1. MOBILE RADAR GUN TECHNOLOGY +

2. INTRODUCTION How it works Uses of our product Pricing Website

3. SMARTPHONES AS THE NEW SWISS ARMY KNIFE GPS Camera

4. SMARTPHONES AS THE NEW SWISS ARMY KNIFE Accelerometer Fingerprint Scanner Heartbeat Sensor

5. CREATING RADAR GUN TECHNOLOGY Must be able to understand how Radar Guns work The components needed for Radar Gun Modification needed for the Cell Phone

6. KEY TERMS FOR RADAR Radar uses the Radio Frequency to measure distances. The Radio Frequency is express in Hertz (Hz). One Hz equals one wave per second One Kilohertz (kHz) equals one thousand waves per second One Megahertz (MHz) equals one million waves per second One Gigahertz (GHz) equals one billion waves per second The frequency that most commercial radar guns use is a K-Band, operating at 24.125 GHz.

7. Doppler Shift is what can measure the speed of an object. TECHNOLOGY OF RADAR GUN

8. LIDAR The basic element for the Lidar gun is concentrated light. The Lidar gun clocks the time it takes a short burst of infrared light to reach an object, bounce off the object and returning to the device. By multiplying this by the speed of light and the time, the Lidar system determines how far away the object is. It does not use the RF’s but short infrared laser bursts in a short period of time.

9. MOBILE RADAR GUN TECHNOLOGY Making a phone that has Radar Gun Capabilities -K-Band that can register the Doppler Shift -Lidar that can use burst of infrared light

10. USES OF RADAR GUN ON MOBILE

11. PRICING Costs $15 to produce one mobile radar gun component Sell for $0.75 more than production cost to cell phone manufacturer

12. POTENTIAL PROFITS 11 million Samsung Galaxy S5 units sold in first month ($8,250,000 profit) 10 million iPhone 6 units sold in first three days ($7,500,000 profit)

13. WEBSITE http://people.bethel.edu/~dap78774/business/index.html