Senior Newsroom Editor/Professional Journalist.
Convert a messy TV live broadcast transcript into a clean, factual news article.
A CBC (Canada) transcript containing multiple segments (Ostrich farm investigation, Antarctica/Climate change, Eagle rescue, NASA Artemis II mission).
The user provided a "Topic Summary" about NASA/Trump/China, but the actual transcript provided is about several different things. Crucially, the transcript's main, detailed section is about the Artemis II mission re-entry and splashdown. The "Topic Summary" provided in the prompt seems to be a placeholder or a mistake from a previous task, as the transcript itself doesn't mention Trump or China in detail; it focuses on the technical aspects of the Artemis II mission. Correction: I must follow the transcript provided, not the "Topic Summary" if they conflict. The transcript is clearly about the Artemis II mission, the ostrich investigation, and Antarctic wildlife. However, the most substantial and news-heavy part is the Artemis II mission.

*   *Segment 1 (Ostrich Farm):* Investigation into an ostrich farm in B.C. regarding avian flu culling and scientific scams. It's linked to public health skepticism and political figures (RFK, Trump).
*   *Segment 2 (Antarctica):* Emperor penguins and Antarctic fur seals are endangered due to climate change/loss of sea ice.
*   *Segment 3 (Eagle Rescue):* Two bald eagles were rescued from power lines in B.C. after fighting.
*   *Segment 4 (NASA Artemis II):* This is the longest and most detailed part.
    *   *Who:* Artemis II crew (Reid, Victor, Christina, Jeremy), Laurie Glaze (Head of NASA's Artemis program).
    *   *What:* Re-entry and splashdown of the Orion capsule.
    *   *When:* Expected splashdown around 5 p.m. Pacific / 8 p.m. Eastern.
    *   *Where:* Off the coast of San Diego/California.
    *   *How:* High speed (38,000 km/h or 24,000 mph), atmospheric re-entry, plasma field (6-minute comms blackout), heat shield (Avco material), parachute deployment, Navy/Air Force/NASA recovery.
    *   *Technical details:* 2,700 degrees Celsius, 186 Avco blocks, 11 parachutes, 32 km/h landing speed.

*   The prompt asks to convert the transcript into *a* clean news article. Usually, in a newsroom, if a transcript covers multiple unrelated stories, you either write a roundup or focus on the lead story.
*   The "Topic Summary" provided by the user mentions NASA/Trump/China. Looking at the transcript, there is *no* mention of Trump or China. There is only the Artemis II mission.
*   *Decision:* I will focus on the most significant, detailed news item in the transcript: **The Artemis II mission's critical re-entry and splashdown phase.** Writing about ostriches, penguins, and eagles in one article would be a "news roundup," but the Artemis section is a deep dive. I will treat the Artemis II mission as the primary news story.

*   *Title:* NASA's Artemis II Crew Prepares for Critical Re-entry and Splashdown
*   *Summary:* The Artemis II crew faces a high-speed atmospheric re-entry and a six-minute communication blackout before their expected splashdown off the California coast.
*   *Body:*
    *   *Intro:* The Artemis II mission is nearing its conclusion. The Orion capsule is set to re-enter Earth's atmosphere at speeds of approximately 38,000 km/h.
    *   *The Re-entry Process:* Discuss the heat (2,700°C), the plasma field, and the 6-minute communication blackout. Mention the Avco heat shield.
    *   *NASA's Perspective:* Quote/Attribute Laurie Glaze (Head of Artemis program) regarding the mission's success and the importance of the splashdown.
    *   *Recovery Plan:* Mention the expected splashdown off San Diego/California coast and the involvement of the US Navy, Air Force, and NASA for recovery.
    *   *Technical Details:* Parachute deployment (11 parachutes) and descent speed.

*   *Check:* Did I include the ostrich story? No, it's a different news item. A professional editor wouldn't mix a space mission article with an ostrich farm investigation unless it was a "News Roundup." Given the prompt asks to "convert... into a clean, factual news article," and the Artemis section is the most "news-worthy" and detailed, I will focus on that.
*   *Wait:* The prompt says "The transcript... containing multiple segments." If I only do one, am I failing? If I do all, it's a "News Roundup." Let's look at the "Topic Summary" again. It says "NASA is aiming for a moon landing... driven by competition with China." This is *not* in the transcript. The transcript is about the *return* of the crew. I must stick to the transcript.
*   *Refined Strategy:* I will write a news article focusing on the Artemis II mission as it is the most substantial part of the transcript.

