The Mars Exploration Rover mission will be the next opportunity for surface exploration of Mars in January 2004. Two rovers will be delivered to the surface of Mars using the same entry, descent, and landing scenario that was developed and successfully implemented by Mars Pathfinder. This investigation describes the trajectory analysis that was performed for the hypersonic portion of the MER entry. In this analysis, a six-degree-of-freedom trajectory simulation of the entry is performed to determine the entry characteristics of the capsules. In addition, a Monte Carlo analysis is also performed to statistically assess the robustness of the entry design to off-nominal conditions to assure that all entry requirements are satisfied. The result...
Since the Mariner 4 Martian mission, which was the rst one in succeeding in the red planet, the spa...
The Mars Ascent Vehicle will bring samples back from the surface of Mars to its low orbit in 2031. I...
The Mars Exploration Rovers (MER) project, the next United States mission to the surface of Mars, us...
The static aerodynamics for the Mars Exploration Rover (MER) aeroshell are presented. This aerodynam...
The Mars Exploration Rover project consisted of two missions (MER-A: spirit rover and MER-B: opportu...
Planetary exploration has always been a very complex and risky engineering problem. Building on the ...
A first order simulation analysis of the navigation accuracy expected from various Navigation Quick-...
The scientific objective of the Mars Surveyor Program 2005 mission is to return Mars rock, soil, and...
Results from a 25 shot ballistic range test of the Mars Exploration Rover (MER) aeroshell are presen...
An entry, descent, and flight (EDF) trajectory profile for a Mars airplane mission is defined as con...
In the present work, a feasibility study of a manned Mars entry, descent, and landing mission, perfo...
NASA s Mars Science Laboratory mission will launch the next mobile science laboratory to Mars in the...
On July 4, 1997, the Mars Pathfinder (MPF) mission successfully landed on Mars. The entry, descent, ...
1st International ARA Days May 2006, Arcachon, France.The purpose of this investigation is to inves...
The Mars Microprobe mission will provide the first opportunity for subsurface measurements, includin...
Since the Mariner 4 Martian mission, which was the rst one in succeeding in the red planet, the spa...
The Mars Ascent Vehicle will bring samples back from the surface of Mars to its low orbit in 2031. I...
The Mars Exploration Rovers (MER) project, the next United States mission to the surface of Mars, us...
The static aerodynamics for the Mars Exploration Rover (MER) aeroshell are presented. This aerodynam...
The Mars Exploration Rover project consisted of two missions (MER-A: spirit rover and MER-B: opportu...
Planetary exploration has always been a very complex and risky engineering problem. Building on the ...
A first order simulation analysis of the navigation accuracy expected from various Navigation Quick-...
The scientific objective of the Mars Surveyor Program 2005 mission is to return Mars rock, soil, and...
Results from a 25 shot ballistic range test of the Mars Exploration Rover (MER) aeroshell are presen...
An entry, descent, and flight (EDF) trajectory profile for a Mars airplane mission is defined as con...
In the present work, a feasibility study of a manned Mars entry, descent, and landing mission, perfo...
NASA s Mars Science Laboratory mission will launch the next mobile science laboratory to Mars in the...
On July 4, 1997, the Mars Pathfinder (MPF) mission successfully landed on Mars. The entry, descent, ...
1st International ARA Days May 2006, Arcachon, France.The purpose of this investigation is to inves...
The Mars Microprobe mission will provide the first opportunity for subsurface measurements, includin...
Since the Mariner 4 Martian mission, which was the rst one in succeeding in the red planet, the spa...
The Mars Ascent Vehicle will bring samples back from the surface of Mars to its low orbit in 2031. I...
The Mars Exploration Rovers (MER) project, the next United States mission to the surface of Mars, us...