'Landing site' presentation slideshows

Preliminary Planning for an International Mars Sample Return Mission iMARS Working Group

1.03k views • 83 slides

Mapping Engineering Constraints from Orbit to the Surface Or How to Certify a Landing Site

Mapping Engineering Constraints from Orbit to the Surface Or How to Certify a Landing Site. Matt Golombek Jet Propulsion Laboratory. How to Certify a Landing Site on Mars?. Selecting landing site critical decision

844 views • 70 slides

Andrew G. West , Avantika Agrawal, Phillip Baker, Brittney Exline, and Insup Lee

505 views • 38 slides

M E T ROVER M SCD E ngineering T echnology

M E T ROVER M SCD E ngineering T echnology. Critical Design Review Metropolitan State College of Denver April 2004. Mission Description. Deploy rover from the payload carrier upon landing. Image flight and landing site autonomously. Accomplish mission under strict mass limitations.

512 views • 36 slides

Early Spacecraft Exploration Viking

Early Spacecraft Exploration Viking.

323 views • 26 slides

Project X pedition

374 views • 25 slides

All Your iFRAMEs Point to Us

All Your iFRAMEs Point to Us. Niels Provos Panayiotis Mavrommatis Google Inc. {niels, panayiotis} @google.com Moheeb Abu Rajab Fabian Monrose Johns Hopkins University {moheeb, fabian} @cs.jhu.edu. Introduction. What is a drive-by download and why should we even care?

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TABLE TOP EXERCISE

626 views • 25 slides

Earth vs. Mars Comparison

406 views • 23 slides

All Your iFRAMEs Point to Us

All Your iFRAMEs Point to Us. Cheng Wei. Acknowledgement. This presentation is extended and modified from The presentation by Bruno Virlet All Your iFRAMEs Point to Us The presentation by YouZhi Bao. Motivation. Generally improve safety of web browsing

371 views • 23 slides

? starter activity

? starter activity. Film. Veteran.

276 views • 21 slides

310 views • 21 slides

Deformation of Mawrth Landing Ellipse Bedrock Due to the Oyama Impact Dawn Y. Sumner, Geology, UCDavis

Deformation of Mawrth Landing Ellipse Bedrock Due to the Oyama Impact Dawn Y. Sumner, Geology, UCDavis. 1: Impact Predictions Age of the Mawrth Area Bedrock Cratering Rates at 4.0-3.8 Ga II : Predicted Deformation From the Oyama Impact Senft & Stewart (2009) Models for Deformation

302 views • 20 slides

Mars Mission

Mars Mission. Fadhi Ali, Isaac Alpert, George Kostov , Bilal Shahabuddin Tuesday, May 8 th , 2012 Earth Science - 351. Mission Statement.

423 views • 19 slides

Evaluation of the potential landing sites for Venus Entry Probe Mission.

269 views • 18 slides

Launch Readiness Review 4/21/06 -David Gooding -Erik Andersen

DemoSat IV. Launch Readiness Review 4/21/06 -David Gooding -Erik Andersen -Anna Vigil -Matt Elsner -Augustine Trujillo. Mission Description.

322 views • 16 slides

MSL Landing Site Selection Update:

MSL Landing Site Selection Update:. John Grant, Matt Golombek MSL Project (Smithsonian Institution) (Jet Propulsion Laboratory, J. Grotzinger, M. Watkins, A. Vasavada California Institute of Technology) . MSL Landing Site Selection Activities:.

274 views • 13 slides

Mars Reconnaissance Orbiter

Daryien Golden, Eric Nguyen. Mars Reconnaissance Orbiter . Technicals. Rocket - Atlas V Weight - 4,806 pounds. including fuel Instruments- 1- High resolution cameras to capture images and weather 2- Spectrometer 3-Radiometer 4- Radar. Results .

256 views • 6 slides

M ars A nd B eyond 4

Mars Mission Briefing. op. M ars A nd B eyond 4. Mission Vehicles. Ares V Launch Vehicle. Orion Mars-rated Spacecraft. Mission Crew. Crew Bio:

183 views • 6 slides

Landing Site/Zone (LZ) Evaluation Height of obstacles that determine approach angle

NOLF Site 8 (BT 13). Purpose : Pre-flight Planning Considerations. Intent : Brief basic LZ considerations in the terminal environment. Requirements : Basic. Can be hand drawn; Google imagery may not be best; clear/clean/ legible; big enough to brief from; can use

154 views • 1 slides