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Space - The Next Frontier: Markets, Technologies and Competitors - 2019 Analysis and Forecasts

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    Report

  • 96 Pages
  • October 2019
  • Region: Global
  • Amadee & Company, Inc
  • ID: 4850565

The world is entering a new era in Space where there will be more advances in the next few decades than throughout human history. For example:


  • China is aiming to launch its complex Chang’e-5 lunar sample return mission in late 2020. The ambitious mission is now scheduled to launch atop the fifth Long March 5 heavy-lift rocket. Chang’e-5 will attempt to collect and return around two kilograms of lunar samples from a site close to Mons Ru¨mker, a volcanic formation situated in the Oceanus Procellarum region of western edge of the near side of the moon. The last lunar sample return was the Soviet Union’s 1976 Luna 24 mission.
  • Japan aims to be the fourth country to land on the moon. The U.S, Russia and China have successfully landed people or robotic missions on the moon and India and Israel have recently tried and failed. Japan seems likely to be fourth. Japanese company iSpace will try to land the Hakuto-R lander in 2021. It will be flown on a SpaceX’s Falcon 9 rocket. Hakuto-R Mission 1 will include a lunar lander that is now scheduled for launch in October 2021. Hakuto-R Mission 2, a lunar lander and rover, is scheduled for launch in March 2023.
  • NASA plans to start mining the moon and construction vehicle company Caterpillar is working with them to build machines that could excavate and mine the lunar surface. The goal is to determine whether it makes sense to send autonomous or remote-controlled construction equipment to the Moon to gather rocks, dust, and water that NASA could use as raw materials for its planned lunar outpost.
  • In November 2019, U.S. Naval Air Warfare Center Aircraft Division disclosed patents filed for a practical fusion reactor that could be stored in aircraft to help achieve unimaginable speeds and maneuverability. These Advanced Electromagnetic Vehicles would dramatically reduce the current travel limits of distance and time and mimic the capabilities observed in unidentified aerial phenomenon (UFOs) by employing a drive system that alters the space-time metric. In other words, these craft will be able to travel into space many times faster than any rockets currently available.

This report is a primer on the future of the space industry and includes 40 figures and 9 tables.

Topics covered include:


  • New Space Era
  • Original Space Race
  • Space Industry Market Size
  • Fifth Cycle
  • Space Economy
  • Perimeters
  • Space Race 1.0
  • Space Race 2.0
  • Defense and Military
  • Commercial Satellite Providers
  • Countries in Space
  • Global Involvement
  • Government Space Budgets
  • Regulations
  • Space Investments.
  • Falling Launch Costs
  • Space Market by Segment
  • Cislunar Economy
  • Key Players
  • Old Guard
  • Private Companies
  • Government National Space Agencies
  • Space Mining and Resources
  • Asteroid Mining
  • Asteroid Mining Companies
  • CISlunar Development
  • Private Company Moon Plans
  • Lunar Propellants
  • Lunar Water
  • Nuclear Thermal Propulsion
  • Mining Lunar Pole Ice
  • Mining Issues
  • Return to Moon Cost
  • Lunar Plans Advancing Rapidly
  • Conestoga Cargo Transport
  • Space Nuclear Power
  • Mars 2020
  • Mars 2020 Rover
  • Rover Power System
  • MMRTG
  • Space Tourism
  • Sub-Orbital Reusable Vehicles
  • Private Astronauts
  • Virgin Galactic

