Mars MetNet

Mars MetNet is a planned atmospheric science mission to Mars , initiated by the Finnish Meteorological Institute (FMI) and under development by Finland, Russia and Spain. By September 2013, two flight-capable entry, descent and landing systems (EDLS) have been manufactured and tested. As of 2015 baseline funding exists until 2020. As of 2016, neither the launch vehicle nor precursory launch date have been set.

Page Revisions

Year Metadata Sections Top Words First Paragraph
2018

77210 characters

13 sections

17 paragraphs

6 images

159 internal links

30 external links

1. History

2. Scientific objectives

3. Lander concept

4. Deployment

5. Precursory mission

6. See also

7. References

8. External links

metnet 0.668

precursory 0.256

landers 0.179

meteorological 0.152

mission 0.142

edls 0.138

fmi 0.130

finnish 0.128

inflatable 0.125

launch 0.101

descent 0.094

meteorology 0.089

institute 0.087

grunt 0.087

lander 0.086

Mars MetNet is a planned atmospheric science mission to Mars , initiated by the Finnish Meteorological Institute (FMI) and under development by Finland, Russia and Spain. By September 2013, two flight-capable entry, descent and landing systems (EDLS) have been manufactured and tested. As of 2015 baseline funding exists until 2020. As of 2016, neither the launch vehicle nor precursory launch date have been set.

2017

97171 characters

13 sections

17 paragraphs

9 images

283 internal links

29 external links

1. History

2. Scientific objectives

3. Lander concept

4. Deployment

5. Precursory mission

6. See also

7. References

8. External links

metnet 0.668

precursory 0.256

landers 0.179

meteorological 0.152

mission 0.142

edls 0.138

fmi 0.130

finnish 0.128

inflatable 0.125

launch 0.101

descent 0.094

meteorology 0.089

institute 0.087

grunt 0.087

lander 0.086

Mars MetNet is a planned atmospheric science mission to Mars , initiated by the Finnish Meteorological Institute (FMI) and under development by Finland, Russia and Spain. By September 2013, two flight-capable entry, descent and landing systems (EDLS) have been manufactured and tested. As of 2015 baseline funding exists until 2020. As of 2016 launch vehicle or precursory launch date has not been set.

2016

95541 characters

13 sections

17 paragraphs

9 images

280 internal links

24 external links

1. History

2. Scientific objectives

3. Lander concept

4. Deployment

5. Precursory mission

6. See also

7. References

8. External links

metnet 0.668

precursory 0.256

landers 0.179

meteorological 0.152

mission 0.142

edls 0.138

fmi 0.130

finnish 0.128

inflatable 0.125

launch 0.101

descent 0.094

meteorology 0.089

institute 0.087

grunt 0.087

lander 0.086

Mars MetNet is a planned atmospheric science mission to Mars , initiated by the Finnish Meteorological Institute (FMI) and under development by Finland, Russia and Spain. By September 2013, two flight-capable entry, descent and landing systems (EDLS) have been manufactured and tested. As of 2015 baseline funding exists until 2020. As of 2016 launch vehicle or precursory launch date has not been set.

2015

87512 characters

10 sections

13 paragraphs

9 images

278 internal links

17 external links

1. History

2. Objectives

3. Lander concept

4. Orbiter concept

5. Precursory mission

6. References

7. External links

metnet 0.667

precursory 0.230

landers 0.201

meteorological 0.142

inflatable 0.140

mission 0.125

lander 0.111

finnish 0.108

edls 0.104

launch 0.101

meteorology 0.100

grunt 0.097

fmi 0.097

martian 0.096

deceleration 0.096

MetNet is an atmospheric science mission to Mars , initiated and defined by the Finnish Meteorological Institute (FMI). [1] The mission includes deploying at least 16 MetNet impact landers on the Martian surface. The objective is to establish a widespread surface observation network on Mars to investigate the planet's atmospheric structure, physics and meteorology . A precursory 'demonstration mission' consisting of one lander is proposed to launch in the 2015—2016 launch window. [1]

2014

86320 characters

10 sections

12 paragraphs

9 images

280 internal links

16 external links

1. History

2. Objectives

3. Lander concept

4. Orbiter concept

5. Precursory mission

6. References

7. External links

metnet 0.681

precursory 0.235

landers 0.185

meteorological 0.145

inflatable 0.143

mission 0.127

lander 0.113

finnish 0.111

launch 0.103

meteorology 0.102

grunt 0.099

fmi 0.099

martian 0.098

deceleration 0.098

demonstration 0.093

MetNet is an atmospheric science mission to Mars , initiated and defined by the Finnish Meteorological Institute (FMI). [1] The mission includes deploying at least 16 MetNet impact landers on the Martian surface. The objective is to establish a widespread surface observation network on Mars to investigate the planet's atmospheric structure, physics and meteorology . A precursory 'demonstration mission' consisting of one lander is proposed to launch in the 2015—2016 launch window. [1]

