Aeromobil’s Latest Electric Flying Car Concept Hopes To Take Off In 10 Years

One of the leading engineering company, AeroMobil dreamt of launching the flying car but the idea got crashed before three years. Nevertheless, the company realms with the same concept and better way of implementation. The company invented an entirely new electric four-seater vertical take-off, namely AeroMobil 5.0.

Some of the special features of car AeroMobil 5.0 are:                           

  • This all-in-one vehicle can fly up to 200 miles
  • One can drive this as a standard car on roads
  • It does not require individual for landings
  • It has improved suspension for a smooth landing
  • The car has a motor on the wing tips
  • It will have airbags and a parachute within the vehicle

 

The previous concept AeroMobil 4.0 is quite different with this VTOL. It is a short take-off and landing vehicle, which means that it requires a short runway. The car 4.0 is still going testing and can travel up to 400 miles as it is energy efficient that AeroMobil 5.0.

 

As per the backdate news in 2015, AeroMobil was aggressive about launching Ferrari with Wings in 2017. However, the plan didn’t turn out to be a reality. As per the insiders of the company, the 4.0 version will be made available “in a limited series to private owners” from the year 2020.

 

After the 4.0 version enters the market, the AeroMobil 5.0 will also float in the market in the next seven to ten years. The company realms to bring the best experience of a ride as well as a flight with this newly invented vehicle.

Drones learn to navigate by imitating Cars and Bicycles Autonomously

The commercial drones these days make use of the Global Positioning System (GPS) to traverse. Such a method works fine when the drones fly at a high altitude. But the real hurdle arises when these drones navigate autonomously at a lower altitude. At such low altitudes, there are several issues such as

  • More density of building
  • Unstructured stress with the movement of several vehicles and humans.

The drones at this level have not reached to such a stage where they can react to an unforeseen event quickly. There are ways to enhance the functionalities of these drones.

Integration of autonomous navigation in drones

The development of DroNet by researchers at the National Centre of Competence in Research (NCCR) Robotics and the University of Zurich shows that autonomous navigation of drone is possible. It is an algorithm that helps the drones to fly through the busy streets of a city safely. With the help of one input image, it produces two outputs:

  • A steering angle and
  • A collision probability

The former helps the drone to avoid accidents, while the later helps it to identify the dangerous situations and react to them.

Powerful artificial intelligence algorithm

A team of Swiss researchers sought the help of a powerful algorithm and a normal smartphone camera to make the drones smarter. The combination helped the drone interpret the real-time situation and react accordingly. The algorithm used, consisted of Deep Neural Network.

Teaching the Drones through Cars and Bicycles

The collection of training examples is one of the biggest issues in Deep Learning. The drones can learn by imitating the driving behavior in the examples. Thus, Prof. Scaramuzza, along with his team collected the data from cars and bicycles driving in urban areas.

Fully autonomous drones – The Future

Through this research, the doors are open to several applications such as parcel delivery, surveillance and much more. The drones can drive within the clustered roads, with ease and save a lot of time. However, the team cautions from expecting too much from cheap drones.

What’s new in the SOLIDWORKS 2018 release?

1SOLIDWORKS, a CAD software, assists in creating solid models (both 2D and 3D) in a simple, fast and cost-effective manner. The prime benefit of using SOLIDWORKS is the ease to use, simple graphics UI and highly user-friendly. The software provides features such as solid modeling, toolbox, motion, circuit works, e-drawings, and DWG editor.

SOLIDWORKS World is a platform where the attendees meet the SOLIDWORKS partners and share the products that the SOLIDWORKS customers design. The SOLIDWORKS WORLD 2017, gave a lot of surprise to the SOLIDWORKS fans. The team previewed a few new features and enhancements coming in the year 2018. The modifications included Assemblies, Fabrication, Sketching, PDM, 3D Interconnect, and Generative Design.

