EARTH AND TRAJECTORY TO SCALE · MARKER ENLARGEDT ± 00:00
DIRECTOR CAMERA
MINESPACE / MISSION ZEROTHE OBJECT2029 · APOPHIS
/ DRAG TO ORBIT · SCROLL TO ZOOM
CHAPTER 01 / THE DISCOVERY
00:00 / 01:36
INITIALIZING MISSION ZERO
MINESPACE / MISSION INTELLIGENCE / 001
THE REAL ENCOUNTER.
Asteroid (99942) Apophis makes a safe, exceptionally close Earth flyby on April 13, 2029. The facts below are grounded in a NASA/JPL SBDB Close-Approach Data record. This is an interactive, independently branded MineSpace visualization, not a NASA mission or live spacecraft operation.
OBJECT(99942) APOPHIS
CLOSE APPROACH13 APR 2029
APPROACH TIME / TDB21:46
EARTH-CENTER RANGE38,013 km
APPROX. SURFACE ALTITUDE31,642 km
RELATIVE FLYBY SPEED7.422 km/s
ASTEROID MEAN DIAMETER~340 m
ORBITAL CLASSATEN / PRE-FLYBY
IMPACT STATUSNO RISK ≥100 YEARS
What you're looking at
Reference data: The baseline close-approach distance and velocities come from an example Apophis record in NASA/JPL's publicly documented Close-Approach Data API (orbit ID 206). You can retrieve a current record using the button below. API records may be updated as observations improve.
Calculated model: The geometry mode uses an idealized Earth-centered, two-body hyperbolic flyby constrained by the JPL nominal periapsis distance and hyperbolic excess speed. It is not an integrated JPL ephemeris. Earth-centric encounter-plane orientation, lighting and the hero sequence are artistic. The asteroid marker is greatly enlarged. Times from the JPL CAD API are TDB, not civil UTC.
Mission status: The observer/camera spacecraft shown in the cinematic is conceptual. MineSpace does not claim to have launched, commanded or rendezvoused with Apophis. The 2029 encounter is safe; there is no impact scenario portrayed here.
REFERENCE SNAPSHOT / JPL CAD EXAMPLE RECORD / ID 206
Carry this encounter beyond the screen. Generate an original mission ID, save the encounter card or share the link to the Apophis experience. Public links work after deployment to MineSpace.us/MissionZero/.
CALLSIGNMS-001-APO
OBJECTIVEOBSERVE / STUDY
2029 ENCOUNTERSAFE FLYBY
MISSION CARD DESCRIBES A SIMULATED PUBLIC EXPERIENCE, NOT AN ACTUAL SPACECRAFT FLIGHT.
MINESPACE / MISSION ZERO / SCIENCE & SIMULATION
THE ENCOUNTER LAB.
Step outside the film. Examine the actual published close-approach constraints and explore a clearly identified two-body flyby approximation.
01 / RANGE PROFILEEARTH-CENTER DISTANCE · 2-BODY MODEL
−24 HT₀ / 21:46 TDB+24 H
02 / CONTROL THE FLYBY
Move through the encounter.
At closest approach, the model is constrained to the published JPL geocentric range and hyperbolic-excess velocity.
T − 24 HT ± 00:00T + 24 H
WHAT IS MEASURED / PUBLISHED
Nominal close-approach distance, time and relative speed from NASA/JPL SBDB CAD. The record can be refreshed online; an offline source snapshot remains available.
WHAT IS MODELED
Earth-centered Kepler hyperbola, mean Earth radius and constant Earth gravity parameter. The chart and scrub positions are not a JPL Horizons ephemeris or a literal sky map.
WHAT IS CINEMATIC
Earth orientation, asteroid shape, object scale, spacecraft artwork and encounter-plane direction. No spacecraft flight or asteroid-impact scenario is claimed.
MODEL / INITIALIZED FROM JPL DOCUMENTATION / ORBIT 206
MINESPACE INC. / MISSION ZERO(99942) APOPHIS / 2029
THE MISSION / PUBLIC ARCHITECTURE
A MISSION TAKES SHAPE.
From a rare natural encounter to a testable exploration architecture. Explore the workstreams that turn Mission Zero into engineering decisions.
APRIL 13 / 2029APOPHISSAFE EARTH FLYBY NASA/JPL REFERENCE
ONE TARGET.ONE INTEGRATED MISSION.PROOF AT EVERY PHASE.
WORKSTREAM 01 / 06
TARGET & SCIENCE
DISCIPLINE
REVIEW GATE
DEFINITION / DELIVERABLES
INPUTS / DEPENDENCIES
THE MINESPACE RESEARCH FOUNDATION
FLIGHT DYNAMICSNEO ATLAS
Numerical trajectory and encounter-analysis research.
SPACECRAFT ENGINEERINGMROV-1
Reusable orbital-vehicle research. Not an assigned Apophis flight vehicle.
COMMUNICATIONSSATCOMM / FIELD-LINK
Communications and field-link research. Not a contracted ground network.
REAL MISSION. ENGINEERING EVIDENCE.
Mission Zero is a MineSpace Inc. company mission. This public architecture communicates planned workstreams, not approved spacecraft hardware or a completed flight. The encounter renderer uses published constraints and an illustrative two-body model—not a flight-ready JPL ephemeris.