*   *Title:* NASA's Artemis II Crew Faces Critical Re-entry and Splashdown
*   *Summary:* The Orion capsule is preparing for a high-speed atmospheric re-entry and a six-minute communication blackout before splashing down off the California coast.
*   *Body:*
    *   (H2) High-Speed Re-entry and Communication Blackout
    *   (H2) NASA's Preparedness and Recovery Operations
*   *Details:*
    *   Speed: 38,000 km/h.
    *   Heat: 2,700°C.
    *   Blackout: 6 minutes due to plasma.
    *   Shield: 186 Avco blocks.
    *   Crew: Reid, Victor, Christina, Jeremy.
    *   Splashdown: 5 p.m. Pacific, off San Diego/California.
    *   Recovery: US Navy, Air Force, NASA.

*   *Title:* NASA's Artemis II Crew Faces Critical Re-entry and Splashdown (59 chars) - Good.
*   *Summary:* The Orion capsule is preparing for a high-speed atmospheric re-entry and a six-minute communication blackout before its expected splashdown off the California coast. (158 chars) - Good.
*   *Body:* Use professional tone. Attribute to CBC News and Laurie Glaze.
*   *Tags:* NASA, Artemis II, Orion capsule, space exploration, splashdown.
*   *Language:* English (ca).

*(Self-Correction during drafting)*: The transcript mentions the crew names: "Reid, Victor, Christina, and Jeremy." I will use these. It mentions the heat shield material "Avco." It mentions the speed "38,000 km/h."

*Drafting the Body:*
According to a CBC News broadcast, the Artemis II mission is approaching its most critical phase: the re-entry of the Orion capsule into Earth's atmosphere. The spacecraft is expected to reach speeds of approximately 38,000 kilometres per hour before beginning its descent.

Laurie Glaze, head of NASA's Artemis program, told CBC News that while the mission has seen successful orbit insertions and observations, the team remains focused on the safety of the four crew members—Reid, Victor, Christina, and Jeremy—during the splashdown.

## The Challenges of Re-entry
The re-entry process involves extreme physical conditions. As the capsule hits the atmosphere, it will reach temperatures of nearly 2,700 degrees Celsius. This intense heat will create a plasma field around the Orion capsule, resulting in an estimated six-minute communication blackout.

To protect the crew, the module is equipped with a heat shield composed of 186 blocks of a specialized material known as Avco. NASA officials noted that the trajectory for this mission has been updated to reduce the time the shield is exposed to hot plasma, a precaution taken following observations from the Artemis I mission.

## Splashdown and Recovery Plan
Following the blackout, a series of 11 parachutes will deploy to slow the capsule's descent from 36,000 feet to 24,000 feet, eventually bringing the craft to a landing speed of approximately 32 kilometres per hour.

The Orion capsule is scheduled to splash down off the coast of San Diego, California, at approximately 5 p.m. Pacific time. A recovery team comprising members from NASA, the U.S. Navy, and the U.S. Air Force will be on hand to secure the module. Once conditions are deemed safe, divers will assist the astronauts in exiting the capsule via an inflatable raft before they undergo post-flight medical evaluations.

*   Title < 70? Yes.
*   Summary < 160? Yes.
*   5W1H? Yes.
*   No filler? Yes.
*   Attributed? Yes.
*   JSON format? Yes.

*(Note on the "Topic Summary" provided in the prompt)*: The user's provided "Topic Summary" about Trump/China is factually absent from the transcript. As a professional journalist, I cannot include it because it violates the "Do NOT invent facts" rule. I will proceed with the actual news content found in the transcript.

Update — 00:49

NASA has released footage detailing the Artemis II mission's re-entry process, describing speeds reaching 40,000 kilometers per hour and temperatures of 2,700 degrees Celsius. The capsule will experience a communications blackout during the hottest phase of descent.

The re-entry sequence involves firing engines for trajectory correction, heat shield engagement, parachute deployment (drogue and pilot chutes), and splashdown off the coast of San Diego, followed by recovery by U.S. Navy helicopters and transport to the USS John P. Murtha.

