蒼井つむぎ⚜️💫6月29日2周年&お披露目祭り！ retweeted
【アウトバウンド配信開始】
#outbound #つむっつむぎ
完全初見5日目やってくよー！
時間は22時までの予定('ω')
ちるちるしてくぞー！
配信先↓
Twitch→ twitch.tv/tumutumugi_
★初見さん＆ROM専さん大歓迎★
お時間合う方はぜひ、遊びにきてねー！
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Amy-Chantal Allard retweeted
Royal Norwegian Navy @Forsvaret_no Skjold Class corvette HNoMS Skjold outbound from @HMNBDevonport Plymouth last week. Video courtesy of @StephenJagger4
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Look back gallery dated 14th June 2021 and @HMSPortland outbound @hms_tamar at anchor in the Sound. westwardshippingnews.com
contact@westwardshippingnews.com
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Ok need time to do larger study i al out with phone only, but here is a quick analysis : they probably wanted to name their business recler in 2024 they didnt find the .com was reg in 2021 sonthey secured the brand on .net .org .co and went with another local .ae 2 keyword so if i was you first : i will try to ask them genuinely why recler (no seo btw) if it is brand and they have a future rebrand you can then tell them the domain but again i said several times never outbound saying i have this domain for sale it doesnt work (ps : it could also be a software that they want to name recler i had this in my previous outbounding cases )
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The open road is finally calling! 🚐📷 Welcome to the episode Four of Outbound: Road to Serenity. Here: youtu.be/jjBzYwRZ-0s?si=vFjg…
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@elonmusk, @SpaceX, @Tesla, and @xai.
@grok
Use Optimus robots advanced propulsion for the fastest possible robotic round-trip to Mars — and eventually missions beyond the Oort Cloud. All fully autonomous, no humans on the early legs.
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Current problem: Mars trips take 6–9 months. Radiation exposure, mission duration, and slow cadence are big bottlenecks. Even optimized Starship trajectories are still ~90 days one-way.
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Proposal: Laser-beamed propulsion (lightsail/thermal) or early fusion drives for 30–45 day one-way transits.
Outbound from Earth using ground/lunar laser arrays. High-energy trajectory aerocapture at Mars.
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On Mars: Deploy Optimus-Space units (radiation-hardened, vacuum-rated versions of Gen 3).
They autonomously:
• Drill for water ice
• Produce propellant via ISRU
• Build power systems & basic infrastructure
• Collect samples & data
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Return leg: Use Mars-made propellant onboard nuclear/fusion drive for another 30–45 day fast return.
Or hybrid: laser outbound ISRU-enabled return.
Total round-trip: potentially under 6 months (optimistic fusion versions ~3–5 months).
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Why Optimus? Humanoid form gives real dexterity for construction, repairs, and complex ISRU tasks that fixed rovers can’t do. Swarm of 2–4 units can work together autonomously with local AI coordination.
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Bonus extension: Same propulsion tech scales to an Optimus mission that exits the Oort Cloud (~100k AU) in ~150–300 years instead of 30,000 . True interstellar precursor with robotic explorers.
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This fits the “uncrewed first” philosophy: Send Optimus cargo on fast trajectories to de-risk everything before humans. Reduces radiation risk dramatically and speeds up the timeline to a self-sustaining Mars presence.
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Tech building blocks already in discussion:
• Starship for launch & landing
• Optimus progress (dexterity, autonomy)
• Laser propulsion research
• Nuclear/fusion concepts (DRACO, VASIMR successors, etc.)
• ISRU is already a core Mars plan
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Next steps could include:
• Small laser-array demo for cislunar or Mars precursor
• Optimus space-hardening tests
• Hybrid laser nuclear architecture study
Would love thoughts from anyone working on propulsion, robotics, or Mars architecture. This could meaningfully accelerate the roadmap.
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