Megapolis Wiki
Space Race IXSpace Race XSpace Race XI
"A Space Race is starting in Megapolis. Compete for the title of Space Explorer with other players and win rewards!"

"The residents are asking the mayor to: hold Space Race X"

"To win, you will need to build spacecraft, launch them into space, and earn points. Excellent prizes await tireless cosmonauts."

Space Race X is the tenth Space contest released by Social Quantum. It is a timed contest in which the player has 7 days to produce space equipment and send them on space missions to accrue contest points toward placement on a leaderboard comprising 30 players. It was released as part of an update on Thu June 10, 2021[1].

In the contest there are five leagues in which the player is assigned to it, dependent on his development of space equipment.

Requirements: Level 42

Missions

Besides regular space missions the player can complete contest missions that give different type of rewards — coins , megabucks , building materials, ATEs 28px-Act_of_Territorial_Expansion.png or building coupons. Every mission for each space prototype is randomly generated and change when the previous one is completed.

Cargo Rockets

CS-12 Cargo Rocket
  1. Testing a New Launch System
  2. Perfecting the Rocket Booster
  3. Identification of Objects in Orbit
  4. Testing the Orbital Tug
  5. Online Broadcast of the Satellite Launch
  6. Parallax of the Separation of the Second Stage
  7. Synchronizing Computer Systems
  8. Calculating the Speed of the Third Stage
  9. Navigation System Check
  10. Calculating the Path of Falling Fragments
  11. Fine-Tuning the Orientation System
  12. Checking the Optimized Launch Path
  13. Evaluating the Effects of Wind on the Launch
  14. Evaluating the Ecological Repercussions of the Launch
  15. Acoustic System Test
  16. Evaluating the Intensity of Spatial Radiation
  17. Launching a Rocket with Increased Cargo Hold Capacity
  18. Orbital Telescope Delivery
  19. Meteorological Satellite Delivery
  20. Taking the Satellite to the Geostationary Transfer Orbit
  21. In-Flight Visual Observation
  22. Filming from a Falling Capsule
  23. Carrier Rocket Test Launch
  24. First Launch of the Improved Carrier Rocket
  25. Compiling a Satellite Map of the Earth
  26. Commercial Telecommunications Satellite Delivery
  27. Collecting Telemetry Data
  28. Calculating Maximum Aerodynamic Resistance
  29. Detecting Anomalies in Engine Function
  30. Measuring Solar Radiation
  31. Recording Solar Flares

CS-25 Cargo Rocket
  1. Commercial Telecommunications Satellite Delivery
  2. Manual Orbit Correction
  3. Calculating Satellite Launch Orbit
  4. Calculating a Path
  5. Deploying Solar Cells in Weightlessness
  6. Testing the Meteorite Shield
  7. Navigation Satellite Delivery
  8. Launching a Reconnaissance Satellite
  9. Launching a Manned Spaceship
  10. Filming Thrust Engine Ignition
  11. Panoramic Filming from Orbit
  12. Introduction of a Fiber-Optic Control System
  13. Correcting Software Anomalies
  14. Launching the Laser Navigation System#Launching Components for ISS Construction
  15. Gathering Cosmic Waste
  16. Orbital Station Waste Collection
  17. Delivering Food to the ISS
  18. Launching Automated Interplanetary Stations
  19. Launching a Retransmitter
  20. Filming the Automated Coupling
  21. Testing an Open Circuit Engine
  22. Calculating Impulse Density
  23. Calculating Maximum Cargo Weight
  24. Compiling an Online Map of Mars

