TEXT: TECHNICAL DATA +
  BONUS MATERIAL
  
  MERCURY TECH STUFF
  CREDITS
  Written by Jason Morningstar
  Edited by Steve Segedy
  Cover Art by John Harper
  For use with Mission to Mercury Playset, appearing in The Fiasco Compan-
  ion.
  BOILERPLATE
  This document is an accessory for the Fiasco role-playing game by Bully 
  Pulpit Games.  
  Mission to Mercury Technical Data + Bonus Material is copyright 2011 
  by Jason Morningstar.  Fiasco is copyright 2009 by Jason Morning-
  star. The cover art is copyright 2009 by John Harper. All rights are  
  reserved. 
  For more information about Fiasco or to download other Playsets and 
  materials, visit www.bullypulpitgames.com.
  If you’d like to create your own Playset or other Fiasco-related content, 
  we’d like to help. Write us at info@bullypulpitgames.com.
  “When you play, play hard.” - Theodore Roosevelt
  
  THE SCORE
  SOME TIME IN THE FUTURE
  With a tooth-and-nail struggle for domination and exploitation of Mars 
  by the major powers, the international mission to Mercury is a big pub-
  lic relations effort. Surplus lunar equipment, proven over twenty years 
  of hard service, is heavily modified for the task. The overall mission is 
  named Shuguang (Dawn Light), it has a host of scientific objectives, but 
  the real goal is political - to demonstrate that the people of Earth can 
  work together in harmony. The fact that Mercury’s south pole is bet-
  ter suited for robots than people is beside the point. Dawn Light must 
  succeed!
  HOW TO USE THIS MATERIAL
  Use this document as a touchstone for play—it lays out, in the very 
  broadest terms, who is going to be on Mercury, what equipment is 
  around, what the habitat is like, and what the various missions are. 
  All of this is intended to provide a gritty, highly constrained backdrop 
  for your session. None of it is intended to get in the way of the action.
  So choose your character’s name and nationality from those available, 
  and choose primary and secondary mission roles.  Review the stuff 
  your guy is responsible for and use that as story-meat.  Are you the 
  reserve comms specialist? You’ll be hanging out in Spindle Four, and 
  some other jackass is boss of the radio. Are you the American? How do 
  you feel about the fact that China got to send two taikonauts?
  Have fun with it and make the mission your own! I am guessing that 
  it won’t go well for the Dawn Light team...
  
  DL2 aND DL3 PERSONNEL
  There are a total of 12 people in the expedition. When it comes time 
  to choose characters, your choices are sharply limited. Choose from 
  among the list below, after defining Relationships during the Setup. 
   
  * Brazil – Oliviera, Berta/Ramiro
   
  * China 1 – Luo, Kelly/Ronald
   
  * China 2 – Nangong, Jie/Zhaoguo
   
  * Egypt – Allam, Jumana/Umar
   
  * India – Tripathi, Lila/Rajan
   
  * Indonesia – Malik, Indah/Abdul
   
  * Japan – Kinoshita, Rin/Saburo
   
  * Korea – Yang, Sun Hee/In Ho
   
  * Nigeria – Akintola, Margaret/Bamidele
   
  * Russia – Soboleva/Sobolev, Galina/Oleg
   
  * United Kingdom – Adams, Iris/Howard
   
  * United States – Rodriguez, Cathy/Brian
  Extra characters must be pulled from the list as well - this is everybody 
  on the planet. 
  MISSION CREW
  
  Each character has both a primary and a secondary mission role. 
  primary 
   
  * Mission Commander (CO)
   
  * Executive Officer/Chief Science Officer (XO)
   
  * Environmental Control/Life Support Engineer (ECLS)
   
  * Chief Engineer (ENG)
   
  * Command Pilot
   
  * Reserve Pilot
   
  * Astronomer
   
  * Astrophysicist
   
  * Inorganic chemist
   
  * Medical/Safety Officer (MSO)
   
  * Planetary geophysicist
   
  * Structural geologist
  SECONDARY
   
  * Analytical chemist
   
  * Heliophysicist
   
  * Mineralogist
   
  * Artist/Journalist
   
  * Comms specialist
   
  * Geodesist (mapping and surveying)
   
  * Medical technician
   
  * Reserve comms specialist
   
  * Surface Exploration Systems Engineer (SES)
   
  * Astronomy Field Systems Engineer (FSE)
   
  * Chemistry Field Systems Engineer (FSE)
   
  * Geology Field Systems Engineer (FSE)
  MISSION ROLES
  
  MISSION OVERVIEW
  Staging Dawn Light
  Dawn Light arrives at Mercury in three stages.
   
