Category Archives: Human Moon Missions

Friday / 11 December 2015

Posted on by

Japan To Develop Moon / Planetary Robots & Analog Test Site, Expected To Launch 2nd Epsilon Rocket 2016

JAXA SLIM Moon

JAXA To Partner With Domestic Companies To Create Robotic, Vehicle, Other Technologies For Human Missions To Moon (2030) & Mars (2040); Low-Cost (US$38M Per Launch) Epsilon Rocket 2nd Flight Planned For 2016, Will Enable ~$126M SLIM Moon Lander Mission Capable Of Landing Within 100 Meters Of Target Area In FY2018; SLIM Mission To Be Discussed At Galaxy Forum Japan 20 February 2016 At NAOJ Mitaka; New Online JAXA Hub Invites Information Exchange With Industries To Participate In Sustainable Moon / Planetary Activities

Pictured L-R: Yasuhiro Morita (Epsilon Program Manager), Yoshisada Takizawa & Susumu Sasaki (SELENE Project Managers)

Credit: JAXA, NASA

 

Weekend Edition
Fri-Mon / 4-7 December 2015

Posted on by

Sustainable Revitalization Strategies For Lunar Exploration To Be Discussed At “Moon 2020-2030”

1252015Moon 2020-2030 Symposium On Human & Robotic Exploration Being Held At ESTEC Noordwijk, The Netherlands 15-16 Dec Will Examine & Build Upon Approaches And Innovations For Lunar Missions; Symposium “Will Be A Key Step In Advancing The International Approach For Lunar Exploration Together With Key Players From Agencies, Academia, And Industry”; Objectives Invite Contributions In Multiple Areas Including: Operational Human Roles, Opportunities Of Lunar Exploration For Society, Planned Missions & Capabilities; Opening Plenary Session By ESA Head Of Propulsion And Aerothermodynamics Division Giorgio Saccoccia To Discuss Exploration Technology Roadmaps In Support Of Moon Initiatives & Technology Prioritization

Credit: ESA, Foster + Partners

Wednesday / 2 December 2015

Posted on by

Lunar Reconnaissance Orbiter (LRO) Delivering Four Billion Measurements And Counting

1222015In Year 7, LRO Continues To Provide Information Useful For Decades Of Future Human Exploration; LRO Deputy PI Benjamin Greenhagen Comments “We Honor The Moon As A Global Scientific Legacy”; Data Reveals 5 Key Lessons According To B. Dorminey (Forbes Article): Recent Volcanic Activity Confirmed By Interior Temperature & Cooling Implies Moon Is Likely Still Tectonically Active; Lunar Surface Shows Extreme Temperature Variations Of –247 °C In Permanently Shadowed Regions To +123 °C In Areas Exposed To Up To 243 Consecutive Days Of Sunlight; Moon May Hold Water / Other Volatiles Useful For Life-Support As Well As Other Resource Utilization Potentials; Moon South Pole Aitken Basin Offers Potential Samples Of Lunar Rock Originating From Interior Mantle; LRO Radiation Measurements Could Help Minimize Future Human Moon & Deep Space Exploration Hazards

Credit: NASA Goddard Space Flight Center, LRO, LPI

Thanksgiving Edition
Thu-Mon / 26-30 November 2015

Posted on by

China Lunar Exploration Program,
Chang’e Missions 1-6 May Enable 2020s Human Missions

Chang'e-1-6

China Momentum For CE-5 Sample Return Mission 2017, CE-4 Lander / Rover / Orbiter To Far Side 2018, Potential CE-6 Sample Return 2020, And Possible 2020s Human Moon Missions Fueled By Success Of China Lunar Exploration And Technology Development Including CE-1 & 2 Orbiters, CE-3 Lander & Yutu Rover, CE-5-T1 Return Capsule, Long March Family Of Rockets & Newly Developing Spaceport On Hainan Island; China Well Positioned To Become 2nd Country To Land Humans On Moon

Table of China Lunar Program produced by ILOA / SPC

Credit: NAOC-CAS, CNSA, CCTV, Xinhua News Agency

Thursday / 19 November 2015

Posted on by

Lunar Mission Efforts Highlight Resurgent Desire To Touch The Moon

Moon Landers

GLXP Teams Working To Land On Moon In 2017, Some Plan To Establish Permanent Presence On Surface; China Chang’e-5 Sample Return To Launch 2017 & Chang’e-4 In 2018; JAXA Planning SLIM Lander 2018-19 & SELENE-2 In 2019; Russia Hopes For Luna-25 Probe To Land In Boguslavsky Crater / Moon South Pole 2018; Golden Spike Co. Developing Human Moon Missions 2020; South Korea Lander & Rover 2020; Chang’e-3 & LADEE Most Recent Missions To Touch Surface; 1990-2015 Lunar Lander / Impactors Detailed By SPC / ILOA

