Like Father Like Son: Wahlert Inherits Dad’s Love of Vehicles

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Daniel Wahlert always enjoyed driving his late father’s 1966 Shelby GT350.

Now he has his own.

Wahlert,James

Jim Wahlert

Last year, Daniel bought a 2016 Ford Mustang Shelby GT350 – the same car, just 50 years newer.

A service consultant at Runde Chevrolet in East Dubuque, Daniel’s love of vehicles was comes from his dad. Jim Wahlert was an avid classic car collector.

 

“Out of all the cars he had, the ’66 Shelby GT350 is my favorite to drive,” Daniel said.

IMG_0433The 1966 Shelby has a Holman Moody engine with 356 horsepower and dual 4 BBL carburetors. Jim bought it in August of 1978 and had it restored 19 years ago, when Daniel was 12 years old.

 

 

 

Daniel ordered his Shelby to match his father’s – white with blue stripes. Its 5.2L V8 engine produces 526 horsepower, 429 lb-ft of torque, and goes from 0-60 mph in 4.4 seconds.20170616_16415722

“It’s amazing how far the technology in the vehicle has come in 50 years,” he said.

With a redline of 8,250 rpm, it is Ford’s highest-revving production V8 yet.

 

Daniel’s 8-year-old daughter, Adeline, isn’t quite as fond of the Shelby.

 

“She said ‘It’s too fast and too loud,’” Daniel said, laughing. “Those are the reasons I bought the car in the first place!”

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Jay Leno Has the Things We Dream About

Aside from the 1965 Shelby Mustang GT350 and the very first 2009 Chevrolet Corvette ZR1 ever made, Jay Leno has lots of toys that do things that you probably never even thought were possible.

What if I told you that I could clone almost any object under the size of about a yard? Better yet, what if I told you that I could, without any sort of assembly, make the cloned object fully functional as soon as I cloned it?

“Bust out the straight-jacket and lock him away?” you say?  Well, FYI, all of this is possible and is actually happening at Jay Leno’s garage. Jay has this nifty little scanner called a NextEngine 3D Scanner which will scan an object based on thousands of points and create a 3D model of it on your computer.

From there, the Dimension 3D Printer takes the image data given to it by the scan and processes a plastic version of the scanned object. As strips of plastic are being fed to the machine it produces a life-size replica of the object.

To add to this seemingly unreal and futuristic technology is the fact that it produces the replica in the same working order as the original. So lets say I have wrench that I wanted to remake. I would simply get the wrench, scan it in with the 3D scanner and send it in the printer to have a perfectly operational wrench – moving parts and all. I can scroll up/down on the wheel to make the clamp bigger/smaller.

This technology creates some pretty big opportunities for people who need a part for something that has become rare. Just make the plastic molding based on a similar part, try and see if the part fits/works properly then have a machinist make a metal molding/piece from the plastic mold you have. The potential is nearly limitless.

Check out the video below for more information and a demonstration.