  * Stage DL-1: Robot Team. Automated probes build the initial, 
  human-habitable base.
   
  * Stage DL-2: First Team, Four crew members. Arriving two years 
  later. Their mission is to build out the base at Chao Meng-Fu cra-
  ter. Includes Mission Commander and Command Pilot.
   
  * Stage DL-3: Research Team. Eight additional crew members. 
  Arriving six months later. Scientists with a scientific mission.
  Facilities + Equipment
   ...at shuguang Base, CMF
  The main station is located at 87.3S 132.4W, near the south pole. The 
  floor of Chao Meng-Fu crater is 150 kilometers in diameter, and 40% 
  of it is permanently shielded from the sun, with a resulting tempera-
  ture in the -170C range. Volatile ices are abundant.
  The base (known as CMF) consists of six five-meter long modules, 
  each originally weighing 15 tons. Connected to a central hub, each 
  “spindle” contains living and work space for a crew projected to range 
  from four to twelve at any given time.
  The Hub serves as an interface node with four modular connectors and 
  an emergency airlock. It also features the base’s power substation.
  Spindle One is regolith-insulated and buried beneath the planetary 
  surface. It contains the Hab-1 module, with accommodations for four 
  crew members in nominal configuration and up to eight in an emer-
  gency. It also contains a hydroponic garden and ECLS (Environmental 
  Control and Life Support) processing and recirculation equipment.
  Spindle Two contains the operations and teleoperations suite, as well 
  as the logistics module where all expedition supplies are cached. At 
  the end of Spindle Two is the primary suitlock and dustlock. Surface 
  excursion equipment is stored here.
  Spindle Three is the regolith-insulated Hab-2 module, which houses 
  the same four or eight crew member layout as Hab-1 and also features 
  a hydroponic garden.
  
  Spindle Four is the science laboratory and communications module. 
  The comms module contains all equipment for planetary and Mercury- 
  Earth communication, as well as the LMO satellite. At the end of 
  Spindle Four is the base’s safe haven – a heavily shielded storm shelter. 
  The shelter provides a work and recreation area and additional sleep-
  ing space when not in use.
  The garage is free-standing and unpressurized, and all base vehicles 
  are stored here. Adjacent to the garage is a hydrogen fuel depot. The 
  normal compliment, between CMF and the Haystack outpost, is:
   
  * Unpressurized rovers (2)
   
  * CMF tractor robot (1)
   
  * Mercury Mobile lab (MML) 9m3 of pressurized volume, long 
  duration surface exploration vehicle (1)
   
  * Teleoperated utility robots (4)
  ...at Mercury Spaceport, Cmf
  The land/launch facility is one kilometer away, and consists of a lev-
  eled and graded site and guidance beacons.
  Four regional hoppers and a pair of MDE (Mercury Descent Element) 
  craft are parked here. Both are unpressurized; hoppers can carry two 
  crew members on flights of up to 1000 kilometers, and MDE craft are 
  capable of reaching orbit with six personnel on board. With ISRU 
  (In-Situ Resource Utilization) replenishment of propellant, they are 
  each rated for numerous trips. Until propellant production is on-line, 
  they are escape craft.
  ...at Cliffside Physical Plant, cmf
  The power station is two kilometers away, just beneath Chao Meng-Fu 
  crater’s lip and the Peaks of Eternal Light (a “Peak of Eternal Light” 
  is a point on a body within the Solar System that is eternally bathed 
  in sunlight due to both the bodies’ rotation and the point’s altitude). 
  It consists of a massive solar array and power conversion equipment. 
  Buried cabling connects it to the ISRU module and, further away, 
  Land/Launch and Shuguang Base.
  At the power station, the ISRU module is free-standing and  
  unpressurized, with oxygen and hydrogen storage tanks clustered 
  around it. ISRU equipment is designed to process volatile ice, using the 
  reverse water gas shift reaction principle, into oxygen for both ECLS 
  and propulsion needs. Mercury’s high temperature aids this process, 
  which requires an iron-chrome catalyst at 400C.
  
