The 2029 close approach will be a once-in-a-lifetime event. Apophis will pass inside the ring where geostationary satellites orbit. It is an unprecedented opportunity to study a near‑Earth asteroid up close, improve planetary defense models, and inspire the next generation.
Use the 3D view above to examine surface features. Click glowing markers to reveal science notes, composition hints, and navigation cues. Rotate to find the SERV vehicle holding station nearby.
Large parts of Europe, Africa, and Asia are expected to have a view in the night sky at closest approach, weather permitting. Urban light and clouds will affect visibility. We will publish city‑level guidance as the date approaches.
ExLabs SERV is a modular spacecraft designed for rendezvous, inspection, and rapid reconfiguration in space. For ApophisExL, SERV conducts proximity ops, remote sensing, and data relay tasks to characterize the asteroid and demonstrate persistent in‑space operations.
Universities, agencies, and industry partners collaborate on instruments, experiments, and public engagement. The mission emphasizes open access learning, with media that invites everyone to take part.
Hidden artifacts are scattered around the scene. Find the gold vein, decode the beacon, and unlock SERV diagnostics. Press M for mining mode, W for a brief warp, T for a tesseract. Try the classic gamer code.