Category Archives: Lunar Communications

Weekend Edition
Fri-Mon / 18-21 May 2018

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Chang’e-4 Relay To Attempt Detection Of Radio Signals From Cosmic Dark Ages

China To Launch Long March 4C / Chang’e-4 Relay From Xichang 20 May, Precursor For November Moon South Pole Lander; Loft 2 Microsatellites To Lunar Orbit For Low Frequency Radio Astronomy & Interferometry, And Relay Satellite (Queqiao) To L2 Which Carries Netherlands-China Low Frequency Explorer (NCLE) Pathfinder; NCLE Scheduled To Unspool Three 2-meter Antennas March 2019, Detect Radio Signals Pre-First Stars, Study Solar Flares & Jupiter Aurora; NCLE PI Heino Falcke Advocates For Radio Astronomy From Moon

Credits: CNSA, NASA, Radboud University, ASTRON Netherlands Institute for Radio Astronomy

Weekend Edition
Fri-Mon / 11-14 May 2018

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LRO Mapping And Monitoring Lunar Surface Supports NASA Return To Moon Plans

Lunar Reconnaissance Orbiter (LRO) Surpasses 40,000 Orbits Around Moon, Gathering Information On Lunar Temperatures, Geologic Activity, Newly Formed Craters, Topographical Changes; On 23 June Spacecraft With 7 Operating Instruments Will Celebrate 9 Full Years In Orbit; Inertial Measurement Unit Indicates Low Functionality, Will Be Powered Down Except For Lunar Eclipses, Safe Mode Entries; 34th Data Set Release Upcoming, Invaluable Mission Supports International, National, Commercial, Academic Ventures & Research

Credits: NASA

Wednesday / 2 May 2018

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 LunarCubes Workshop Focuses On EM-1 ‘Lucky 13’, Awarded SmallSat Studies, Interactive Design Challenges

7th Annual LunarCubes Workshop 3-4 May In San Luis Obispo CA With 4 Major Design Challenges Include Effective Data Management, Lunar Transportation, CubeSat Paradigm Development Models, Beyond LEO Platform Concepts; Anticipates 30-40 Participants, 8 Presentations Covering Deep Space Concepts PRISM, PROVE, BOLAS, Other Missions From 19 Awarded Studies; NASA JPL CubeSat Development Lab Director Pamela Clark Is Technical Program Chair; 1st CubeSats To Deep Space (MarCO) Set To Launch 5 May To Mars, SLS EM-1 Dec 2019 To Moon Will Carry 13 CubeSats

Credits: NASA, CubeSat

Friday / 20 Apr 2018

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New Views From The Moon 2 – Asia 2018 In Japan Exchanging International Lunar Research, Mission Plans

University of Aizu, Japan, and Lunar and Planetary Institute Host NVM2 Conference 18-20 April 2018 With ~55 International Lunar Experts Covering Topics Including Landing Sites, Astronomy From The Moon, Lava Tubes, Geology, Volatiles, Lunar Space Elevator; 8 International South Pole Landers Identified For Missions By 2025, Collaborations Needed To Avoid Duplication, Maximize Science And Determine Where To Lead Investigations; LEAG Commercial Advisory Board Of ~30 Members Planning Next CAB Meeting 19 June

Pictured: Clive Neal, Ben Bussey, Makiko Ohtake, (Steve) Liu Yang, Carle Pieters, Junya Terazono; Image Credits: Univ. of Aizu, Univ. of Notre Dame, NASA, Brown Univ., JAXA, ISRO, KARI, ESA, Roscosmos, CNSA, LPI, ILOA

Wednesday / 18 Apr 2018

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SSTL, Goonhilly To Advance Commercial Communications From The Moon With 2 New Agreements

Surrey Satellite Technology (SSTL), Goonhilly Earth Station (GES), ESA Sign Agreement To Further Long-Term Lunar Commercial Missions, Sustainability, Telecommunications, Navigation Infrastructure In A Low-Risk, Phased Approach; SSTL Founder Sir Martin Sweeting Comments Moon Is Next Frontier; ESA Director Dave Parker States Agreement Could Lead To Lower Costs, Scientific Opportunities; Lunar Pathfinder Payload Begins At £1M / kg, Flight Expected 2022; SSTL & GES Also Sign Formalized Agreement With Astrobotic For Its Lunar Surface Payload Communications Needs Starting 2020