  ...at Haystack Outpost, Haystack 
  Vallis, Equatorial Mercury
  4.7N, 46.2W, situated near the equator in a valley composed of  
  secondary craters.
  The Haystack Outpost consists of a pre-fabricated research base 
  designed for long-term habitation by four crew members. The entire 
  outpost is designed to be heavily shielded and regolith-insulated.
  A science lab, focusing on astrophysics and helioastronomy, shares 
  a module with a logistics and communication equipment. A second 
  module includes a cramped habitation section, ECLS machinery, and 
  an airlock/dustlock.
  Haystack is quite possibly the most awful place in the solar system.
  ...IN LOW MERCURY ORBIT 
  The LMO (Low Mercury Orbit) Communication and observation 
  satellite facilitates planetary communication from a geostationary  
  position over the southern tropic. LMO watches the sun for solar flare  
  activity, and its sensors can be teleoperated to assist in the search for 
  Vulcanoids and other near-sun objects.
  Mercury Excursion Vehicle One is the command vessel that brought 
  First Team to Mercury. It serves as a communication relay and backup 
  but is otherwise dormant, awaiting the end of the mission and return 
  to Earth.
  Mercury Excursion Vehicle Two is the follow-up vessel that brought 
  Research Team to Mercury. It will be the primary vessel for the 3200 
  Phaethon piggyback mission and brought the near-sun sensor array to 
  Mercury. The piggyback mission depends in ISRU production to avoid 
  being scrubbed.
  Rare and mission-critical excursions to LMO are one of the only chanc-
  es to get away from the rest of the crew.
  
  ROBOT TEAM
   
  * 1-A. Chao Meng-Fu Base Construction Mission Phase One
   
  * 1-B. Chao Meng-Fu Base Construction Mission Phase Two
   
  * 1-C. Haystack Cache Pre-Placement
  FIRST TEAM
   
  * 2-A. Chao Meng-Fu Base Construction Mission Phase Three 
  (Habitation)
   
  * 2-B. Chao Meng-Fu Base Construction Mission Phase Four 
  (Peaks of Eternal Light)
  EXPEDITION GOALS
   
  * 3-A. Volatile Ice Prospecting, Research and Utilization
   
  * 3-B. Chao Meng-Fu Volatile Ice Research Phase One (Basic Re-
  search)
   
  * 3-C. Chao Meng-Fu Volatile Ice Research Phase Two (Volatile 
  Ice ISRU)
   
  * 3-D. Chao Meng-Fu Volatile Ice Research Phase Three (He-3 
  ISRU)
   
  * 4-A. Mercury Magnetic Field Research Project
   
  * 5-A. Haystack Overland Mission/Volatile Ice Pathfinder Mission 
  (Haystack/ Chao Meng-Fu)
   
  * 5-B. Haystack Outpost Construction (Haystack)
   
  * 5-C. Helioseismography Research (Haystack)
   
  * 5-D. Vulcanoid Hunting Mission (Haystack)
   
  * 6-A. Atmospheric Research (Haystack/ Chao Meng-Fu)
   
  * 7-A. Mantle and Core Depth Ground-Penetrating radar Project 
  (Haystack/ Chao Meng-Fu)
   
  * 8-A. 3200 Phaethon near-sun sensor array piggyback (Haystack/ 
  Chao Meng-Fu /orbit)
  MISSIONs
  