2013

90475 characters

7 sections

9 paragraphs

9 images

426 internal links

12 external links

1. Concept and goals

2. Lander concept

3. Status

4. Precursory mission

5. Development

6. References

7. External links

metnet 0.563

precursory 0.431

mission 0.173

inflatable 0.157

launch 0.151

grunt 0.146

lander 0.145

finnish 0.108

window 0.108

atmospheric 0.104

phobos 0.101

meteorology 0.100

windows 0.098

deceleration 0.096

braking 0.096

MetNet is an atmospheric science mission to Mars , initiated and defined by the Finnish Meteorological Institute . The mission includes sending several tens of MetNet landers on the Martian surface. The objective is to establish a widespread surface observation network on Mars to investigate the planet's atmospheric structure, physics and meteorology. A precursory mission consisting of one lander is scheduled for launch in the launch window starting from 2014.

2012

68622 characters

7 sections

9 paragraphs

6 images

300 internal links

10 external links

1. Concept and goals

2. Lander concept

3. Status

4. Precursory mission

5. Development

6. References

7. External links

metnet 0.563

precursory 0.431

mission 0.173

inflatable 0.157

launch 0.151

grunt 0.146

lander 0.145

finnish 0.108

window 0.108

atmospheric 0.104

phobos 0.101

meteorology 0.100

windows 0.098

deceleration 0.096

braking 0.096

MetNet is an atmospheric science mission to Mars , initiated and defined by the Finnish Meteorological Institute . The mission includes sending several tens of MetNet landers on the Martian surface. The objective is to establish a widespread surface observation network on Mars to investigate the planet's atmospheric structure, physics and meteorology. A precursory mission consisting of one lander is scheduled for launch in the launch window starting from 2014.

2011

67217 characters

7 sections

9 paragraphs

6 images

299 internal links

9 external links

1. Concept and goals

2. Lander concept

3. Status

4. Precursory mission

5. Development

6. References

7. External links

metnet 0.610

precursory 0.420

mission 0.169

inflatable 0.154

launch 0.147

fmi 0.142

lander 0.142

demonstration 0.134

finnish 0.106

window 0.105

atmospheric 0.102

meteorology 0.097

windows 0.096

grunt 0.095

deceleration 0.094

MetNet is an atmospheric science mission to Mars , initiated and defined by the Finnish Meteorological Institute . The mission includes sending several tens of MetNet landers on the Martian surface. The objective is to establish a widespread surface observation network on Mars to investigate the planet's atmospheric structure, physics and meteorology. A precursory mission consisting of one lander is scheduled for launch in the launch window starting from 2014.

2010

43471 characters

7 sections

9 paragraphs

4 images

146 internal links

8 external links

1. Concept and goals

2. Lander concept

3. Status

4. Precursory Mission

5. Development

6. References

7. External links

metnet 0.660

precursory 0.364

mission 0.169

inflatable 0.166

fmi 0.154

finnish 0.114

atmospheric 0.110

lander 0.110

meteorology 0.105

deceleration 0.102

braking 0.102

descent 0.101

aerodynamic 0.096

landers 0.095

institute 0.093

MetNet is an atmospheric science mission to Mars , initiated and defined by the Finnish Meteorological Institute . The mission includes sending several tens of MetNet landers on the Martian surface. The objective is to establish a widespread surface observation network on Mars to investigate the planet's atmospheric structure, physics and meteorology.

2009

37162 characters

7 sections

9 paragraphs

4 images

141 internal links

11 external links

1. Concept and goals

2. Lander concept

3. Status

4. Precursory Mission

5. Development

6. References

7. External links

metnet 0.654

precursory 0.360

inflatable 0.165

mission 0.153

fmi 0.152

finnish 0.113

atmospheric 0.109

lander 0.109

meteorology 0.104

grunt 0.102

deceleration 0.101

braking 0.101

descent 0.100

aerodynamic 0.095

landers 0.095

MetNet is an atmospheric science mission to Mars , initiated and defined by the Finnish Meteorological Institute . The mission includes sending several tens of MetNet landers on the Martian surface. The objective is to establish a widespread surface observation network on Mars to investigate the planet's atmospheric structure, physics and meteorology.

2008

33502 characters

5 sections

8 paragraphs

5 images

139 internal links

6 external links

1. Status

2. Precursory Mission

3. Development

4. References

5. External links

metnet 0.603

precursory 0.277

russian 0.218

landers 0.194

finnish 0.174

mission 0.171

missile 0.153

institute 0.142

delivery 0.140

volna 0.138

meteorological 0.137

lead 0.136

babakin 0.125

template 0.117

fmi 0.117

MetNet is an atmospheric science mission to Mars , initiated and defined by the Finnish Meteorological Institute . The mission includes sending several tens of MetNet Landers (MNL) on the Martian surface. The objective is to establish a wide-spread surface observation network in Mars to investigate the planet's atmospheric structure, physics and meteorology.