Table of Contents


Introduction
Space - The Next Frontier
  • Original Space Race
  • Space Industry Market Size
  • Fifth Cycle
  • Space Definition
  • Space Economy
Perimeters
  • Space Race 1.0
  • Space Race 2.0
  • Defense and Military
  • Commercial Satellite Providers
  • Countries in Space
Global Involvement
  • Government Space Budgets
  • Regulations
  • Space Investments
  • Falling Launch Costs
  • Space Market by Segment
  • Cislunar Economy
Key Players
  • Old Guard
  • Private Companies
  • Government National Space Agencies
Space Mining and Resources
  • Asteroid Mining
  • Asteroid Mining Companies
  • CISlunar Development
  • Private Company Moon Plans
  • Lunar Propellants
  • Lunar Water
  • Nuclear Thermal Propulsion
  • Mining Lunar Pole Ice
  • Mining Issues
Return to Moon Cost
  • Lunar Plans Advancing Rapidly
  • Conestoga Cargo Transport
Space Nuclear Power
  • Mars 2020
  • Mars 2020 Rover
  • Rover Power System
  • MMRTG
Space Tourism
  • Sub-Orbital Reusable Vehicles
  • Private Astronauts
  • Virgin Galactic
List of Figures
1.) The Karman Line
2.) Space Sector Perimeters and Derived Activities
3.) Maxar Technologies’ Government and Commercial Customers
4.) Maxar Technologies’ Strategy Focused on Earth Intelligence & Space Infrastructur5.) Countries with Satellites and Launch Capability: 1966 vs. 2016
6.) World Government Expenditures for Space Programs by Country ($ Billion): 20187.) Commercial vs. Government Space Activity ($ Billion): 2017
8.) Cost in $/kg of Launching into Lower Earth Orbit (LEO): 1967-2018
9.) Global Space Market by Segment ($ Billion): 2019
10.) Global Satellite Services Market by Segment ($ Billion): 2019
11.) Global Satellite Manufacturing Market by Segment ($ Billion): 2019
12.) Global Satellite Launch Market by Segment ($ Billion): 2019
13.) Global Ground Equipment Market by Segment ($ Billion): 2018
14.) Cislunar-1000 Economy Vision Timeline: 2015 – 2045
15.) Cislunar Railroad Infrastructure Between the Earth and Moon
16.) Robotic Space Mining
17.) 3 Asteroids
18.) Proposed Architecture for Asteroid Mining Using Small Spacecraft
19.) Artist's Impression of Hayabusa 1
20.) Expander Cycle NTR Engine with Dual LH2 Turbopumps
21.) Coated-Particle and Graphite Composite SNRE (Small Nuclear Reactor Engine) Fuel Element and Tie Tube Arrangement
22.) Lunar North Polar Region
23.) Notional Combination Excavator and Hauler for Water Extraction and Subsequent Propellant Production on the Moon
24.) Combination REL and Supporting HV for Production-Class LPI Mining Operations
25.) Payload Elements Carried by NTR and LANTR Lunar Transfer Vehicles
26.) Key Elements of LANTR Lunar Transfer Vehicle System
27.) Reusable NTR Cargo Delivery and Crewed Lunar Landing Vehicles
28.) Propellant Depots in LEO and Lunar Orbit
29.) Conestoga Wagon
30.) Key Features and Dimensions of Conestoga Crewed Cargo Transport
31.) Conestoga Crewed Cargo Transport Mission: LEO, Outbound and LPO Operations
32.) Mars 2020 Rover
33.) Multi-Mission Radioisotope Thermoelectric Generator
34.) Total Demand Curve for Orbital Space Tourism: Millions of People vs. $ Thousand
35.) Sub-Orbital Space Vehicles
36.) Projected Demand for SRVs Across All Markets by Year (Number)
37.) Virgin Galactic SpaceShipTwo’s First Flight Above 50 Miles on December 13, 2018
38.) VSS Unity: The World’s First Private, Crewed Spaceship Designed for Commercial Service to Take Humans to Space
39.) Virgin Galactic Spaceflight System
40.) Virgin Galactic Spacewear
List of Tables
1.) Cycles of Space Development: 1926-2033
2.) Space Investments by Type ($Million): 2000-2018
3.) Magnitude of NEA Resources ($ Trillion)
4.) NEA Asteroid Population
5.) Potential Value of NEA 3554 Amun ($ Trillion)
6.) Industrial Cosmochemistry
7.) Roles of Private Enterprise in Space
8.) U.S. Space Missions Utilizing Nuclear Power: 1961-2006
9.) Sub-Orbital Reusable Vehicle Offerings by Company

Companies Mentioned

  • Armadillo Aerospace
  • Ball Aerospace
  • BHP Billiton
  • Bigelow Aerospace
  • Blue Origin
  • Boeing
  • BWXT
  • Caterpillar
  • Deep Space Industries
  • ESA
  • Facebook
  • Google
  • Honeybee Robotics.
  • Lockheed Martin
  • Maxar Technologies
  • NASA
  • Newmont Mining Corporation
  • Northrop Grumman
  • Planetary Resources
  • Rio Tinto
  • Rocket Lab
  • Shackleton Energy Company
  • SoftBank
  • SpaceX
  • Tencent
  • United Launch Alliance
  • UP Aerospace
  • Virigin Galactic