  DAWN LIGHT CREW RULES AND PROCEDURES 
  Sec. 1214.400 Scope.
  (a) This subpart sets forth policy and procedures with respect to Dawn Light crewmembers provided by ISA for flight to Mer-
  cury.
  (b) In order to provide for the safe operation, maintenance of order, and proper conduct of crew aboard Dawn Light, the Agree-
  ment Among the Government of the People’s Republic of China, Governments of Member States of the European Space Agency, 
  the Government of Japan, the Government of the Russian Federation, and the Government of the United States of America, Ni-
  geria, Brazil, Indonesia and India Concerning Cooperation on the Civil Dawn Light (hereinafter Agreement), which establishes 
  and governs Dawn Light (DL), requires the development and approval of a Code of Conduct for Dawn Light crew. Pursuant 
  to Article 11 of the Agreement, each Dawn Light partner is obliged to ensure that crewmembers which it provides observe the 
  Code of Conduct.
  Sec. 1214.401 Applicability.
  This subpart applies to all persons provided by ISA for flight to Mercury
  Sec. 1214.402 Dawn Light crewmember responsibilities.
  (a) All ISA-provided Dawn Light crewmembers are subject to specified standards of conduct, including those prescribed in the 
  Code of Conduct for Dawn Light Crew, set forth as Sec. 1214.403. ISA-provided Dawn Light crew members may be subject to 
  additional standards and requirements, as determined by ISA, which will be made available to those ISA-provided crewmem-
  bers, as appropriate.
  (b) All ISA-provided personnel on board Dawn Light are additionally subject to the authority of Dawn Light Commander and 
  shall comply with Commander’s orders and directions.
  Sec. 1214.403 Code of Conduct.
  The Code of Conduct for Dawn Light Crew, which sets forth minimum standards for ISA-provided Dawn Light crewmembers, 
  is as follows:
  Code of Conduct for Dawn Light Crew
  I. Introduction
  A. Authority
  This Code of Conduct for Dawn Light (DL) crew, hereinafter referred to as Crew Code of Conduct (CCOC), is established pursu-
  ant to Agreement 1214.400 (1).
  B. Scope and Content
  The ISA partners have developed and approved this CCOC to: establish a clear chain of command on-mission and on-planet; 
  establish a clear relationship between ground, remote site and MCC management; and establish a management hierarchy; set 
  forth standards for work and activities in space and, as appropriate, on the  surface of Mercury; establish responsibilities with 
  respect to elements and equipment; set forth disciplinary regulations; establish physical and information security guidelines; 
  and define the DL Commander’s authority and responsibility, on behalf of all the partners, to enforce safety procedures, physi-
  cal and information security procedures and crew rescue procedures for Dawn Light. This CCOC and the disciplinary policy re-
  ferred to in Section IV shall not limit the application of Article 22 of the Agreement. This CCOC succeeds the ISA-RSA Interim 
  Code of Conduct, which was developed pursuant to Article 11.2 of the MOU between ISA and RSA to cover early assembly prior 
  to other partners’ flight opportunities.
  This CCOC sets forth the standards of conduct applicable to all crewmembers during preflight, on-mission, and post-flight 
  activities, (including launch and return phases). Crewmembers are subject to additional requirements, such as the Dawn Light 
  Flight Rules, the disciplinary policy, and requirements imposed by their Cooperating Agency or those relating to the Vehicle 
  transporting a crewmember. Each crewmember has a right to know about such additional requirements. Crewmembers will 
  also abide by the rules of the institution hosting the training, and by standards and requirements defined by the Multilateral 
  Crew Operations Panel (MCOP), the Multilateral Space Medicine Board (MSMB) and the Multilateral Medical Operations 
  Panel (MMOP). Each crewmember will be informed by the Cooperating Agency providing him or her of the responsibilities 
  of crewmembers under the IGA, the MOU’s and this CCOC. Further, each crewmember will be educated by the Cooperating 
  Agency providing him or her through the crew training curriculum and normal program operations as to DL program rules, 
  operational directives and management policies. Completion of postflight activities shall not affect an crewmember’s continu-
  ing obligations under Section V of this CCOC.
  C. Definitions
  For the purposes of the CCOC:
  (1) “Cooperating Agency” means ISA, CSA, ESA, WSC, Rosaviakosmos and, in the case of Japan, the Science and Technology 
  Agency of Japan (STA) and, as appropriate, the National Space Development Agency of Japan (NASDA), assisting agency to 
  STA. (2) “Crew Surgeon” means a Medical Safety officer (MSO) assigned by the MMOP. He or she is the lead medical officer 
  and carries primary responsibility for the health and well-being of the entire DL crew. (3) “Disciplinary policy” means the 
  policy developed by the MCOP to address violations of the CCOC and impose disciplinary measures. (4) “ETOV” means Earth-
  to-Orbit Vehicle travelling between Earth and the DL prior to Mercury departure phase. (5) “Flight Director” means the MCC 
  Flight Director in control of the DL . (6) “Flight Rules” means the set of rules used by the Cooperating Agencies to govern flight 
  operations. (7) “crewmembers” means any person approved for flight aboard DL, beginning upon assignment to the crew for a 
  specific and ending upon completion of the postflight activities related to the mission.
  
