120 mm Altitude Ring
Fastest orbital velocity (21.4 m/s) and shortest orbital period (1.42 s). Offers high score collection multipliers but narrow avoidance windows.
Satellite Game online simulates multi-altitude orbital navigation across LEO, MEO, and GEO celestial rings. Execute precision Hohmann transfer burns, conserve delta-v propellant, and dodge incoming cosmic debris fields to defend communications satellites.
Navigating satellites between concentric gravitational orbits requires careful delta-v budgeting and debris tracking.
Fastest orbital velocity (21.4 m/s) and shortest orbital period (1.42 s). Offers high score collection multipliers but narrow avoidance windows.
Balanced operational tier (14.2 m/s). Provides optimal maneuvering room for transferring between inner and outer defense sectors.
Low-velocity perimeter orbit (10.1 m/s) with 4.85 s orbital periods. Ideal for dodging dense debris clouds when propellant is low.
Resolves instantaneous velocity v of a satellite at distance r from central mass M along an orbit with semi-major axis a.
Calculates impulsive velocity boost required to transfer the satellite from circular orbit r1 to elliptical transfer apogee r2.
| Orbital Parameter | Altitude Value | Orbital Speed | Standard |
|---|---|---|---|
| Low Earth Orbit (LEO) | r = 120 px | 21.4 m / s | Kepler Third Law |
| Medium Orbit (MEO) | r = 200 px | 14.2 m / s | Classical Mechanics |
| Geostationary (GEO) | r = 280 px | 10.1 m / s | Resonance Dynamics |
| Burn Response Time | < 16 ms | Instant Impulse | W3C RAF Timing |
Bank shots, 75% kinetic restitution, and swish multipliers into oscillating buckets.
KINETIC COLLISIONExplosive zero-gravity collision physics and cascading shatter reaction waves.
RAPID ARCADE50-ball rapid drop timing rush into oscillating jackpot buckets.
PHYSICS PUZZLEPlace gravity attractors, deflectors, and portals in interactive logic mazes.
In Satellite Game, players navigate an artificial communications satellite across three distinct orbital altitudes (LEO, MEO, and GEO). You must time your delta-v thruster burns to avoid crossing space debris fields and maintain satellite operational stability.
Tap Spacebar, click, or tap the Hohmann Burn button when approaching orbital transfer nodes. Each burn provides an instantaneous tangential velocity impulse that transfers your satellite into higher or lower orbital radii.
The game models Newtonian central gravity with Kepler third law timing (orbital period T proportional to r^1.5). Orbital transfer delta-v is calculated using the Vis-Viva equation.
Yes! Tap Challenge Friend to generate a seed link. Your friend encounters the exact same debris pattern and satellite mass parameters, competing against your ghost trajectory.
Satellite Game Online Telemetry: Features real-time Canvas 2D simulation with multi-altitude orbital rings (LEO, MEO, GEO), Hohmann transfer impulse burns, cosmic debris avoidance, and deterministic seed friend challenges. Backed by the Orbital Mechanics & Interactive Physics Telemetry Desk.
Active Orbital Mission Configuration:
Share this deterministic simulation seed or print an A4 flight specification sheet for engineering review.