April 2, 2026
4K Moon or 4K Moan?
Artemis II will use laser beams to live-stream 4K moon footage at 260 Mbps
Laser Moon TV is coming — viewers hype while critics roast the cameras
TLDR: NASA says Artemis II will beam sharp 4K video from around the Moon using a laser link, with radio as backup and a brief blackout behind the Moon. Commenters are split between hype for jaw‑dropping views and roasting NASA’s last‑round camera work, nitpicking “never‑before‑seen” claims, and cracking laser‑pointer jokes.
Artemis II is promising a laser‑beamed 4K livestream from the Moon’s neighborhood, and the internet is losing it — half with excitement, half with eye‑rolls. NASA’s new O2O system (a laser link) can send video at up to 260 Mbps, with Nikon cameras aiming for “never‑before‑seen” far‑side views. Fans like vibe42 are already sharing NASA’s gorgeous preview and begging for the real thing in ultra‑sharp 4K: NASA’s flyby preview.
But the roast brigade showed up. xattt blasted NASA for botching the launch angles, calling it a once‑in‑a‑generation moment filmed like a shrug. bnchrch piled on, saying the best launch shot literally came from an airline window. Meanwhile, SoftTalker brought the fact‑check energy, noting we’ve seen the Moon’s far side plenty since Apollo — Chinese orbiters mapped it in high‑def — so “never‑before‑seen” is getting side‑eyed.
For the curious (and the meme‑lords), here’s the vibe: lasers shoot data to ground stations in New Mexico and California (clear skies = faster beams), with old‑school radio via the Deep Space Network as backup. There’s a planned 41‑minute blackout behind the Moon. One demo even hit 622 Mbps, and near‑Earth lasers have gone way faster. brcmthrowaway asked how a laser stays locked on a moving spaceship — cue jokes about NASA using a giant cat laser pointer and the dreaded lunar buffering wheel. If NASA nails the shots this time, the internet might finally trade the pitchforks for popcorn.
Key Points
- •Artemis II will use the laser-based O2O system to live-stream 4K video from the Moon at up to 260 Mbps.
- •O2O will also transmit mission data such as procedures, images, and flight plans between Orion and Earth.
- •Laser ground stations in Las Cruces (NM) and Table Mountain (CA) support the optical link due to clear skies.
- •NASA will use the Deep Space Network as a backup to mitigate weather-related optical link disruptions.
- •A planned far-side pass will create an estimated 41-minute communications blackout; prior demos hit 622 Mbps, and near-Earth optical links reached up to 200 Gbps.