  II. General Standards
  A. Responsibilities of crewmembers
  Crewmembers shall comply with the CCOC. Accordingly, during preflight, on-mission, and postflight activities, they shall 
  comply with the DL Commander’s orders, all Flight and DL program Rules, operational directives, and management policies, 
  as applicable. These include those related to safety, health, well-being, security, and other operational or management matters 
  governing all aspects of DL elements, equipment, payloads and facilities, and non-DL facilities, to which they have access. All 
  applicable rules, regulations, directives, and policies shall be made accessible to crewmembers through appropriate means, 
  coordinated by the MCOP.
  B. General Rules of Conduct
  Crewmembers’ conduct shall be such as to maintain a harmonious and cohesive relationship among the crewmembers and an 
  appropriate level of mutual confidence and respect through an interactive, participative, and relationship-oriented approach 
  which duly takes into account the international and multicultural nature of the crew and mission.
  No crewmember shall, by his or her conduct, act in a manner which results in or creates the appearance of: (1) Giving undue 
  preferential treatment to any person or entity in the performance of DL activities; and/or (2) adversely affecting the confidence 
  of the public in the integrity of, or reflecting unfavorably in a public forum on, any DL partner, partner state or Cooperating 
  Agency.
  Crewmembers shall protect and conserve all property to which they have access for DL activities. No such property shall be 
  altered or removed for any purpose other than those necessary for the performance of DL duties. Before altering or removing any 
  such property, crewmembers shall first obtain authorization from the Flight Director, except as necessary to ensure the immedi-
  ate safety of crewmembers or DL elements, equipment, or payloads.
  C. Use of Position
  Crewmembers shall refrain from any use of the position of crewmember that is motivated, or has the appearance of being mo-
  tivated, by private gain, including financial gain, for himself or herself or other persons or entities. Performance of DL duties 
  shall not be considered to be motivated by private gain. Furthermore, no crewmember shall use the position of crewmember in 
  any way to coerce, or give the appearance of coercing, another person to provide any financial benefit to himself or herself or 
  other persons or entities.
  D. Mementos and Personal Effects
  Each crewmember may carry and store mementos, including flags, patches, insignia, and similar small items of minor value for 
  his or her private use, subject to the following:
  (1) mementos are permitted as a courtesy, not an entitlement; as such they shall be considered as ballast as opposed to a payload 
  or mission requirement and are subject to manifest limitations, stowage allocations, and safety considerations;
  (2) mementos may not be sold, transferred for sale, used or transferred for personal gain, or used or transferred for any com-
  mercial or fundraising purpose. Mementos which, by their nature, lend themselves to exploitation by the recipients, or which, 
  in the opinion of the Cooperating Agency providing the crewmember, engender questions as to good taste, are not permitted.
  An crewmember’s personal effects, such as a wristwatch, will not be considered mementos. Personal effects of any nature may 
  be permitted, subject to constraints of mass/volume allowances for crew personal effects, approval of the crewmember’s Coop-
  erating Agency, and approval of the transporting Cooperating Agency and considerations of safety and good taste.
  If a Cooperating Agency carries and stores items onboard DL spacecraft in connection with separate arrangements, these items 
  will not be considered mementos of the crewmembers.
  III. Authority and Responsibilities of the DL Commander, Chain of Command and Succession; Relationship Between 
  Ground and On- Orbit Management
  A. Authority and Responsibilities of the DL Commander
  The DL Commander, as a crewmember, is subject to the standards detailed elsewhere in this CCOC, in addition to the com-
  mand-specific provisions set forth below:
  The DL Commander will seek to maintain a harmonious and cohesive relationship among the crewmembers and an appropri-
  ate level of mutual confidence and respect through an interactive, participative, and relationship-oriented approach which duly 
  takes into account the international and multicultural nature of the crew and mission.
  For avoidance of doubt, nothing in this Section shall affect the ability of the MCOP to designate the national of any Partner 
  State as an DL Commander.
  (1) During Preflight and Postflight Activities. The DL Commander is the leader of the crew and is responsible for forming the 
  individual crewmembers into a single, integrated team. During preflight activities, the DL Commander, to the extent of his or 
  her authority, leads the crewmembers through the training curriculum and mission-preparation activities and seeks to ensure 
  that the crewmembers are adequately prepared for the mission, acting as the crew’s representative to the DL program’s training, 
  medical, operations, and utilization authorities. During postflight activities, the DL Commander coordinates as necessary with 
  these authorities to ensure that the crewmembers complete the required postflight activities. (2) During on-mission Operations:
  (a) General. The DL Commander is responsible for and will, to the extent of his or her authority and the DL on-mission capabili-
  ties, accomplish the mission program implementation and ensure the safety of the crewmembers and the protection of the DL 
  elements, equipment, or payloads.
  (b) Main Responsibilities. The DL Commander’s main responsibilities are to: (1) Conduct operations in or on the DL as directed 
  by the Flight Director and in accordance with the Flight Rules, plans and procedures; (2) direct the activities of the crewmem-
  bers as a single, integrated team to ensure the successful completion of the mission; (3) fully and accurately inform the Flight 
  Director, in a timely manner, of the DL vehicle configuration, status, commanding, and other operational activities on-board 
  (including off-nominal or emergency situations); (4) enforce procedures for the physical and information security of operations 
  
