The 4 H The cure for the common

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The 4 H “The cure for the common convoy. ” Jon Howard, Stephen Kerschner,

The 4 H “The cure for the common convoy. ” Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff

Project Goal Ø Develop a method to detect and avoid obstacles while maintaining formation.

Project Goal Ø Develop a method to detect and avoid obstacles while maintaining formation. ØDefine technique to be utilized ØDisplay warning and suggested collision avoidance method to driver. ØDetect on-coming traffic and factor into decision process.

What does the H 4 have to offer? Ø Based on Simplicity Ø Utilizes

What does the H 4 have to offer? Ø Based on Simplicity Ø Utilizes Multi-use Technology ØComparatively Inexpensive ØAllows for Easy Black-Out Maneuverability

Design Specifications Mid-Range Radar • 10 m to 50 m detection Range Live Satellite

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

Camera Details IR 360 Thermal Imager • Long range Germanium FLIR optics • CCTV

Camera Details 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

Color Infrared Image Generation 3 Night Vision White Hot Infrared Image

Color Infrared Image Generation 3 Night Vision White Hot Infrared Image

Display Laptop Screen Divided

Display Laptop Screen Divided

Final Design IR-360 Camera mounted in center with two needed antennas for radar. Radar

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

Calculations Considered During Design Process Ø 50 km/hr = 13. 89 m/s Ø Time

Calculations Considered During Design Process Ø 50 km/hr = 13. 89 m/s Ø Time to react: 50 m/13. 98 meters per second = 3. 6 seconds to react Ø Turning Time = 2. 5 seconds Ø This leaves 1. 1 seconds to relay orders Ø Stopping time is 8. 86 seconds at 50 km/hr

Material Cost. Mid Range Radar x 3 = $1, 500, 000 Thermal/Night Vision Camera

Material Cost. Mid Range Radar x 3 = $1, 500, 000 Thermal/Night Vision Camera = 21, 000 Headsets x 3 = $1, 600 Laptop x 3 =$6, 000 Total Material Cost = $1, 528, 600 Labor Cost. Projected Time To Install = 8 hours per vehicle x 2 Technicians per vehicle at $30/hr x 3 total vehicles =$1440 +test cost of $2, 880 =5760 Total Basic Cost= $1, 534, 360 X 1. 3 Total Cost = $1, 994, 668 Price per Vehicle=$664, 889. 34 Cost

Conclusion Ø Simple and Highly Effective Ø Incorporates Several Different Technologies into One Heads

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

References http: //images. military. com/Shock/images/Humvee. Column_110703. jpg http: //www. hummerguy. net/wp-content/Humvee. Soldier. jpg http:

References http: //images. military. com/Shock/images/Humvee. Column_110703. jpg http: //www. hummerguy. net/wp-content/Humvee. Soldier. jpg http: //www. hummerguy. net/wp-content/Chinese. Knockoff. Humvee. jpg http: //www. satimagingcorp. com/galleryimages/ikonos-high-resolution-satelliteimage-iraq-web. jpg http: //www. imaging 1. com/thermal/ANIR. html http: //www. w 3. org/Talks/2007/10 -policy-gijon/radar. jpg http: //www. garysdetecting. co. uk/night_vision. htmd 740 gen 3. jpg http: //www. x 26. com/INFRARED_CAMERA_MILITARY_THERMAL_FLIR. htm