Sketching      

There were a few mind blowing enhancements in sketching. Some of them are as follows

  1. Mirror 3D Sketch Entities: In a 3D sketch, the user will have the ability to mirror the entities of the sketch.
  2. Sketch Planes as Symmetry Reference: A plane can be used as a symmetry reference to mirror 2D and 3D sketch entities.
  3. Pen Sketching: With Windows 10 touch screen devices, the designers will have the ability to draw contours by freehand using a stylus or a pen.

Assembly

With the enhancements in Assembly, SOLIDWORKS 2018 will definitely improve the performance of the users.

  1. During mate, the ALT key can be used to hide the surfaces.
  2. The 2018 release of SOLIDWORKS will have 12 mouse gestures.
  3. There is a new dialog for performance.
  4. The new release will feature a new progress bar for assembly.
  5. A new home screen will make assembly even more interesting.
  6. Large Assembly
    • Mate and insert graphic components easily.
    • Revert the data to graphics for better
    • The ability to off the scenery (graphics data).
    • Set multiple objects to be resolved in a Large Design Review.

3D Interconnect

  1. Custom properties.
  2. Ability to preserve sketches and curves.
  3. Updating neutral files is supported.
  4. The new release will support IGES, ACIS, STEP, and JT.

Fabrication

  1. New slot and tab feature works in parts, multi-body parts, and assemblies.
  2. Drawing revision table with SOLIDWORKS PDM bi-directional communication.

Generative Design

  1. SIMULATION view in SOLIDWORKS Integration.
  2. Manufacturing Controls
  3. Multiple Objective support

These are just the preview of some of the modifications. The list of new features and modifications will be known only after the release of the product.

Go Green with Automobiles

mar-15-greeHybrid and electric cars are coming to reality in the present scenario. Electric cars with engines run on electricity and do not need gasoline. Hybrid cars make use of electricity while going for short distances and gasoline for long drives and while in high speeds.

These kinds of eco-friendly cars have numerous advantages to the customers. The cost of fuel is highly reduced for the customer; he can save 38% of fuel in the city and 19% on the highways. Our resources of oil being limited, the hybrid car removes our worries regarding this resource being unavailable very soon to each one and everyone.

Hybrid cars do not depend entirely on this precious resource and so we can save on our oil resources. Even the Government offers certain tax benefits on the purchases of hybrid cars to encourage more and more people to buy the same. Carbon and Sulphur emissions are highly reduced in hybrid cars and altogether removed in electrical cars hence saving the environment from pollution by maintaining a healthy and clean atmosphere.

Major highways are going to be designed in such a way that they have separate lanes especially for these cars to enable faster movements and easy commuting. These cars are designed using light and eco-friendly materials which in turn make the vehicle easy to handle and operate in all ways. These types of vehicles have lessened the impact on the environment.

The greater section of the scientific community emphasizes that global warming is caused by the release of excess carbon into the Earth’s atmosphere. The major part of this comes from the carbon which is produced by gasoline in the vehicles. We must use less gasoline for transportation purposes and ward off global warming and save many plant and animal species from going extinct forever. Eco friendly cars are definitely a better investment specifically with regards to the soaring gas prices.

How to make the Regular Car more Environment Friendly

Given below are several things we can do to change our traditional vehicle to an eco-friendly one. Some of them are very simple but some others require changes to our driving habits.

Drive within the speed limit do not accelerate swiftly this helps to save the gas.

Make use of synthetic oil and high-flow air filters.

Do regular Replacement of spark plugs.

Maintenance of the vehicle should be regular.

Turn off the engine if you wish to stop for more than 30 seconds.

Remove all the excess weight from the vehicle.

Always keep the tires properly inflated.

Make use of car covers when not driving and at night to maintain safety.

How a car becomes a legacy?

The word Porsche brings to mind a sleek sports car, not familiar just to car aficionados but to anyone who has flipped through a car magazine. But there is more to the name than just a fabulous car. The name carries with it a legacy of three generations of automotive designers… The design philosophy developed by the three men of the Porsche family gives all aspiring automotive engineers an inspiration to pursue this career field.

Mr. Ferdinand Porsche – Car Engineer of the Century!