  and utilization data; (5) maintain order; (6) ensure crew safety, health and well-being including crew rescue and return; and 
  (7) take all reasonable action necessary for the protection of the DL elements, equipment, or payloads.
  (c) Scope of Authority. During all phases of on-mission activity, the DL Commander, consistent with the authority of the Flight 
  Director, shall have the authority to use any reasonable and necessary means to fulfill his or her responsibilities. This authority, 
  which shall be exercised consistent with the provisions of Sections II and IV, extends to: (1) the DL elements, equipment, and 
  payloads; (2) the crewmembers; (3) activities of any kind occurring in or on DL ; and (4) data and personal effects in or on the 
  DL where necessary to protect the safety and well-being of the crewmembers and the DL elements, equipment, and payloads. 
  Any matter outside the DL Commander’s authority shall be within the purview of the Flight Director.
  Issues regarding the Commander’s use of such authority shall be referred to the Flight Director as soon as practicable, who 
  will refer the matter to appropriate authorities for further handling. Although other crewmembers may have authority over and 
  responsibility for certain DL elements, equipment, payloads, or tasks, the DL Commander remains ultimately responsible, and 
  solely accountable, to the Flight Director for the successful completion of the activities and the mission.
  B. Chain of Command and Succession On-mission
  (1) The DL Commander is the highest authority among the crewmembers on-mission. The MCOP will determine the order of 
  succession among the crewmembers in advance of flight, and the Flight Rules set forth the implementation of a change of com-
  mand. (2) Relationship of the DL Commander to ETOV and Other Commanders The Flight Rules define the authority of the 
  ETOV Commander, the Rescue Vehicle Commander, and any other commanders, and set forth the relationship between their 
  respective authorities and the authority of the DL Commander.
  C. Relationship Between the Commander (Mission Flight Management) and the Flight Director (Ground Management)
  The Flight Director is responsible for directing the mission. A Flight Director will be in charge of directing real-time DL op-
  erations at all time. The DL Commander, working under the direction of the Flight Director and in accordance with the Flight 
  Rules, is responsible for conducting on-mission operations in the manner best suited to the effective implementation of the mis-
  sion. The DL Commander, acting on his or her own authority, is entitled to change the daily routine of the crewmembers where 
  necessary to address contingencies, perform urgent work associated with crew safety and the protection of the DL elements, 
  equipment or payloads, or conduct critical flight operations. Otherwise, the DL Commander should implement the mission as 
  directed by the Flight Director. Specific roles and responsibilities of the Commander and the Flight Director are described in the 
  Flight Rules. The Flight Rules outline decisions planned in advance of the mission and are designed to minimize the amount of 
  real-time discussion required during mission operations.
  IV. Disciplinary Regulations
  Crewmembers will be subject to the disciplinary policy developed and revised as necessary by the MCOP and approved by 
  the Multilateral Coordination Board (MCB). The MCOP has developed an initial disciplinary policy which has been approved 
  by the MCB. The disciplinary policy is designed to maintain order among the crewmembers during preflight, on-mission and 
  postflight activities. The disciplinary policy is administrative in nature and is intended to address violations of the CCOC. Such 
  violations may, inter alia, affect flight assignments as an crewmember. The disciplinary policy does not limit a Cooperating 
  Agency’s right to apply relevant laws, regulations, policies, and procedures to the crewmembers it provides, consistent with 
  the IGA and the MOU’s.
  V. Physical and Information Security Guidelines
  The use of all equipment and goods to which crewmembers have access shall be limited to the performance of duties. Marked 
  or otherwise identified as export controlled data and marked proprietary data obtained by an crewmember in the course of DL 
  activities shall only be used in the performance of his or her DL duties. With respect to data first generated on-board the DL , the 
  crewmembers will be advised by the appropriate Cooperating Agency or by the data owner or provider through that Cooperat-