CS-38 Cargo Rocket
  1. Taking the Lunar Module into Orbit
  2. Coupling During Electromagnetic Interference
  3. Emergency Stop of the Coupling Process
  4. Launching a Research Probe Towards the Moon
  5. Delivering Cargo to the Lunar Orbit
  6. Filming a Movie about Space Cargo Transporters
  7. Observing the Entry into the Atmosphere
  8. Integrating a Payload Carrier
  9. Unloading Hermetically Sealed Containers
  10. Testing the Space Elevator
  11. Controlled Exit from Orbit
  12. Launching a Probe into the Stratosphere
  13. Launching an Interplanetary Probe
  14. Taking the Mars Probe into Orbit
  15. Calculating Rocket Maneuvers in Orbit
  16. Unmanned Moon Circumnavigation Flight
  17. Destruction of a Faulty Satellite
  18. Urgent Delivery of Air to the ISS
  19. Dark Side of the Moon Observation
  20. Photographing the Lunar Module Activation

Manned Rockets

MS-13 Manned Rocket
  1. Testing of a Next Generation Spacecraft
  2. Fine-Tuning the Magnetic Spectrometer
  3. Monitoring of Dangerous Natural Phenomena
  4. Studying the Earth’s Radiation Belts
  5. Measuring the Level of Cosmic Radiation
  6. Flight Around the Station on Stationary Engines
  7. Orbital Telescope Upgrade
  8. Photographing a Dust Storm from Space
  9. High-Speed Recording of Iceberg Movement Patterns
  10. Entering the Near-Earth Orbit
  11. Conducting an Experiment in the Space Laboratory
  12. Launching a Space Probe
  13. Compiling a Topographical Map of the Moon

MS-24 Manned Rocket
  1. Installing a Robotic Arm
  2. Studying Space Weather
  3. Solar Wind Analysis
  4. Reactivating a Previously Decommissioned Station
  5. Deploying Solar Cells
  6. Telescope Observation of the Sun
  7. Ultraviolet Photography
  8. Artificial Gravity Flight
  9. Testing the Microgravity Laboratory
  10. Monitoring the Ice Cover from Space
  11. Compiling a Map of Recent Earthquakes
  12. Researching the Earth’s Magnetosphere

MS-35 Manned Rocket
  1. Launching a Space Observatory
  2. Calculating Docking Collision Force
  3. Installing a Micrometeorite Shield
  4. Checking the Airtight Seal of the Module
  5. Unloading a Cargo Rocket
  6. Broadcast of Work Conducted in Outer Space
  7. Filming the Docking Node
  8. Conducting Experiments in Weightlessness
  9. Undertaking a Gravitational Maneuver
  10. Fine-Tuning Maneuvers on the Near-Earth Orbit
  11. Mounting High-Resolution Cameras
  12. Calculating the Height of the Docking

MS-47 Manned Rocket
  1. Assembly of New Living Quarters
  2. Checking the Emergency Rescue System
  3. Rescue Operation in Space
  4. Repairing a Leak in the Cooling System
  5. Living Quarters Repair
  6. Planned Air Lock Replacement
  7. Panoramic Recording of Space by the ISS
  8. Launching the Gamma Ray Observatory
  9. Restoring Station Thermoregulation
  10. Insulation of a Damaged Module
  11. Determining the Maximum Overload
  12. Calculating the Probability of Collision with Fragments

MS-54 Manned Rocket
  1. Exit into Open Space
  2. Installing a Heat Shield on the ISS
  3. Fixing an Ammonia Leak on the ISS
  4. Attaching a Service Module to the ISS
  5. ISS Crew Change
  6. Astronaut Video Diary
  7. Replacing Film for the Astronomical Tools
  8. Fine-Tuning the ISS Approach System
  9. Compiling a Map of Space Debris
  10. Increasing the Orbital Altitude of the ISS
  11. Calculating the ISS Approach Trajectory

MS-66 Manned Rocket
  1. Taking the Space Hotel into Orbit
  2. Assembling a Space Greenhouse
  3. Broadcast of a VR Video from Space
  4. Testing a Remote Controlled Robot
  5. Replacing Nickel-Hydrogen Batteries
  6. Searching for Space Anomalies
  7. Testing an Upgraded Jet Pack
  8. Welding in Space
  9. Searching for Antimatter

Orbital Shuttles

OS-15 Orbital Shuttle
  1. Test Flight in the Atmosphere
  2. Magnetic Anomaly Detection
  3. Compiling a Chart of Solar Activity
  4. Calculating a New Satellite Orbit
  5. Measuring Background Radiation
  6. Launch to the Low Near-Earth Orbit
  7. Launching the Orbital Maneuvering System
  8. Slow Motion Recording of Takeoff
  9. 3D Photo of Earth
  10. Photo of the Pyramids of Egypt from Space
  11. Telescope Shielding Installation
  12. Delivery of a Connecting Module for the Station
  13. Monitoring of Natural Fires

OS-21 Orbital Shuttle
  1. Testing Experimental Solar Cells
  2. Calculating the Speed of Crystal Formation in Vacuum
  3. Measuring the Rate of Radiation Absorption
  4. Evaluating the Earth’s Radiation Belt
  5. Space Telescope Upgrade
  6. Taking the Camera to the Halo Orbit
  7. Live Broadcast from Orbit
  8. Deployment of an Experimental Inflatable Antenna
  9. Fine-Tuning Radiolocational Probing System
  10. Map of Satellites on the Near-Earth Orbit
  11. Reorienting a Satellite in Weightlessness
  12. Determining the Seasonality of Carbon Emissions

OS-37 Orbital Shuttle
  1. Launching the Spy Satellite
  2. Detecting Air Leaks in the Module
  3. Analysis of Cosmic Rays
  4. Analysis of the Changes in the Earth’s Climate
  5. Launching the Geodynamic Satellite
  6. Audio Recording of Noises in Space
  7. Visualization of Satellite Movement Trajectories
  8. Experiments with the Atmospheric Laboratory
  9. Experiments with an Attached Satellite
  10. Satellite Map of the Seafloor
  11. Recording Continental Drift Data
  12. Medical Examination of the Astronauts

OS-44 Orbital Shuttle
  1. Returning the Optical Satellite to Earth
  2. Taking Air Samples in the Shuttle
  3. Radiolocational Filming of the Surface of the Earth
  4. Video Recording of Damage Caused by Micrometeorites
  5. Infrared Filming of Earth
  6. Observing Halley's Comet
  7. Analyzing the Burning Process in Space
  8. Medical Experiments in Weightlessness
  9. Stem Cell Research in Weightlessness
  10. Measuring Aerodynamic Heating

OS-52 Orbital Shuttle
  1. Spacewalk Without a Safety Tether
  2. Shielding from Solar Flares
  3. Making a Film about the Life of Astronauts
  4. A Photo of Jupiter, Venus and the Moon
  5. Panoramic Filming within the Module
  6. Filming Water in Weightlessness
  7. Scientific Experiments in Microgravity
  8. Radiolocational Mapping of Venus
  9. Remote Probing of the Solar Atmosphere
  10. Improving the Model of a Meteoroidal Environment

OS-61 Orbital Shuttle
  1. Secret Mission
  2. Launching the Interplanetary Space Station
  3. Selfie in Open Space
  4. Compiling a Map of Holes in the Ozone Layer
  5. Automated Assembly of a Satellite in Orbit
  6. Launching the Satellite Maintenance Robot
  7. Measuring the Gravitational Pull of Antimatter
  8. Launch of the Radiation Telescope
  9. Recycling of Cosmic Waste

Spaceships

SS-10 Spaceship
  1. Flight Around an Asteroid on Main Thrust Engines
  2. Locating a Landing Site on the Moon
  3. Measurement of Temperature Changes on Mars
  4. Measuring the Level of Visibility on Mars
  5. Studying the Frequency of Meteorite Falls
  6. Measuring the X-Ray Radiation on the Moon
  7. Evaluating the Background Radiation on the Spacecraft
  8. Research of a Research Module to the Moon
  9. Delivery of a Lunar Rover to the Dark Side of the Moon
  10. Filming Earthrise from the Moon
  11. Filming the Dark Side of the Moon
  12. Flight Around the Moon for Space Tourists
  13. Manned Expedition to Mars
  14. Flight Around Mars
  15. Compiling a 3D Map of the Moon

SS-29 Spaceship
  1. Drilling a Well on the Moon
  2. Mapping Old Rivers on Mars
  3. Manual Spaceship Course Adjustment
  4. Laying a Path Through a Belt of Asteroids
  5. Analysis of Wind Erosion on Mars
  6. Monitoring Radiation on Mars
  7. Studying the Structure of Lunar Soil
  8. Infrared Filming of Mercury
  9. Panoramic Shot of Mars
  10. Photo of a Glacier on Mars
  11. Identifying Thermal Anomalies on Mars
  12. Delivering a Space Probe to Venus
  13. Locating Metallic Asteroids
  14. Detecting Earthquakes on Mars

SS-36 Spaceship
  1. Searching for Microorganisms in the Mars Soil
  2. Mapping of the Atmospheric Layers of Venus
  3. Determining the Atmospheric Density of Saturn
  4. Evaluating the Gravitational Pull of Saturn
  5. Analysis of the Venusian Atmosphere
  6. Studying the Greenhouse Effect on Venus
  7. Determining the Composition of the Mantle of Mars
  8. Photos from the Surface of Mars
  9. Recording the Sound of Wind on Mars
  10. Martian Sunrise Parallax Effect
  11. Production of Oxygen from the Atmosphere of Mars
  12. Lunar Soil Sampling
  13. Returning a Sample from Mars to Earth
  14. Radiolocational Map of Venus

SS-42 Spaceship
  1. Deployment of Inflatable Modules on Mars
  2. Determining the Maximum Temperature on Jupiter
  3. Determining the Edges of Ganymede’s Magnetosphere
  4. Detailed Image of Venus
  5. A Documentary Film about the Life of the Astronauts
  6. Terraforming Mars
  7. Analysis of the Atmosphere of Venus
  8. Launching the Artificial Satellite of Venus
  9. Study of the Red Spot on Jupiter
  10. Mapping the Craters on Phobos
  11. Compiling a Map of Jupiter’s Radiation

SS-57 Spaceship
  1. Delivering Samples from the Asteroid
  2. Analysis of Material Obtained from a Comet
  3. Evaluating Dust Plasma Threat
  4. Determining Composition of the Rings of Saturn
  5. Color Photo of Pluto
  6. Video Recording of the Collision of a Meteorite with Jupiter
  7. Flight Around a Transneptunian Asteroid
  8. Searching for Mineral Deposits on Saturn
  9. Mining for Metals on Asteroids
  10. Studying an Asteroid’s Trajectory
  11. Installing Tracking Sensors on the Comet

SS-69 Spaceship
  1. Building a Station on the Orbit of Venus
  2. Building a Research Base on Mars
  3. A Shot of the Three Moons of Saturn
  4. Slow Motion Recording of the Mars Landing
  5. Building a Habitable Base on the Moon
  6. Building a Colony on Mars
  7. Compiling an Online Map of Jupiter
  8. Preventing an Asteroid Strike on Earth
  9. Obtaining Helium-3 from Mercury

Interstellar Liners

IL-11 Interstellar Liner
  1. Deploying a Solar Sail
  2. Measuring the Diameter of Antares
  3. Measuring the Hawking Radiation
  4. Observing a Tidal Disruption Event
  5. Transmitting a Signal to Earth
  6. Photo of a Comet
  7. Carrying Out the Oberth Maneuver
  8. Locating a Wormhole
  9. Identifying a Hidden Galaxy
  10. Gathering Data about Ion Storms
  11. Measuring the Luminosity of a Gamma Pulsar

IL-24 Interstellar Liner
  1. Overcoming the Heliopause
  2. Traversing the Radiation Belt
  3. Researching the Exomoon
  4. Video Chat with Earth
  5. Overcoming the Gravitational Pull of a Neutron Star
  6. Predicting the Movement of the Bode Galaxy
  7. Searching for the Snow Cap of the Exoplanet
  8. Movement Pattern of a Binary Star
  9. Calculating the Chaotic Flight Orbit
  10. Spectral Analysis of a Cluster of Stars

