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Table 5-6 puts the Cd and A values for actual vehicles together and calculates their drag force for seven different vehicle speeds Notice that drag force is lowest on a small car and greatest on the small pickup, but the small car might not have the room to mount the batteries to deliver the performance that you need Notice also that an open cockpit roadster, even though it has a small frontal area A, has drag force identical to the pickup truck To use Table 5-5 and Table 5-6 with your EV, pick out your vehicle type in Table 5-6, then multiply its drag force number by the relative wind factor at the identical vehicle speed using the appropriate Crw row for your vehicle type For example, the 3,800-lb Ford Ranger pickup truck of 10 has a drag force of 2486 lbs at 30 mph using Table 5-6 Multiplying by the relative wind factor of 0250 from the bottom row (Crw 5 16) of Table 5-5 gives you 622 pounds Your total aerodynamic drag forced is then 2486 1 622 or 3108 pounds

Motion detectors Open door/window sensors CO detectors Glassbreak sensors Smoke detectors Cameras Sirens (indoor or outdoor models)

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it offers The design allows Chew Toy s saws to strike an opponent and keep on spinning and doing damage instead of stopping abruptly The motors that power the saws are mounted on a support structure welded to the front of the robot The saw motors also run on 24 volts instead of the recommended 12 When in battle, these motors get only intermittent use; thus, the reduction in life span from this hard usage should not pose a problem If one motor should blow out during a competition, the second one will be able to power the saws These motors were found through a surplus supply catalog Although I had no specs on their design, and I knew nothing about who made them, they were inexpensive and testing proved they had the necessary torque and would work well for their intended purpose The arm was originally intended to right the robot if it were turned on its back, but then it became a weapon in its own right The arm is made out of angle iron bought from a local hardware store Welded onto the ammo box and attached to the front is a little bent piece of steel with a hook The initial welding on Chew Toy was farmed out, and one of my teammates who had welding equipment (and skill at using it) did later welds The original arm conception has evolved considerably, and the appearance changed as we continued our improvisation Things were added as the inspiration hit us The old motherboard and perforated metal screening were attached as armor The 2-by-4 with nails was incorporated to make sure the robot could right itself should it be flipped The nails, and the reach they added, were necessary to accomplish the flipping When the arm is lowered (Figure 14-5), the nailed 2-by-4 gives the robot additional protection More of the armor in the form of circuit boards, perforated metal, and another 2-by-4 to protect the robot s rear was added when construction was nearing completion.

Table 5-1

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Once you ve planned out the locations of all your security system components, you need to measure how much cabling you ll need to run between the control panel and the component, then purchase and install the cabling Planning If you re using a map that s to scale, you should be able to measure out how much cabling you ll need for each run between the control panel and the component However, don t just rely on the map, do a reality check first Take a look at where you ll be running the cable and look for any obstacles Are you going to have to maneuver around a bunch of pipes or ductwork If so, how much extra cable will you need for that particular run Once you ve got an idea of how much cabling you need, add an extra foot or two to the number (this will provide enough working cable length during the trim-out stage) and jot it down next to the sensor on your blueprint

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