  ing Agency as to the proprietary or export-controlled nature of the data and will be directed to mark and protect such data and 
  to continue such protection for as long as the requirements for such protection remain in place. Additionally, crewmembers shall 
  act in a manner consistent with the provisions of the IGA and the MOU’s regarding protection of operations data, utilization 
  data, and the intellectual property of DL users. They shall also comply with applicable DL program rules, operational directives, 
  and management policies designed to further such protections.
  Personal information about crewmembers, including all medical information, private family conference, or other private in-
  formation, whether from verbal, written, or electronic sources, shall not be used or disclosed by other crewmembers for any 
  purpose, without the consent of the affected crewmember,except as required for the immediate safety of crewmembers or the 
  protection of DL elements, equipment, or payloads. In particular, all personal medical information, whether derived from 
  medical monitoring, investigations, or medical contingency events, shall be treated as private medical information and shall 
  be transmitted in a private and secure fashion in accordance with procedures to be set forth by the MMOP. Medical data which 
  must be handled in this fashion includes, for example, biomedical telemetry, private medical communications, and medical 
  investigation data. Nothing in this paragraph shall be interpreted to limit an crewmember’s access to all medical resources 
  aboard the DL, to ground-based medical support services, or to his or her own medical data during preflight, on-mission, and 
  postflight activities.
  VI. Protection of Human Research Subjects
  No research on human subjects shall be conducted which could, with reasonable foresight, be expected to jeopardize the life, 
  health, physical integrity, or safety of the subject.
  No research procedures shall be undertaken with any crewmember as a human subject without: (1) written approval by the 
  Human Research Multilateral Review Board (HRMRB) and (2) the full written and informed consent of the human subject. 
  Each such approval and consent shall be obtained prior to the initiation of such research, and shall fully comply with the re-
  quirements of the HRMRB. The HRMRB is responsible for procedures for initiation of new experiments on-mission when all 
  consent requirements have been met, but the signature of the human subject cannot be obtained; explicit consent of the human 
  subject will nonetheless be required in all such cases. Subjects volunteering for human research protocols may at their own dis-
  cretion, and without providing a rationale, withdraw their consent for participation at any time, without prejudice, and without 
  incurring disciplinary action. In addition, approval or consent for any research may be revoked at any time, including after the 
  commencement of the research, by: the HRMRB, the Crew Surgeon, the Flight Director, or the DL Commander, as appropriate, 
  if the research would endanger the DL Crew Member or otherwise threaten the misson success. A decision to revoke consent by 
  the human subject or approval by the other entities listed above will be final.
  Sec. 1214.404 Violations.
  This subpart is a regulation within the meaning of 18 UN 799, and whoever willfully violates, attempts to violate, or conspires 
  to violate any provision of this subpart or any order or direction DL under this subpart may be cited and could be fined or im-
  prisoned not more than 1 year, or both.
  
  VISIT US AT BULLY PULPIT GAMES!
  This document is a supplement for the Mission to Mercury Fiasco Playset, 
  which can only be found in The Fiasco Companion from Bully Pulpit 
  Games.
  The Fiasco Companion includes in-depth discussion of common pitfalls 
  and solid techniques for making your games excellent. Itching to write 
  your own Playset or hack the rules? Advice for that—followed by 
  worked examples—is in there.
  If you’re an old Fiasco hand ready to get weird, there are half a dozen 
  new ways to shake up the basic game, including new Tilt and After-
  math tables and four new Playsets (including Mission to Mercury!).
  The book also features interviews with an enthusiastic and growing 
  cohort who are already taking the game into the classroom, the writ-
  er’s room, and up on stage. 
  www.BULLYPULPITGAMES.com
  IF YOU LIKE THIS... 
  BUT IT 
  MAKES   
  NO 
  SENSE... 
  ?
  
SOURCE: textdata/thevault/Fiasco [multi]/Playsets/Fiasco - Mission to Mercury Technical Data + Bonus Material.pdf