Former astronaut Chris Hadfield explained the process involves twice the energy of his own re-entries and requires precise atmospheric entry angle to avoid disaster. He also noted the crew, including Canadian astronaut Jeremy Hansen, have been preparing for this mission for decades.

Update — 00:51

NASA has released footage detailing the final 20 minutes of the Artemis II mission, from 400,000 feet to splashdown. The capsule will reach speeds of nearly 40,000 kilometers per hour, experiencing temperatures of 2,700 degrees Celsius during atmospheric re-entry. Communications will be lost during the hottest phase before being regained as the capsule slows.

The re-entry process involves firing engines for trajectory correction, heat shield engagement, deployment of drogue and pilot parachutes, and a splashdown off the coast of San Diego, followed by recovery by Navy helicopters and transfer to the USS John P. Murtha for medical checks.

Astronaut Chris Hadfield explained the challenges of re-entry, noting the Artemis II crew will be falling from a greater distance than previous missions, carrying twice the energy. He emphasized the critical need for the correct entry angle and a functioning heat shield. He also noted Jeremy Hansen has been preparing for this mission for 40 years.

Update — 00:53

NASA has released detailed footage of the Artemis II mission's final 20 minutes, from 400,000 feet (120 kilometers) to splashdown. The capsule will reach speeds of nearly 40,000 kilometers per hour, experiencing temperatures of 2,700 degrees Celsius during atmospheric re-entry, with a temporary communications blackout.

The re-entry process involves firing engines for trajectory correction, heat shield engagement, deployment of drogue and pilot parachutes, and a splashdown off the coast of San Diego, followed by recovery by U.S. Navy helicopters and transport to the Johnson Space Centre in Houston.

Former astronaut Chris Hadfield explained that Artemis II’s crew faces twice the energy during re-entry compared to his previous missions due to the higher velocity from returning from the Moon. He emphasized the importance of a precise re-entry angle and a functioning heat shield. He also noted that Jeremy Hansen’s decades-long preparation makes this mission a culmination of a lifetime’s work, and Canada is the first non-American nation to send an astronaut beyond Earth orbit.

Update — 00:54

NASA has released footage dubbed “Moon Joy” showcasing moments from the Artemis II mission, focusing on the intense final 20 minutes before splashdown. The capsule will reach speeds of nearly 40,000 kilometers per hour during re-entry, experiencing temperatures of 2,700 degrees Celsius as it “bounces” off the atmosphere to slow down.

Communications will be lost during the hottest phase of re-entry, around 100 kilometers above Earth. Parachutes will deploy at six kilometers above the ocean surface, leading to a splashdown off the coast of San Diego, where the crew will be recovered by Navy helicopters and transported to the USS John P. Murtha and then to the Johnson Space Centre in Houston.

Former astronaut Chris Hadfield explained the challenges of re-entry, noting Artemis II’s higher energy return due to originating from the Moon. He also highlighted the critical stages: achieving the correct entry angle, jettisoning the service module to reveal the heat shield, surviving the extreme heat, and deploying parachutes. A minor issue with the capsule’s toilet was resolved early in the mission, involving a potential blockage of oxone beads and a need to prime the pump.

Update — 00:56

New details have emerged regarding the Artemis II re-entry process, including the capsule separating at 400,000 feet (120 kilometers) and reaching speeds of nearly 40,000 kilometers per hour. Astronauts will experience a communications blackout during the hottest phase of re-entry, hitting 2,700 degrees Celsius at 100 kilometers above Earth. Parachutes will deploy at 6 kilometers and 2 kilometers above the ocean before splashdown off the coast of San Diego, with recovery by Navy helicopters and transport to the USS John P. Murtha and then to the Johnson Space Centre in Houston.

Former astronaut Chris Hadfield explained the crew will have twice the energy to dissipate compared to his re-entries due to the lunar trajectory. He emphasized the critical need to enter the atmosphere at the correct angle and the importance of the heat shield. Hadfield also noted the crew is prepared for this mission after decades of preparation.

Initial issues with the Artemis II toilet, including a malfunctioning waste disposal system and a strange burning odor, have been resolved through troubleshooting and spacecraft reorientation to melt frozen lines. NASA engineers have identified potential clogging issues and are monitoring the system.

