Our world is changing and improving at a faster rate than ever before in forms of new technology. There’s no doubt that aviation is evolving fast. Here are 10 possible future advancements likely to transform the aviation world:
Even though drones are fairly recent inventions, they are already on the road to improvement to be programmed to work in packs. This is called Quadrotors, researchers at General Robotics, Automation, Sensing and Perception Lab are developing these currently. The robots will swarm together and work together in teams without human interaction.
Iron Man Costume
Jumping from a plane without a parachute is currently considered crazy. However, in the future this could be made possible by high technology.
Suits known as Exoskeletons give a human superhuman strength due to the polymer gel muscles inserted into them which are 5 times stronger than human muscles. Benefits of these suits include giving a human the ability to work for long periods with out fatiguing, allowing maximum strength and endurance.
New Aviation Warrior System
This new system is all-knowing and all-seeing with situational awareness technology that can be worn by the pilot. This incredible helmet consists of a wearable and centralized data processing computer. This computer provides maps, sensor imagery, video and messaging data from military networks. A survival radio and GPS is also integrated into the device. This device will greatly enhance a fighter pilot’s capacity to handle hostile situations with its advanced technology features.
The Mind Reader
An ambitious team based in Tokyo is currently working on the development of a new device that will scan a person’s brain waves consistently and record GIF images every 5 seconds. This technology is being developed for the use of airport security but could be put to use in other forms and for different purposes.
Many are concerned with the earth’s future and how the colossal amount of fuel used for air crafts can effect our environment. Therefore certain companies are looking for new answers to powering airplanes in a more eco-friendly manner.
Different options currently being explored are the combination of traditional and bio-fuel made of used cooking oil or the idea of an electric aircraft, in the likes of a hybrid car.
3D printing is becoming a far more common use of producing parts for manufacture. Additive manufacturing ‘grows’ parts from a computer design file. New designs that are able to be produced using this method making an aircraft fuel efficient and lighter.
Flying cars have always been a wishful myth that no one ever really expected to transform into reality. However, this may change as in Europe a three-wheeled car was converted to be able to fly in a gyrocopter fashion. The car’s driving abilities have not been hindered by the conversion to be able to fly, and seems to serve both services adequately.
Japan’s national areospace agency have proposed a long term vision of a hypersonic plane that will be able to carry 300 passengers across the Pacific Ocean within the short space of two hours. Similar projects are occurring in Europe as well, making hypersonic aircrafts closer to reality than we ever imagined.
World’s Oldest Horse
Shayne is a Chesnut stallion living in a horse sanctuary in Essex. The incredible horse is in his 50s.
Amazingly, Shayne is still a strong, active runner and a lively old chap.
To find out how much your own indoor would cost, read our article.
Building A Warehouse: A Case Study
Many of our clients who are considering building find it useful to see a previous project to understand the process.
Below, we look at the construction of a large warehouse in Daylesford, which was erected in 2016 and is currently leased out to commercial tenants.
Our client planned on building an 80 x 30 x 6.5 metre warehouse in Daylesford. He intended to lease the space to commercial clients to operate a business out of.
He also had previous experience building for the purpose of renting to local business, so had a strong understand of the demand for warehouse space.
DESIGNING THE BUILDING
In order to meet the requirement of commercial operations, our client worked closely with our engineers to ensure the building would hold up to robust commercial use. This including strengthening structural component and ensuring that the wall could bear a load if they were required to.
Give the size of this project, the total cost came between $340,000 and $360,000.
Approximately $270,000 of this cost when to the kit itself (the components of the steel structure). And additional $72,000 went towards the erection of the building.
THE FINISHED PROJECT
The project was erected without a problem, and is now fully functional with reliable tenants operating a business from the site.
See images of the project below, including aerial drone footage.
Before & after construction: