1. “The cure for the common convoy.” Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff

2.  Develop a method to detect and avoid obstacles while maintaining formation.  Define technique to be utilized  Display warning and suggested collision avoidance method to driver.  Detect on-coming traffic and factor into decision process.

3.  Based on Simplicity  Utilizes Multi-use Technology  Comparatively Inexpensive  Allows for Easy Black-Out Maneuverability

4. Mid-Range Radar 10m to 50m detection Range Live Satellite Feed Laptop with integrated display. IR 360 Thermal Imager + Night Vision

5. IR 360 Thermal Imager Long range Germanium FLIR optics CCTV camera Image intensified generation 3 night vision camera IR 360 Thermal Imager Range: Human Sized Object 4.5 km

6. Color Infrared ImageWhite Hot Infrared Image Generation 3 Night Vision

7. Laptop Screen Divided

8. Camera mounted in center with two needed antennas for radar. IR-360 Camera Radar Antenna

9.  50km/hr = 13.89m/s  Time to react: 50m/13.98meters per second = 3.6 seconds to react  Turning Time = 2.5 seconds  This leaves 1.1 seconds to relay orders  Stopping time is 8.86 seconds at 50km/hr

10. Material Cost- Mid Range Radar x3 = $1,500,000 Thermal/Night Vision Camera = 21,000 Headsets x3 = $1,600 Laptop x3 =$6,000 Total Material Cost = $1,528,600 Labor Cost- Projected Time To Install = 8 hours per vehicle x2 Technicians per vehicle at $30/hr x3 total vehicles =$1440 +test cost of $2,880 =5760 Total Basic Cost= $1,534,360 X1.3 Total Cost = $1,994,668 Price per Vehicle=$664,889.34

11.  Simple and Highly Effective  Incorporates Several Different Technologies into One Heads Up Display  Allows for Blackout Maneuverability  Can Detect Long Range

12. http://images.military.com/Shock/images/HumveeColumn_110703.jpg http://www.hummerguy.net/wp-content/HumveeSoldier.jpg http://www.hummerguy.net/wp-content/ChineseKnockoffHumvee.jpg http://www.satimagingcorp.com/galleryimages/ikonos-high-resolution- satellite-image-iraq-web.jpg http://www.imaging1.com/thermal/ANIR.html http://www.w3.org/Talks/2007/10-policy-gijon/radar.jpg http://www.garysdetecting.co.uk/night_vision.htmd740gen3.jpg http://www.x26.com/INFRARED_CAMERA_MILITARY_THERMAL_FLIR.htm