Update — 00:58

New details have emerged regarding the Artemis II re-entry process, including the extreme temperatures of 2,700 degrees Celsius encountered during atmospheric descent. The capsule will “bounce” off the atmosphere to slow down. The crew will regain communications at approximately 6 kilometers (22,000 feet) above Earth. Drogue and pilot parachutes will deploy two kilometers above the ocean before splashdown off the coast of San Diego, where they will be recovered by U.S. Navy helicopters and transported to the USS John P. Murtha for initial medical checks before returning to the Johnson Space Centre in Houston.

According to Chris Hadfield, a former Canadian astronaut, Artemis II will have twice the energy to dissipate during re-entry compared to his own missions due to the higher velocity from returning from the Moon (approximately 400,000 kilometers of fall). Critical stages include achieving the correct entry angle, jettisoning the service module to reveal the heat shield, and surviving the intense heat generated during atmospheric braking.

Initial toilet issues experienced during the mission have been resolved through troubleshooting, including priming the pump and warming frozen lines with sunlight. NASA identified potential clogging from oxone beads and chemical reactions, but confirmed the issues did not pose a threat to the crew. Cole Caulfield of the Montreal Canadiens became the first player in franchise history to score 50 goals in a single season inside the Bell Centre.

Update — 01:01

The Artemis II crew is expected to return home after a 10-day mission, with the Orion capsule reaching a peak speed of 38,000 kilometers per hour during re-entry. A six-minute communications blackout is anticipated as the capsule endures temperatures of nearly 2,700 degrees Celsius.

Following the blackout, parachutes will deploy, and the crew is scheduled to splash down off the California coast at approximately 5 p.m. Pacific Time (8 p.m. Eastern).

Update — 01:02

The Orion capsule will reach a peak speed of 38,000 kilometers per hour during re-entry, experiencing temperatures up to 2,700 degrees Celsius. A six-minute communications blackout is expected during the most intense heating phase.

NASA performed a correction burn yesterday and will conduct another midday today to ensure the capsule enters the atmosphere at the correct angle.

Lori Glaze, head of NASA’s Artemis program, stated, “I’m not going to relax until we have all four of our crew members back safely here on earth.” She also highlighted the success of the launch, orbit insertion, and translunar injection, as well as the quality of observations made during the mission.

Update — 01:04

The Orion capsule will reach a peak speed of 38,000 kilometers per hour during re-entry. NASA anticipates a six-minute communications blackout due to plasma buildup as the capsule endures temperatures of nearly 2,700 degrees Celsius.

Lori Glaze, head of NASA’s Artemis program, stated that a correction burn was performed yesterday and another is planned midday today to ensure the correct atmospheric entry angle. The capsule is expected to splashdown off the coast of San Diego at approximately 20 miles per hour.

NASA will rely on aircraft in the area to visually confirm parachute deployment during the communications blackout, and will have other assets to track the spacecraft post-deployment.

Update — 01:06

The Orion capsule is expected to reach a peak speed of 38,000 kilometers per hour (24,000 miles per hour) during re-entry, generating temperatures of nearly 2,700 degrees Celsius. A six-minute communications blackout is anticipated due to plasma buildup around the capsule.

NASA’s Artemis program head, Lori Glaze, stated that a mid-day correction burn will be performed to ensure the capsule enters the atmosphere at the correct angle. Glaze also confirmed that multiple aircraft will be monitoring the parachute deployment and providing visual confirmation.

Glaze expressed her relief will come once astronauts Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen are safely aboard the recovery ship and in the medical bay. She emphasized the collaborative effort of thousands of NASA employees and contractors in making the mission a success.

Update — 01:08

The Artemis II crew is expected to experience a communications blackout lasting approximately six minutes due to plasma buildup during re-entry, reaching peak temperatures of 2,700 degrees Celsius. NASA will rely on aircraft monitoring and imaging of parachute deployment during this period.

NASA’s Lori Glaze stated the crew will splashdown off the coast of San Diego at approximately 20 miles per hour. She also emphasized the importance of two correction burns – one completed yesterday and another planned for midday today – to ensure the correct re-entry angle. Glaze noted she will not fully relax until all four crew members are safely aboard the recovery ship.

The Orion capsule will reach speeds of 38,000 kilometers per hour (24,000 miles per hour, or 32 times the speed of sound) upon re-entry, equivalent to traveling from Los Angeles to New York in six minutes. The heat shield, composed of 186 Avco blocks, is designed to maintain an internal temperature of approximately 21 degrees Celsius despite external temperatures comparable to half the sun’s surface.

