SPACE ECONOMY 101 | New Space Economy

Educational infographic explaining how satellite sensors capture reflected sunlight from land, water, vegetation, and built surfaces; measure visible and near-infrared wavelengths; transmit data to ground stations; and produce imagery for mapping, agriculture, environmental monitoring, disaster management, and urban analysis. It also lists panchromatic and multispectral sensor types, imagery products, performance factors, benefits, and limitations including clouds, daylight, shadows, snow, and bright surfaces.

OPTICAL EARTH OBSERVATION SATELLITES

Infographic summarizing the development path, strategies, barriers, market progression, and evaluation factors for new orbital and suborbital launch providers.

EMERGING LAUNCH COMPANIES

Infographic explaining how coordinated satellite networks provide coverage and connectivity, with sections on orbital design, applications, benefits, and operational trade-offs.

SATELLITE CONSTELLATIONS EXPLAINED

Infographic explaining publicly listed space businesses, routes to public markets, four major business segments, example companies, investor evaluation factors, and sector opportunities and risks.

PUBLICLY TRADED SPACE COMPANIES

Infographic summarizing launch services, customer groups, commercial and government demand, regional ecosystems, service types, market drivers, bottlenecks and key takeaways for the worldwide launch sector.

THE GLOBAL LAUNCH MARKET

Infographic explains satellite connectivity for maritime operations, including ship-to-shore communications, navigation, weather information, tracking, crew and passenger services, emergency support, orbit options, and the path from onboard equipment to enterprise networks.

MARITIME SATELLITE COMMUNICATIONS

Infographic describing atmospheric and surface observations from orbit, comparing geostationary and polar paths, and showing how measurements become forecasts, alerts, and decisions.

WEATHER SATELLITES

LAUNCH LICENSING AND RANGE SAFETY

Infographic explaining how mission planning, launch vehicle stages, orbit insertion, payload deployment, and orbital maneuvers place a satellite in its intended orbit.

HOW SATELLITES ARE PLACED INTO ORBIT

Infographic explains how space tugs reposition satellite payloads from a shared deployment orbit to a precise final orbit, covering six service stages, ecosystem roles, customer benefits, and operational challenges.

SPACE TUGS AND LAST-MILE DELIVERY