Category Archives: Morpheus

Weekend Edition
Fri-Mon / 2-5 Feb 2024

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Intuitive Machines Set to Become First Independent Operator on Moon with US$118M Mission

Nova-C class lunar lander Odysseus may make history with expected 22 Feb landing near Malapert A crater (80.2°S, 1°E), ~175 km from the peak of Malapert Massif and ~300 km from MSP; Intuitive Machines will be the fourth commercial attempt at Moon landing, following SpaceIL (Feb 2019), ispace (April 2023) and Astrobotic (Jan 2024) and the first USA landing attempt of any type in over 51 years, since Apollo 11 (Dec 1972); In addition to 5 NASA commissioned science instruments, Odysseus will carry 6 commercial payloads (clockwise): ILO-X (International Lunar Observatory Association), Lunaprise (Galactic Legacy Labs), Independence (Lonestar Data Holdings), Moon Phases (Jeff Koons, 4Space), Omni-Heat Infinity (Columbia Sportswear), and Eaglecam (Embry-Riddle)

Credits: Intuitive Machines

Friday / 14 Aug 2020

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NASA SPLICE To Enable Successful Landings On The Moon, Mars And SSSBs

Safe and Precise Landing Integrated Capabilities Evolution (SPLICE) Advances Through JSC Design And Testing Of Descent & Landing Computer, Responsible For Calculating Relative Position Within 100 Meters; Langley Research Center Designing Navigation Doppler Lidar, Used To Determine Altitude & Descent Speed, Will Fly On 2 Commercial Landers 2021 (Likely Intuitive Machines And Astrobotic); GSFC Designing Hazard Detection Lidar, Capable Of 3-D Imaging From 500 Meters; Terrain Relative Navigation Is To Analyze Surface Features, Matching Live Feed To Known Topography, Under Development By JPL With Draper Providing Algorithmic Software

Pictured: Langley Researcher Aram Gragossian Credits: NASA

Friday / 12 February 2016

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Luna 9 Inspires Giant Leaps For Future
Moon Landings

Luna 9

NewSpace Companies, Universities, Space Agencies Developing Breakthrough Technologies For Moon, Planetary, NEO Missions As 50th Anniversary Of Luna 9 – 1st Soft Moon Landing Is Observed This Week; Mission Trajectory, Sensors, Deceleration Technologies, Imaging / Instruments, Propellants Proven By Past Missions Being Improved Upon; Morpheus / Landers Using ALHAT, Moon Express Lander To Be A ‘Hopper’, SpaceX & Blue Origin Reusable Rockets Soft Landing On Earth, ESA Philae & Huygens Probes Significant For Landing On & Relaying 1st Ever Images Of Uncharted Areas

Credit: NASA, CAS, CNSA, JPL, ESA

Wednesday / 17 December 2014

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Lunar Lander Technology Development Advancing At KSC In Florida

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Morpheus Lander Completes Final Test Flight At KSC, Climbing 240m, Making 30-Degree Glide Slope, Traversing 400m & Descending Into Simulated Moonscape; 1st Time Morpheus Was Completely Controlled By Autonomous Landing & Hazardous Avoidance Technology (ALHAT) Laser-Guided Navigation System; Craft Is Used To Demonstrate Lander / Hopper Technologies That Could Be Used In Future Moon Missions; Moon Express Also Conducting Flight Tests At KSC As Part Of Lunar CATALYST Program, 1st Static Hot Fire Tests On On MX-1 Vehicle Successful (Inset), Tethered Flight Tests Upcoming

Image Credit: NASA, Moon Express

Tuesday / 18 November 2014

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Morpheus Lander Set To Initiate New Series Of Test Flights