Who he was!
Ferdinand Porsche turned engineer when he was just a teenager. He designed his community’s first residential electric lighting system for the Porsche household. This early start took him to great heights. He was best known for creating the first hybrid vehicle (gasoline-electric), the Volkswagen Beetle. Porsche designed the 1923 Benz Tropfenwagen, which was the first race car with mid-engine, rear-wheel drive layout. In April 1931 Porsche founded his consulting firm, “Dr. req. h.c. F. Porsche GmbH, Konstruktionen und Beratungen für Motoren und Fahrzeugbau”, in Stuttgart which later became Porsche, one of the front runners of the automotive industry.

Features of the car he designed: The Volkswagen Beetle

The Beetle featured a rear-located, rear-wheel drive, air-cooled four-cylinder, boxer engine in a two-door bodywork featuring a flat front windscreen, accommodating four passengers and providing luggage storage under the front bonnet and behind the rear seat – and offering a coefficient of drag of 0.41. Front and rear suspension featured torsion bars along with front stabilizer bar – providing independent suspensions at all wheels. Features including its distinctive overall shape, endured.
Its engine, transmission, and cylinder heads were constructed of light alloy. An engine oil cooler (located in the engine fan’s shroud) ensured optimal engine operating temperature and long engine life, optimized by a thermostat that bypassed the oil cooler when the engine was cold.

Mr. Ferdinand Anton Ernst Porsche

Who he was!

Ferdinand Anton Ernst Porsche, also known as Ferry Porsche continued the legacy of his father. Along with his father, he opened a bureau of Automobile Design in 1931. Following his father’s old aspiration, Ferdinand Anton Porsche designed the Porsche 356, based on the compact Volkswagen. While the 356’s body was an original design by Porsche employee Erwin Komenda, its mechanicals (including engine, suspension and chassis) were designed by Ferdinand Anton Porsche.
An automobile dealer from Zurich ordered the first shipment in the winter of 1947 and thus production of the automobile first began. Under Ferry Porsche’s supervision, the units were built completely by hand at an improvised workshop at Gmünd. The sales of the Porsche 356 are a testament to the contribution of Ferdinand Anton Porsche to the automotive industry. It was Ferry Porsche, who had turned his own father’s business from strictly an engineering and design company into a manufacturer as well.

Features of the car he designed: Porsche 356

The 356 had an air-cooled, rear-mounted, 4-cylinder engine producing 35 hp. Due to the location of its engine; the car was a little unstable but the balance favored potency and light weight.
It was a lightweight and nimble-handling rear-engine rear-wheel-drive 2-door sports car available in hardtop coupe and open configurations. Design innovations continued during the years of manufacture, contributing to its motorsports success and popularity.

Mr. Ferdinand Alexander Porsche

Who he was!

Ferdinand Alexander Porsche was born in Stuttgart on Dec. 11, 1935. F.A. Porsche was
initiated into the family business while still a boy, spending time in his grandfather’s
workshops and design facilities. He studied at the Hochschule fuer Gestaltung in Ulmand joined the company in 1958, taking over the design studio in 1962.

Toward the end of the 1950s, however, Ferry Porsche decided to create a replacement model for the company’s signature automobile, and several proposals from designers both within and outside the company were rejected as either too closely tied to the 356 or not tied closely enough to the distinct Porsche aesthetic. But in December 1959,       F. A. Porsche completed a full design model for the replacement prototype and in 1963 the new model, originally designated the 901, and was introduced at an auto show.

Features of the car he designed: Porsche 911

It has a distinctive design, rear-engine and with independent rear suspension, an evolution of the swing axle on the Porsche 356. This was the successor to the beloved Porsche 356. The Porsche 911 was first unveiled at the Frankfurt IAA Motor Show in 1963 as the 901. The 160-hp 911 S arrived in 1966 with forged alloy wheels from Fuchs. The Porsche 911 is slightly longer and narrower than the 356, more powerful, with a six-cylinder, rather than a four-cylinder, engine, the original 911 also had more legroom, more rear seat room and bigger doors for easier entrances and exit.

Throughout its lifetime, the 911 was modified by private teams and by the factory itself for racing, rallying and other forms of automotive competition. It was among the most successful competition cars of its time.