Credits: SSTL, ESA, Astrobotic / John Thornton

Wednesday / 7 Mar 2018

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Vodafone Germany And Nokia Plan To Create Lunar 4G Communications Network

Vodafone And Nokia Partner With Commercial Space Company PTScientists To Deliver 4G Network, Two Quattro Rovers To Apollo 17 Landing Site In Taurus-Littrow Valley 20.0° N, 31.0° E; Expected Launch On SpaceX Falcon 9 In 2019; Networking Gear Weighing Less Than 1-Kg Will Use 1800 MHz, Anticipated Data Rate 100 Megabits To 1 Gigabit Per Second; Will Send HD Video To Autonomous Landing And Navigation Module, Connecting To Berlin; PTScientists Chief Executive, Robert Böhme, States Off-World Infrastructure Is Crucial First Step For Sustainable Human Interplanetary Exploration And Settlement

Credits: PTScientists, Nokia, Vodafone

New Year Holiday Edition
Friday-Tuesday
23 December 2016 – 3 January 2017

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Russia Remains Lunar Focused, Sets Realistic Timeline For Moon South Pole, Human Missions, Lunar Base

Russia Lunar Exploration Program Planning To Launch South Pole Missions: Luna 25 Lander In 2018-19 To  Boguslavsky Crater To Look For Water, Luna 26 Orbiter In 2020, Luna 27 Lander In 2021, Luna 28 Sample Return Mission In 2023, Luna 29 Lander & Rover In 2025; According To Deputy Prime Minister Dmitry Rogozin, Russia Moon Program 2025-2036 Includes Development Of New Super Heavy Rocket For Cargo Transport, Human Moon Missions Beginning 2030, Russian Academy Of Sciences Lunar Rovers & National Centre For Technology Development Humanoid Robots To Support Lunar Base Build Out 2031

Credits: Roscosmos, YouTube/Rokossovskiy Konstantin, Russia National Center for Technology Development and Basic Robotics, Lavochkin Research and Production Association

Wednesday / 13 July 2016

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Surrey Satellite & Goonhilly Earth Station Team Up For Lunar Pathfinder Mission By 2019-2020

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UK Space Age Heavyweights Surrey Satellite Technology Limited (SSTL) & Goonhilly Earth Station (GES) Announce Partnership To Provide Low Cost, High Value System To Transport Payloads To Moon Orbit (£0.8-1.5M/kg), Provide Communications Links Back To Earth (Via Mothership X-band Link To 32-meter GHY-6 Dish In Cornwall, UK); Pilot Phase Activity Underway With ESA; Ultimate Aim To Support Solar System Network; SSTL Executive Chairman Sir Martin Sweeting Wants To Help Lunar Explorers Be Able To “Focus On The Science And Business Aspects Of Their Missions”

Credit: SSTL, GES

Weekend Edition
Fri-Mon / 10-13 July 2015

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Cislunar Communication Making Advances

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NASA Successful Lunar Laser Communications Demonstration (LLCD) Paving Way For Laser Communications Relay Demonstration (LCRD) 2017 Launch As Payload On Space Systems Loral (SSL) Commercial Satellite; LLCD Which Utilizes Laser vs. Radio Frequency (RF) Has Many Benefits Including: Quick Data Transmission 10-100x Faster Than RF, High Bandwidths & Less Mass / Power

Credit: NASA

Thursday / 5 March 2015

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Team Indus Confirms Communications Partner

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Sole India GLXP Team Partners With Tata Communications; Team Indus Will Use Company’s Low-Latency Network For Final Mission Interconnection Between Deep Space & Network Stations, Also Will Handle Communications Between USA-Based Earth Stations & Command Center In India; New Delhi-Based Team Intends To Launch Mission From Sriharikota In 2016, Land 2 Rovers On Moon Surface; Team Indus Is Among Front Runners Of Competition After Winning US$1M Landing Milestone Prize

Image Credit: Team Indus, GLXP, Tata Communications