CHOOSE YOUR BAY

3D Engineering Workshops

Select an engineering bay below to train autonomous robots, assemble real-world technological marvels piece-by-piece, and test interactive physics telemetry.

🤖 HOW TO TRAIN YOUR ROBOT 🚀

3D AUTONOMOUS ROBOTICS & PYTHON WORKSHOP

How to Train Your Robot 🤖
3D Interactive Rover Programming Workshop

Command your own autonomous space rover! Learn loops, obstacle detection, and watch your algorithms translate into live Python code across the Moon, Mars, and deep space stations.

Step 1 · Pick Arena

🌑 Moon & Mars Dunes

Step 2 · Write Code

🐍 Blocks or Real Python

Step 3 · Run 3D Sim

🚀 Dodge Obstacles & Win

🤖 3D Autonomous Rover🐍 Real-Time Python Engine🔁 Loops & Sensor Logic✏️ Custom Arena Builder

TRAIN YOUR ROBOT NOW 🤖🐍 Python Lab

ROBOT TELEMETRY LIVE7 Missions

# Train autonomous rover

for step in range(3):

if rover.detect_wall():

rover.turn_right(90)

rover.move_forward(1)

Missions:Moon, Mars, Orbit

Mode:Blocks + Python

Launch 3D Simulator →

🚀 HYPERSONIC MISSILE BAY 🎯

3D MODULAR AEROSPACE WEAPONRY BAY

Precision Missile 🚀
3D Hypersonic Rocketry Workshop

Assemble a modern Mach 4.5+ precision missile part-by-part: AESA active radar seeker, kinetic warhead, titanium canard actuators, dual-burn rocket booster, grid fins, and hot-fire thrust vector control!

🎯 AESA Radar Seeker🔥 TVC Rocket Nozzle📐 Titanium Grid Fins⚡ Mach 4.5 Telemetry

ENTER MISSILE BAY

🚀

HYPERSONIC AEROSPACE BAY

8 Modular Systems

Top Speed:Mach 4.5+

G-Limit:50 G

🔭 SPACE OBSERVATORY BAY 🛰️

3D MODULAR ASTROPHYSICS BAY

Assemble Hubble 🔭
3D Space Telescope Workshop

Build NASA’s iconic Hubble Space Telescope part-by-part: 2.4m Cassegrain optics, deployable solar wings, WFC3 cameras, and slew to observe deep space nebulas!

🪞 2.4m Primary Mirror☀️ 12m Solar Array Wings🔬 WFC3 & ACS Cameras🌌 Cosmic Observation HUD

ENTER HUBBLE BAY

🔭

ORBITAL OBSERVATORY