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MARSWALK EVA-v2.4
Plan the Walk. Discover the Unknown.
Mission Clock --:--:-- UTC
Martian Sol SOL 421
Telemetry Link ONLINE
Dataset Stream PROTOTYPE
● NASA MARS EXPLORATION EVA SYSTEM

THE FIRST MARSWALK
STARTS WITH A MAP.

Integrate decades of NASA Mars exploration data to plan safer extravehicular routes, discover high-priority scientific opportunities, and prepare humanity for its first steps on the Red Planet.

4.8 km Default Traverse
12 Geospatial Layers
6 Integrated Missions
87 / 100 Mission Safety Score
MRO ORBITAL SURVEILLANCE // ACTIVE
DRAG TO ROTATE PLANET
Jezero Crater
18.38°N, 77.58°E

Perseverance Rover & Delta deposit exploration site.

MULTI-MISSION DATA SYNTHESIS

ONE PLANET. MANY MISSIONS. ONE INTEGRATED VIEW.

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Terrain & Elevation
High-precision digital elevation models from MOLA and HRSC for slope gradient and obstacle detection.
MOLA // HRSC DATA
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Orbital Imagery
Sub-meter orbital imagery from HiRISE and CTX showing meter-scale rocks, dunes, and escarpments.
MRO // HiRISE SENSORS
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Rover Data
Decades of ground-truth traverses and rock abrasion records from Curiosity and Perseverance rovers.
SURFACE TELEMETRY
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Geology & Minerals
Spectroscopic mineral mapping identifying carbonates, clays, and hydrous silica indicative of past water.
CRISM // OMEGA SPECTRA
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Environmental Data
Atmospheric pressure, wind speeds, dust opacity, and cosmic radiation indices for astronaut safety.
MEDA // REMS MONITORING
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Science Targets
Pre-mapped scientific sample sites to maximize scientific return per kilometer of astronaut walking.
ASTROBIOLOGY OPPORTUNITIES
HACKATHON PRESENTATION FLOW READY
Experience the 15-step mission planning journey: Jezero Crater target → Multi-layer activation → 3 Route generation → Route B recommendation → AI mission consultation → EVA simulation.
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LAT: 18.384° N LON: 77.581° E ELEV: -2,530 m

NASA & INTERNATIONAL MARS MISSIONS

Ground-truth exploration telemetry and orbital observations synthesized into the MARSWALK GIS core.

PERSEVERANCE
SURFACE ROVER

Exploring Jezero Crater's ancient lakebed and river delta. Collecting sealed core samples and testing in-situ oxygen production (MOXIE).

Target: Jezero Crater (18.38°N, 77.58°E) • Active Sol 1400+
CURIOSITY
SURFACE ROVER

Investigating the habitability of ancient Mars in Gale Crater, traversing sedimentary sulfate and clay-bearing strata of Mount Sharp.

Target: Gale Crater (4.59°S, 137.44°E) • Active Sol 4400+
MARS RECONNAISSANCE ORBITER
ORBITAL IMAGER

HiRISE ultra-high-resolution imaging (25 cm/pixel) and CRISM mineral spectroscopy providing sub-meter obstacle detection.

Orbit: Sun-Synchronous Polar • Operational since 2006
MARS ODYSSEY
THERMAL & GAMMA ORBITER

THEMIS infrared emission spectrometer identifying sub-surface thermal inertia, hydrogen/water-ice distribution, and rock abundance.

Orbit: Polar • Longest-surviving Mars spacecraft
MARS EXPRESS (ESA)
RADAR & MINERAL SPECTRA

MARSIS sub-surface radar sounder and OMEGA spectrometer detecting sub-surface ice sheets and hydrated phyllosilicates.

Orbit: Elliptical Polar • Operational since 2003
MARS GLOBAL SURVEYOR
TOPOGRAPHY & GRAVITY

MOLA (Mars Orbiter Laser Altimeter) generated the baseline global digital elevation model of Martian topography.

Mission: Global Topography Baseline • Completed 2006

DATA SOURCES & SCIENTIFIC INTEGRITY

MARSWALK strictly distinguishes between verified planetary archives and prototype datasets.

Dataset Source Type Original Mission Application in Marswalk Integration Status
MOLA Topographic Model Elevation / DEM Mars Global Surveyor Terrain difficulty score, slope angle calculation & EVA elevation profiles. NASA Open Archive
HiRISE High-Res Camera Optical Imagery (25cm) Mars Reconnaissance Orbiter Boulder detection, crater rim navigation, and terrain hazards. NASA PDS Imaging
CRISM & OMEGA Infrared Mineralogy MRO / Mars Express Water-altered clays, hydrated silica, and carbonate science targets. Planetary Data System
MEDA Environmental Station Atmospheric Telemetry Perseverance Rover Temperature, pressure, dust optical depth, and wind direction. Prototype Telemetry
Perseverance Traverse Data GPS / Odometry Waypoints Mars 2020 Perseverance Verified rover path history and sample caching coordinates. NASA Mars 2020 API

ABOUT MARSWALK

The mission planning platform built for future Martian boots on the ground.

THE PROBLEM

Decades of robotic Mars exploration have generated petabytes of planetary data across separate instruments, orbiters, and research teams. But future human astronauts executing an extravehicular walk cannot consult disconnected scientific papers or static maps. They need real-time, consolidated spatial intelligence combining terrain steepness, suit consumable budgets, solar radiation, and scientific sample return value.

THE MARSWALK SOLUTION

MARSWALK fuses terrain, orbital imaging, environmental telemetry, and rover discoveries into one interactive tactical mission planner. It evaluates multiple paths using transparent, multi-factor scoring to recommend routes that minimize physical danger while maximizing scientific breakthrough.

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SEE MARS
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2
UNDERSTAND
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PLAN ROUTE
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FIND SCIENCE
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AVOID HAZARDS
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WALK MARS