IL-38 Interstellar Liner
  1. Researching the Oort Cloud
  2. Measuring the Level of Radiation in Alpha Scorpii
  3. Searching for Dark Spots on Sirius
  4. Trip to the Stars Documentary
  5. Spectral Analysis of Beta Lira
  6. Determining the Age of the Volopas Galaxy
  7. Timing of Flares in the Capella System
  8. Compiling a Schedule of Betelgeuse Pulses
  9. Calculating the Ellipsoidal Curvature of the Betelgeuse Orbit
  10. Calculating the Parallactic Movement of Deneb

IL-45 Interstellar Liner
  1. Searching for Planets in Tau Ceti
  2. Locating a Black Hole by Mu Cephei
  3. Infrared Shot of a Quasar
  4. Sending a Probe to the Planet of Pollux
  5. Searching for the Oldest Galaxy
  6. Analysis of the Active Nucleus of the Hoag Galaxy
  7. Forecasting the Evolution of the M16 Galaxy
  8. Navigating the Stream of Meteorites
  9. Evaluating the Electromagnetic Radiation of Arcturus

IL-53 Interstellar Liner
  1. Searching for M Class Stars
  2. Expedition to Rigel
  3. High Precision Shot of the Butterfly Accumulation
  4. Looking for the Source of the Signal in the M82 Galaxy
  5. Mapping the Mayall Galaxy
  6. Compiling a 3D Model of the Tarantula Nebula
  7. Locating a Dark Halo in the Galaxy
  8. Locating Rubidium in the Tucana Constellation
  9. Studying the Dust Disk

IL-69 Interstellar Liner
  1. Deployment of a Research Base by Aldebaran
  2. Recording of the Birth of a Supernova
  3. Building an Interplanetary Transportation Network
  4. Installing Beacons on a Planet in the Leo Constellation
  5. Calculating the Mass of the Bernard Galaxy
  6. Searching for Radioactive Minerals in the Mu Cephei System
  7. Recording the Ejection of Matter in Eta Carinae

Accelerators

Accelarators can be used to increase the speed of component production and assembly. A acceleration lasts 24 hours.

Acceleration x4 Acceleration x8 Acceleration x12 Acceleration x16 Acceleration x20
for 50,000  for 500,000  for 3  for 5  for 10 

Alternatively, the Acceleration x20 can be activated for 15  instantly.

Lucky Clover

For 10  the player can buy a lucky clover that increases the probability of the contest missions (not regular missions) and sometimes the amount of contest points (up to 100%). Once the clover is purchased it lasts until the end of the contest.

Rewards[]

These buildings are the prizes the lucky few at the top of the leader boards will get at the end of the event.

LeagueParticipation
Requirement
3rd Position2nd Position1st Position
125,000 Space Points  20 01 x BC (20) 50 01 x BC (50) 100 01 x BC (100)
210,000 Space Points  20 01 x BC (20) 40 02 x BC (20) 70 01 x BC (50)
34,000 Space Points  10 01 x BC (10) 30 01 x BC (20) 50 01 x BC (50)
4600 Space Points  10 01 x BC (10) 20 02 x BC (10) 30 03 x BC (10)
5150 Space Points  10 01 x BC (10) 15 01 x BC (10) 20 01 x BC (20)
Any Leagues01 x BC (10) Bronze stele with the OS-21 orbital shuttleSilver stele with the OS-21 orbital shuttleGolden stele with the OS-21 orbital shuttle
Bronze stele with the OS-21 orbital shuttle
Silver stele with the OS-21 orbital shuttle
Golden stele with the OS-21 orbital shuttle
For all three variations:
2x3 plot
Instant build
5,000  and 80,000 
Can be sold for 400,000 

Trivia[]

SQ Internal Info:
  • Name: Космическая гонка X (translates to Space Race X)
  • ID: 20082800 (competition_spaceport_event10)

References[]