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

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

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

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

“The cure for the common convoy.”

Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff

Page 2: “The cure for the common convoy.” Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff.

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.

Page 3: “The cure for the common convoy.” Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff.

Based on Simplicity

Utilizes Multi-use

Technology

Comparatively Inexpensive

Allows for Easy Black-Out

Maneuverability

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

Mid-Range Radar•10m to 50m detection Range

Live Satellite Feed •Laptop with integrated display.

IR 360 Thermal Imager + Night Vision

Page 5: “The cure for the common convoy.” Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff.

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

km

Page 6: “The cure for the common convoy.” Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff.

Color Infrared Image White Hot Infrared ImageGeneration 3 Night Vision

Page 7: “The cure for the common convoy.” Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff.

Laptop Screen Divided

Page 8: “The cure for the common convoy.” Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff.

Camera mounted in center with two needed antennas for radar.

IR-360 Camera

Radar Antenna

Page 9: “The cure for the common convoy.” Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff.

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

Page 10: “The cure for the common convoy.” Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff.

Material Cost-Mid Range Radar x3 = $1,500,000Thermal/Night Vision Camera = 21,000Headsets x3 = $1,600Laptop x3 =$6,000Total Material Cost = $1,528,600Labor Cost-Projected Time To Install = 8 hours per vehiclex2 Technicians per vehicle at $30/hrx3 total vehicles=$1440+test cost of $2,880=5760Total Basic Cost= $1,534,360X1.3Total Cost = $1,994,668Price per Vehicle=$664,889.34

Page 11: “The cure for the common convoy.” Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff.

Simple and Highly Effective

Incorporates Several Different Technologies into One Heads Up Display

Allows for Blackout Maneuverability

Can Detect Long Range

Page 12: “The cure for the common convoy.” Jon Howard, Stephen Kerschner, Austen Haines, Collin Goodruff.

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