Update — 01:10

NASA’s Lori Glaze confirmed a second correction burn is planned for midday today to refine the Orion capsule’s re-entry angle. The capsule will reach peak speeds of 38,000 kilometers per hour (24,000 miles per hour), or 32 times the speed of sound. A communications blackout is expected to last approximately six minutes due to plasma buildup during atmospheric entry.

The Orion capsule’s heat shield is composed of 186 blocks of Avco material, designed to maintain the interior temperature at around 21 degrees Celsius despite external temperatures reaching half that of the sun. NASA has adjusted the trajectory to reduce the heat shield’s exposure time, addressing concerns from the Artemis 1 mission where the shield wore down more than anticipated.

Recovery operations will involve a ship staffed by the US Navy, Air Force, and NASA personnel. The crew will be assisted by divers onto an inflatable raft before being transported by helicopter for medical checkups. The splashdown zone is planned for 50 nautical miles off the California coast.

Update — 01:11

The Orion capsule will reach a peak speed of 38,000 kilometers per hour (24,000 miles per hour, or 32 times the speed of sound) during re-entry. A communications blackout of approximately six minutes is expected due to plasma buildup around the capsule as it enters the atmosphere.

NASA will perform a second correction burn midday today to ensure the correct re-entry angle. The heat shield is composed of 186 blocks of Avco material, designed to maintain the capsule's interior temperature at around 21 degrees Celsius despite external temperatures reaching nearly 2,700 degrees Celsius (half as hot as the sun). Trajectory adjustments have been made to reduce the heat shield's exposure time.

Recovery operations will involve US Navy, Air Force, and NASA personnel. Divers will assist the crew from the capsule to an inflatable raft, after which Navy helicopters will transport them for medical checkups. The splashdown zone is 50 nautical miles off the California coast.

Update — 01:13

NASA’s Lori Glaze stated she won’t fully relax until all four crew members are safely back on Earth, emphasizing the importance of their safe return. The Orion capsule will hit the atmosphere at 32 times the speed of sound, equivalent to traveling from Los Angeles to New York in six minutes.

The heat shield is composed of 186 blocks of Avco material, maintaining a temperature of approximately 21 degrees Celsius inside the capsule despite external temperatures reaching half that of the sun. Trajectory updates have been made to reduce the heat shield’s exposure to plasma.

Recovery operations will involve a US Navy, Air Force, and NASA team. Divers will assist the astronauts from the capsule to an inflatable raft, after which Navy helicopters will transport them for medical checkups.

Update — 01:15

NASA’s Lori Glaze stated she won’t fully relax until all four crew members are safely back on Earth. The Orion capsule will hit the atmosphere at 32 times the speed of sound, equivalent to traveling from Los Angeles to New York in six minutes. The heat shield is composed of 186 blocks of Avco material, maintaining a temperature of approximately 21 degrees Celsius inside the capsule despite external temperatures reaching half that of the sun.

During re-entry, a six-minute communications blackout is expected due to plasma buildup. NASA updated the trajectory to reduce the heat shield’s exposure to hot plasma, learning from the longer-than-expected wear during the Artemis 1 re-entry. Recovery will involve a US Navy, Air Force, and NASA team, with divers assisting the crew onto an inflatable raft before helicopter transport for medical checkups.

Update — 01:17

NASA’s Lori Glaze stated she won’t relax until all four crew members – Reid Wiseman, Victor Glover, Christina Koch, and Jeremy Hansen – are safely recovered. The Orion capsule will hit the atmosphere at 32 times the speed of sound (approximately 24,000 miles per hour/38,000 kph). A communications blackout is expected to last approximately six minutes due to plasma buildup.

The heat shield is composed of 186 blocks of Avco material, designed to maintain the capsule’s interior temperature around 21 degrees Celsius despite external temperatures reaching half that of the sun. NASA updated the trajectory to reduce the heat shield’s exposure to hot plasma, addressing concerns from the Artemis 1 re-entry where the shield wore more than expected.

Recovery will involve Navy helicopters picking up the crew from an inflatable raft after divers open the hatch. The splashdown location is planned for 50 nautical miles off the California coast.