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First In New Set Of Morpheus Tests Today – Weather Permitting – Will Be A Tethered Flight, 2 Free Flights Scheduled For 1st Week Of Dec; Team Decided Additional Tests Were Warranted After Making Software Updates Related To Navigation Algorithms & Hardware Improvements Including Relocation Of Doppler Lidar Velocimeter; Morpheus Is Simply A Vehicle To Test ALHAT Technology Which Could Be Utilized For Future Moon / Planetary Landing Missions, Enabling Identification & Avoidance Of Rocks As Small As 0.3m & Missions To Previously Inaccessible Locations Such As Moon South Pole

Image Credit: NASA

 

Thursday / 14 August 2014

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University Students Advancing Moon Lander Rocket Design

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Purdue University Student Team Designing & Testing Components Of New Rocket Engine For NASA Project Morpheus; Students Of Professor William Anderson (BR) Focused On Engine Thrust Chamber Design & Developed System To Liquefy Methane From Gas, Both Essential Elements To Facilitating High-Performance / Lightweight  Rocket Engine Needed For Moon Landings; Team Now Working To Optimize Cooling Approach For Chamber Walls, Temperatures Inside Chamber Can Reach 2600°C

Image Credit: Purdue University, NASA

Friday / 18 July 2014

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GLXP & NASA Focus On Moon Education, Exploration Initiatives

GLXP & NASA Education, Exploration

“Exploring Apollo Now” Google Lunar XPrize Team Hangout Q+A Hosted 22 July By Astronomer Pamela Gay Will Feature Team Stellar & GLXP Competition Judge Derek Webber; 20 July NASA ARC “Lunar and Small Bodies Graduate Conference” To Be Followed By “Next Generation Lunar Scientists & Engineers Workshop”; Morpheus Lander Planning Meetings Continue, May Fly Again Pending FY15 Funding; Astrobotic, Moon Express, Masten Working With NASA Under Lunar CATALYST Partnership Opportunity

Image Credit: GLXP, Team Stellar, NASA

Weekend Edition
Fri-Tues / 23-27 May 2014

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Morpheus Lander Tests Paving Way For Human & Robotic Moon Missions

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Final Morpheus Lander Flight Test At NASA KSC Next Wednesday Night Will Seek To Fine-Tune Performance & Demonstrate How Sensors Work In Darkness; Latest Free Flight Test Attempted To Rely Solely On ALHAT Landing Sensors To Guide Craft To Best Landing Site; Vehicle Rose To 240m Then Used Laser Sensors To Identify Up To 5 Safe Landing Sites; ALHAT Sensor Performance Not As Precise As Engineers Hoped & Pre-Set Trajectory Was Implemented To Land Morpheus; Successful Flight Tests Will Increase Likelihood Technology Will Be Incorporated Into Human / Robotic Moon Missions

Image Credit: NASA

Thursday / 24 April 2014

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Morpheus / ALHAT Tests May Revolutionize Lunar / Planetary Exploration

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Free Test Flight Today At NASA JSC Of 3-m Diameter, 1090-Kg Morpheus Lander With 2404-Kg-Thrust, Methane & Oxygen-Fueled Engine Will Allow ALHAT Sensor System To Prove Its Capabilities; ALHAT System Will Have 10 Seconds To Map & Choose Landing Site After Craft Flies To ~150m; ALHAT Project Manager Chirold Epp Says Team Is Shooting For System That Can Land Within 3m Of Given Spot, Current Best For Landing Precision Is ~80m

Image Credit: NASA

Tuesday / 21 January 2014

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Morpheus Advancing USA Lunar Lander Capabilities

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Project Morpheus To Conduct Free Flight Test-6 Today At NASA KSC; Flight Test Last Week Performed Flawlessly Reaching 57m, Traversing 47m, Landing Within 28cm Of Target; New Autonomous Landing Hazard Avoidance Technology (ALHAT) Could Facilitate Lander Missions To More Challenging / Rewarding Sites Such As Moon South Pole; Current Lander Design Has Payload Capacity Of 500kg, Team Hopes To Scale Up To Accommodate Crew / Cargo

Image Credit: NASA