OrbitSmith Mars Lab

LOADING MARS TERRAIN…

OPEN WORLD LOADING TILES

ROVER TELEMETRY

RISK GO

SLOPE 0.0 deg

POSITION 0, 0

SPEED 0.0 sim-m/s

MODE

MANUAL

RISK

SLOPE

0.0 deg

BATTERY

100%

SPEED

0.0 sim-m/s

HEADING

000

POSITION

0, 0

MISSION

T+00:00

MISSION OBJECTIVES

0/3

ROUTE PLAN

0 WAYPOINTS

EXPEDITION

MISSION HARDWARE

LOCAL PATCH

MARS LOCATION

HEADLIGHT

FLIGHT PHASE PARKED

MISSION BRIEFING

SITEPerseverance landing region (Jezero) — educational rover-operations terrain patch.

VEHICLEROVER — surface vehicle using the shared ground-control and waypoint contract.

DATAMeasured terrain uses NASA/USGS MGS MOLA elevation data. Surface coloring, fine grain, and mission logic are synthetic/local layers.

SCENARIOPick one in MISSION OBJECTIVES — SURVEY ROUTE: visit survey points A→B→C in order · SAMPLE RETURN: collect both samples, then return to the start · HAZARD TRAVERSE: cross the rough terrain belt to the station · FREE DRIVE: no objectives, no scoring. The active goal also shows under the scenario selector.

OBJECTIVEReach the marked sites while managing slope risk and battery; a deterministic scorecard grades the run.

FLOWPLAN → AUTO → REPORT
PLAN queues a hazard-aware route, AUTO drives it, REPORT opens the mission summary. Manual drive and tap-to-waypoint stay available at any time.

RULESEverything runs locally in your browser with deterministic rules — no AI API, no live data feeds.

STATUSEducational prototype only; not operational and not for mission planning, navigation, or safety decisions.

MISSION SUMMARY

AUTO DESTINATION

DESTINATION

NAVIGATION MODE

GLOBAL MARS MAP

Click a site marker or choose from the list, drag Mars to rotate, then LAND into the high-quality local driving field.

ENTER A REGIONAL START

LATITUDE LONGITUDE

Global map is a navigation layer; rover driving stays inside measured local terrain patches.