The Future of Cars #4

Magnifying Solar Power

Electric cars, hydrogen cars, and now solar cars? All for the environmentally friendly people, this is one more step away from fossil fuels. The goal is the endless supply of renewable energy, like sunlight. Now, thanks to a late invention, a giant magnifying glass could be powering your future car. 

Developers from Georgia Tech have joined Ford Motors to build a concept hybrid car that would park under a special concentrator that magnifies the sun's rays to recharge the C-Max Solar Energi vehicle. In one day of charging you can achieve 620 miles worth of driving. 

The C-Max Concept has 5 foot wide solar panels on the car's roof with a specialized design to capture and intensify the sun's rays. The canopy's magnifier will track the sun's brightest rays throughout the day, getting the most energy possible. Although it doesn't look like it's hitting the markets anytime soon, with enough support from fans, this can be a soon enough possibility.


The C-Max Concept...

3-D Printing Innovation Making better Vehicles?

The technology for 3-D printing only gets better, and with the latest news from Frontier Additive Manufacturing it could make vehicles more advanced and efficient. 

Eric Lynch, president and co-founder of Frontier Additive Manufacturing commented, "We are commercializing a multiple-laser method to create products at the micro-structural level that exceeds current 3-D printing capabilities' structural integrity with the ability to adjust material properties in the original location of the part. These are replacement or new products that could easily replace new or worn parts in manufacturing machinery, automotive or aerospace engines. The technology is developing quickly, and we are already successfully engaged with the medical implant industry. We also are in discussions with the automotive, aerospace and oil and gas industries."


The older 3-D printing methods could only hold about 60-70% of the original parts, which could obviously create problems down the road. Although Eric Lynch and his company are finding solutions to go above and beyond what was previously thought possible. The company's work is also decreasing the time needed to make such products significantly. Lynch claims that they'll be able to manufacture parts in an all in one center, cutting down on certain processes that were previously needed and focus the work on a single part. 

This has the potential to help the auto industry produce stronger, lighter, more advanced parts faster than ever before. 

Introducing the Unstoppable Tire

Michelin's new tires, "Tweel" has made several new patterns for its unstoppable and airless wheels. 

The one on the left with the smooth tread has a 100% surface contact ratio that provides maximum tread life and transfer of power for the pavement. On the right, the more rugged all terrain tackling design is set up for taking on anything off the pavement. The pattern on the all terrain tire can wick away mud by itself and can take on much heavier loads than their air filled brothers.  

Michelin says that these new Tweels can last up to three times longer than standard tires. Basically, anyone that owns one of these power tires will notice greater performance, stability, and durability. 

Smartphones Telling Cars to Park

It wont be much longer until you open up your car app on your smartphone, push a button, and watch your car go park itself in the lot. If that wasn't impressive enough, push the same button, and watch the car arrive to your feet waiting for your entrance.

Valeo, a French auto parts maker, uses a multiple ultrasonic sound wave sensors, laser scanners and cameras to park a car within centimeters of another vehicle or object. This sounds to good to be true, not longer would people spend 15 minutes hunting and fighting for a open parking spot.



"The car is able to do a much better parking maneuver than we as humans," said Amine Taleb, Valeo's project manager.

The name of this system is called, "Connected Automated Valet Parking". Although we are still a few years away from it being permitted into most states regulations, keep an eye out for this equipment.

The "Egg Car"

Hyundai created a weird, egg shaped, concept car for people to roll around in. The "egg" (a.k.a. the E4U) fits one driver and will scoot them along at a causal walking speed.





What makes this car especially unique is that it uses a rotating semi-spherical piece instead of a wheel to move around. This looks much like the lower half of a sphere that's constantly spinning while on the move.





The driver stands on a platform that also allows the diver to steer by tilting the frame to where they want to go. There are two "legs" on the back of the device that helps with stability from side to side. Since you can never be to safe, rumor has it that there's a matching helmet along with the vehicle.