Interactive Aerospace Engineering for Young Scientists

Select Your Space Mission Category

Choose between orbital Satellites or planetary Rovers to inspect hardware blueprints, assemble subsystems in the Systems Lab, and test real physics.

🛰️
Category

Satellite

5 ORBITAL CONFIGURATIONS

Orbital Sentinels, Weather Probes & Space Telescopes

Engineer real-world satellites for Earth observation, polar climate tracking, telecommunications, CubeSat nanosatellites, and deep-space infrared astronomy.

Configurations5 Spacecraft
Orbital RegimesLEO, SSO, GEO, L2
Subsystems10–12 per bus
Interactive TestsPower & Attitude
Multi-spectral Earth imaging sentinels
Polar sun-synchronous weather radar
Geostationary 30W reflector telecom array
Target: /space-lab/satellite
🚙
Category

Rover

PLANETARY SURFACE ROBOTICS

All-Terrain Planetary Mobility & Robotic Exploration

Assemble rugged surface rovers equipped with titanium chassis, 6-wheel rocker-bogie mobility suspension, high-elevation stereo vision camera masts, and solar arrays.

SuspensionRocker-Bogie 6-Wheel
Power SystemSolar + Li-ion
Vision SystemStereo Mast Cam
Target WorldsMars & Moon
Titanium structural load-bearing chassis
High-traction cleated aluminum wheels
Elevated pan/tilt stereo vision mast
Target: /space-lab/rover
🛸
Category

UFO Starship

QUANTUM ANTI-GRAVITY PROPULSION

Electrogravitic Saucers, Tachyon Scanners & Zero-Point Reactors

Engineer theoretical extraterrestrial starships powered by Element-115 warp cores, graviton tractor beams, harmonic plasma deflector shields, and crystalline bio-canopies.

PropulsionAnti-Gravity Warp
Power CoreZero-Point Flux
DefensePlasma Deflector
Max VelocityWarp Factor 9.8
Electrogravitic titanium-graphene saucer hull
Element-115 quantum singularity warp drive
Electromagnetic plasma forcefield deflector
Target: /space-lab/ufo
Direct URL Quick Nav
/space-lab/satellite • /space-lab/rover • /space-lab/assemble