“Four people going round the Moon is quite a big deal,” said Ollie Hancock, a mission operations engineer at Goonhilly Earth Station on the Lizard. Tonight, NASA expects Orion and its Artemis II crew to slip behind the Moon at 23:44 BST on Monday 6 April, triggering a planned communications blackout of about 40 minutes. The timing is subject to real‑time operations, but the Cornwall team will be tracking every whisper of telemetry either side of the gap. (itv.com)

For those minutes, Houston won’t hear a thing. NASA’s schedule points to signal reacquisition at roughly 00:25 BST on Tuesday 7 April, with closest approach to the lunar surface coming around 00:02 BST. It’s a practical reminder that, at this distance, the Moon itself can still get in the way. (nasa.gov)

Pilot Victor Glover has invited people on Earth to treat the silence as a shared moment. “When we’re behind the Moon, out of contact with everybody, let’s take that as an opportunity,” he told the BBC before launch, asking for prayers and good thoughts for a safe reacquisition. (aol.com)

Back on the Lizard, Goonhilly’s 32‑metre ‘Merlin’ antenna is locked on Orion’s journey. “We’ll show the full capability of what we can do,” said Matthew Cosby, director of space engineering, as the privately owned deep‑space dish supports NASA’s mission. When Orion re‑emerges, NASA’s Deep Space Network will quickly reacquire the signal. (itv.com)

This isn’t Goonhilly’s first brush with deep space. The station helped track Orion during Artemis I and supported Intuitive Machines’ 2024 lunar landing by providing telemetry, tracking and downlink-evidence that world‑class lunar operations can run from a Cornish field, not just a US desert. (goonhilly.org)

There’s precedent for the quiet. During Apollo 11, Michael Collins orbited alone while Armstrong and Aldrin walked below, spending about 48 minutes out of contact on each pass behind the Moon. He later described the period as calm rather than frightening, a rare peace amid the workload. (svs.gsfc.nasa.gov)

Engineers on both sides of the Atlantic are already working to make these dropouts rarer. Europe’s Moonlight programme plans a constellation of lunar satellites to provide continuous communications and navigation-even for missions on the far side-moving from pathfinder missions this year toward initial services by 2028 and scaling in the early 2030s. (esa.int)

The UK is baked into that plan. Surrey Satellite Technology Ltd in Guildford is building Lunar Pathfinder, set to begin operations in 2026 as a stepping stone for Moonlight, while Telespazio’s consortium-which includes UK partners-carries the wider system design. It’s a clear role for British firms outside the M25 in the next phase of lunar work. (esa.int)

Artemis II is also flight‑testing laser links. NASA says Orion’s optical communications terminal has already downlinked more than 100GB of high‑resolution data-handy for science and public outreach-but even lasers can’t punch through a quarter‑million miles of rock. That’s why relay satellites matter. (nasa.gov)

If all goes to plan, the quiet ends soon after midnight. DSN should lock back onto Orion around 00:25 BST, and later overnight the crew are due to witness a solar eclipse from space, with the Sun slipping behind the Moon from their vantage point between about 01:35 and 02:32 BST. Expect fresh images once the lines are live again. (nasa.gov)

For readers across the North, the story is straightforward: the UK’s deep‑space backbone isn’t just in big government campuses. From Cornwall’s dishes to manufacturing lines and design studios nationwide, lunar infrastructure is becoming a real market-communications, navigation and ground systems that will need regional skills for years. Policy now points investment at exactly these capabilities. (gov.uk)