Credit: CCTV, CNSA, NAOC-CAS, Lavochkin Scientific Prod. Association, ME, GSC, JAXA

Wednesday / 11 November 2015

Posted on by

Lunar Power Utility Necessary For Commercial Lunar Enterprise

11112015Commercial & Sustainable Activity On Moon Surface Could Be Advanced By Lunar Power Utility (LPU) Construction According To Authors V. Beldavs, D. Dunlap, J. Crisafulli & B. Foing Of “The Lunar Electrical Power Utility”; Two Powersats (Developed For ~US$250M) In Lunar Orbit Could Beam Power To ISRU Rovers / Equipment, Providing 168 Kilowatts Of Generating Capacity; Anticipated Long-Term Demand For LPU May Reach Megawatt Levels Beyond 2030; International Lunar Decade To Kick Off 2017 Promoting Sustainable Space Economy, Commercial Space Development, Infrastructure & Financing

Credit: NASA/John Frassanito and Associates, Shimizu Corporation

Tuesday / 10 November 2015

Posted on by

Russia IMBP Reviewing Data From ~30 “Fly Women To The Moon” Experiments

11102015Luna-15 Six-Female Crew Completes 8-Day Simulation At Moscow Institute Of Medical-Biological Problems (IMBP) To Provide Information On “The Mechanisms Of Adaptation To The Conditions Of The Female Body 8-Day Isolation In Germoobekte While Rotating At Short-Radius Centrifuge” With Sergey Ponomarev (TL) As Project Leader; Crew Members (L-R) Daria Komissarova, Tatyana Shuguyeva, Polina Kuznetsova, Inna Nosikova, Anna Kussmaul & Elena Luchitskaya; Simulations & Data Include Moon Flight, 2-Day Orbit & Landing; Scientists Hopeful To Conduct Similar Experiments With Landing On The Moon Noted By IMBP Head Mark Belakovsky (BL)

Credit: AP Photo/Pavel Golovkin, ESA, Institute for Cultural Diplomacy, IMBP

Weekend Edition
Fri-Mon / 6-9 Nov 2015

Posted on by

National Space Society Advocates Urgent Renewal For NASA Moon Missions

11062015Vital Studies Needed At Moon Lunar Poles To Verify Water Sufficiency For Sustainable Human Moon, Mars, Solar System Exploration; NASA-Funded Evolvable Lunar Architecture (ELA) Study Demonstrates Humans Could Return To Moon In 5-7 Years For US$10B & Establish Permanent Industrial Base Within 10-12 Years For $2.8B Per Year; Lunar Pole Robotic Survey Of Water Resources Imperative To Advance ELA In ~2020; Survey Reveals Commercial Enterprise Benefits By Supplying 200,000 Kg Of Propellant Per Year Placed Into Lunar Orbit Creating NewSpace Economies Via In Situ Resource Utilization

Credit: NASA

Friday / 6 November 2015

Posted on by

Who Will Be The Next Astronaut To Reach The Moon?

Humans to MoonNew Class Of NASA Astronauts To Be Chosen Mid-2017, Agency Accepting Applications 14 Dec 2015 To Feb 2016; More Than 6,100 Applied During Last Call 2011 – 8 Chosen In 2013: 4 Women & 4 Men Who May Be The First Humans To Perform Lunar Mission Since 1972, Flying Aboard Orion ~2023; Private Golden Spike Co. Still Hoping For ~2020 Flights; China & India Steadily Advancing Moon Missions & Human Spaceflight Capabilities; Russia Proclaims Human Moon Mission 2029; ESA Discussing Eventual Permanent International Moon Station On Far Side

Credit: NASA, ESA

Wednesday / 4 November 2015

Posted on by

ESA ‘Lunarville’ Proposal Attracts Global Attention, Offers International Participation

11042015Human Lunar Missions With International Collaboration Priority Of (L-R) Johann-Dietrich Woerner, ESA Director Stating Desire To “Not Just Land On The Moon, But To Have A Permanent International Moon Station On The Far Side”; Far Side Site Valuable For Radio Astronomy; FAA Associate Administrator George Nield Impressed With ESA Comments / Moon Village Concept As It “Would Enable Countries To Participate” With Private Industries Playing An “Important Role”; Executive Mike Gold Reaffirms Bigelow Aerospace Position Of Supporting Long-Term Aspirations Of A Lunar Base; China Also Considering Crewed Lunar Missions; Energia Space Corp Head Vladimir Solntsev States Russia Desire To Put Humans On Moon By 2029

Credit: NASA, ESA, Foster + Partners, FAA, RSC