit”

TALOS stands for Tactical Assault Light Operator Suit, a combat suit that the US Army hopes will become a reality within the next four years. The TALOS provides ballistic, shock and fire protection for Special Operations soldiers.

The aim is to provide these soldiers with better, more mobile and more versatile protection than what currently exists. The development of the TALOS suit will be a collaborative effort between universities, government agencies and corporations.

While there is yet to be a working prototype, development is proceeding at a rapid pace. The head of the US Special Operations Command, Admiral William McRaven is confident that unpowered prototypes will be ready in June. There is also the goal of testing a complete working prototype in August 2018.

Don’t expect to be able to buy this, of course, although there’s every chance that some of the tech here could eventually trickle down to civilian uses.

The Titan Arm is the work of a team from the University of Pennsylvania, and is a strength-enhancing upper-body exoskeleton that will help you lift an extra 40 pounds. Granted, it’s a far cry from the Powerloader we see – and love – in the Alien films but the Titan Arm was designed with a more humble goal in mind.

The Titan Arm is built to help rehabilitate people who’ve suffered serious arm injuries or strokes as well as provide some extra strength and protection for anyone who lifts heavy objects for a living.

To keep costs low, the Titan Arm uses 3D printing techniques allowing the prototype development costing to be reduced to £1200. This, and the fact that the developers gained extra funding by winning the 2013 James Dyson Award, means that the Titan Arm may just become a commonplace sight in the near future.