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Untitled - ev-bg.com

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Chapter 4: The Best Electric Vehicle for You 79Fi g u r e 4-3 Don Moriar ty’s custom spor ts racer electric vehicle.construction techniques—or at least making haste slowly while you learn them—andis, again, not for <strong>ev</strong>eryone.Electric Vehicles Built from KitsThe best example of building from kits is the Bradley GT II kit car (see Figure 4-5), ofwhich there are s<strong>ev</strong>eral versions around. This <strong>com</strong>bination of 96-volt electrics on aVolkswagen chassis with a lightweight body delivers impressive performance alongwith a snazzy, classic body-style, but you’re going to have to part with a substantialamount of cash and labor before you make it happen. A kit-built EV can be a highlyrewarding and satisfying showpiece project for those who have the experience,enthusiasm, and persistence to pull it off, but (for the third and final time) it’s not for<strong>ev</strong>eryone.Converting Existing VehiclesConversion is the best alternative because it costs less than either buying ready-madeor building from scratch, takes only a little more time than buying ready-made, and istechnically within <strong>ev</strong>eryone’s reach (certainly with the help of a local mechanic, andabsolutely with the help of an EV conversion shop).Conversion is also easiest from the labor standpoint. You buy the existing internal<strong>com</strong>bustion vehicle chassis you like (certain chassis types are easier and better to convertthan others), put an electric motor in your chassis, and save a bundle. It’s really quitesimple; Chapter 10 covers the steps in detail.To do a smart EV conversion, the first step is to buy a clean, straight, used, internal<strong>com</strong>bustion vehicle chassis. A used model is also to your advantage (as you’ll read inChapter 5) because its already-broken-in parts are smooth and the friction losses are

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