Update — 01:19

NASA anticipates a six-minute communications blackout during Artemis II’s re-entry due to plasma buildup around the capsule. Despite knowing communication will return, the team will remain quiet, awaiting signal reacquisition. Multiple aircraft will monitor parachute deployment and orbiting spacecraft will provide visual confirmation.

The Orion capsule will hit the atmosphere at 32 times the speed of sound (approximately from Los Angeles to New York in six minutes) and experience temperatures half as hot as the sun. The heat shield, composed of 186 Avco blocks, is designed to maintain the crew module’s internal temperature at around 21 degrees Celsius, though it wore more during Artemis 1, prompting trajectory adjustments.

NASA’s Lori Glaze stated she will only feel relaxed once all four crew members – Reid, Victor, Christina, and Jeremy – are safely aboard the recovery ship and receiving medical attention. The splashdown is planned 50 nautical miles off the California coast, with recovery involving US Navy, Air Force, and NASA personnel.

Update — 01:20

NASA’s Laurie Glaze stated she has been focused on the Artemis II re-entry since April 3rd, 2023. The Orion capsule will hit the atmosphere at 32 times the speed of sound, equivalent to traveling from Los Angeles to New York in six minutes. The heat shield is composed of 186 Avco blocks and is designed to maintain the crew module’s internal temperature at approximately 21 degrees Celsius despite external temperatures reaching half that of the sun.

Trajectory adjustments have been made to reduce the heat shield’s exposure to extreme temperatures, learning from the longer-than-expected wear during the Artemis 1 re-entry. Eleven parachutes will be deployed in stages to slow the capsule from 36,000 to 24,000 feet, followed by three main parachutes reducing speed to 32 kilometers per hour before splashdown approximately 50 nautical miles off the California coast.

Recovery will involve a joint US Navy, Air Force, and NASA team assessing conditions before divers assist the crew from the capsule to an inflatable raft, followed by helicopter transport for medical checkups. Glaze expressed a desire to feel relief only after all four crew members are safely recovered.

Update — 01:22

The Orion capsule will hit the atmosphere at 32 times the speed of sound, equivalent to traveling from Los Angeles to New York in six minutes. Before atmospheric entry, the service module will be jettisoned. The re-entry will expose the capsule to temperatures half as hot as the sun, creating a plasma shockwave and a six-minute communications blackout.

The heat shield is composed of 186 blocks of a material called Avco, designed to maintain the crew module’s internal temperature at approximately 21 degrees Celsius while burning off in a controlled manner. NASA is updating the trajectory to reduce the heat shield’s exposure time, after it wore away more than expected during Artemis 1.

Parachute deployment will occur in stages, beginning at 36,000 feet and culminating in a splashdown approximately 50 nautical miles off the California coast. Recovery will involve US Navy, Air Force, and NASA personnel assessing conditions before divers assist the crew onto an inflatable raft, followed by helicopter transport and medical checkups.

Update — 01:24

Following the initial report, NASA detailed the post-splashdown recovery process for the Artemis II crew. Divers will open the Orion hatch and assist astronauts from their seats to a large inflatable raft, dubbed the “front porch.” Navy helicopters will then transport the crew for post-flight medical checkups before transport to shore.

Separately, a CBC investigation revealed details regarding a controversial ostrich farm in British Columbia, focusing on claims made about the scientific value of the birds and potential avian flu risks. The investigation uncovered discrepancies in claims made by the farm owners regarding antibody testing and scientific advisory board affiliations.

Update — 02:47

Recent broadcasts provided further detail on the Artemis II mission's re-entry process. The Orion capsule separated from the service module as planned, with mission control confirming integrity. The capsule will experience temperatures up to 2,700 degrees Celsius during re-entry, skimming the atmosphere at nearly 40,000 kilometers per hour.

Engineers addressed concerns stemming from Artemis I’s heat shield issues, noting modifications to the re-entry profile to minimize gas buildup and potential damage. Astronauts will experience up to four times their normal weight during re-entry and will lose communication with mission control for approximately six minutes due to plasma buildup. NASA is confident in the heat shield’s ability to withstand the stress, despite past concerns raised by former astronauts.

As of the broadcast, re-entry was expected to begin in approximately 15 minutes. Mission control reported the capsule was on target with a flight path angle within limits. The crew reported a view of the moon.