Showing posts with label Aerodynamics. Show all posts
Showing posts with label Aerodynamics. Show all posts

Friday, November 28, 2008

Enemy at the Gates

I was shocked today to find out my worst fear has finally found it way to the automotive aftermarket scene. Aeromotions Split GT Wing Technology or more technically known as AeroMotions Dynamic Aero Processor Technology (ADAPT) has paved thru the SEMA 2008 show alongside with one of the sickest ride - The BUDEZ GT-R.

I'm really keeping my fingers cross as the BEST is yet to come...


Watch the Split GT Wing in action :


Thursday, November 20, 2008

Bugatti Mania

Honestly, who doesn't like Bugatti? Here are 2 rendered concepts that I like most.. *wink*




Bugatti Renaissance GT


Bugatti Le Mans

Friday, September 26, 2008

Product Development Update

It has come to the 3rd weeks of our product development and we're basically experiencing some downtown time in sourcing for the right pneumatics actuators and power packs. My engineering team - eXpedio Solutions, has been in talks with 5 different automation suppliers and finally, we have decided to go for a Korean company namely, Hydro-Tek. We will be working closely with the Hydro-Tek representative to build the special mini power pack control system. Once that's done, we can work on designing and enclosure to conceal cabling, etc. In the meantime, we've gotten all the dimensions for the parts and can continue with the detailed design.

As our active aerodynamics product required light-weight actuators that come with the right strength to withstand the maximum down-force acted upon it, we're probably going to work with a local pneumatic flow engineering company called WOG Controls. Being the main distributor of CKD Corporations Japan, WOG is a well acknowledged solution provider for pneumatics and fluid controls engineering in South East Asian market.

Rest assured, our progress are still within the schedule and we hope to see a fully functional prototype by the end of October.

Wednesday, September 24, 2008

Magnetostriction

In a MTS linear-position or liquid-level sensor, a sonic strain pulse is induced in a specially designed magnetostrictive waveguide by the momentary interaction of two magnetic fields. One field comes from a movable permanent magnet which passes along the outside of the sensor tube, the other field comes from a current pulse or interrogation pulse applied along the waveguide. The interaction of the two magnetic fields produces a strain pulse, which travels at sonic speed along the waveguide until the pulse is detected at the head of the sensor.

The position of the magnet is determined with high precision by measuring the elapsed time between the application of the interrogation pulse and the arrival of the resulting strain pulse. Consequently, accurate non-contact position or liquid-level sensing is achieved with absolutely no wear to the sensing components.

The sensor is composed of four key elements:

  • Waveguide sensing element
  • Integral sensing and output conditioning electronics module(s)
  • A protective, product-compatible applications housing designed to provide the right combination of environmental protection and physical mounting configurations for a wide variety of installation possibilities.
  • An external permanent magnet.
There are two classic applications of this technology – one where the magnet is attached to a machine part to sense linear position, and the other where the magnet is placed inside a float (designed for a specific density) and the sensor then measures liquid level.

Now, guys, do you have any idea of what you just read? I myself don't even have a single clue! lolz!

Lately I've been fed with these kind of information as the development of my product has been up and running and it has been giving me indigestion as I need to have some knowledge of what might be utilize in the second stage of the development works. How I wish I could mix it into a cup of 3 in 1 coffee...

Wednesday, April 23, 2008

EDO 630 Scuderia Aerodynamics Package


Edo competition Motorsport GmbH, one of the top names in sophisticated modifications of Ferrari, Lamborghini and Porsche cars is now introducing the brand newedo 630 Scuderia” aerodynamics package for the Ferrari 599 GTB!

The aim was to underline the perfect shapes of the Ferrari 599 GTB and to adapt the aerodynamics to higher top speed and meet the increased cooling demands caused by the improved power output without compromising the styling of the car.

The flow-optimized front apron features an enlarged cooling air inlet which improves the engine’s thermal balance. The larger center inlet also provides cool air for the brakes, thereby increasing their service life and fade resistance. In addition to that the front spoiler lip improves downforce on the front axle.

The newly developed side skirts reduce crosswind sensitivity and improve wheel arch ventilation in combination with the new rear apron. To achieve this, a new undertray with a wider diffuser – now with 6 blades – was mounted on both sides to enhance rear axle downforce at high speeds. Additionally a carbon fiber lip is mounted on the trunk lid to provide extra stability and rear downforce.

Naturally all parts are made from ultra-lightweight carbon fiber, which means a weight reduction of nearly 50 kg (110 lb) is a welcome side effect of this aerodynamics package.

[ Source : Zerotohundred / WorldCarFans ]