저공 경제에서의 우주 통신 수요 동향

Actionable Benefits:

• Market Assessment: A comprehensive evaluation of the current satellite-connected drones’ landscape, covering Global Navigation Satellite System (GNSS), Internet of Things (IoT), broadband, and hybrid connections.
• Understanding global drone connections (encompassing satellite, Wi-Fi, cellular, Radio Frequency (RF), and others) by weight class and customer segment (military, civil, commercial, prosumer).
• Adoption Dynamics: An examination of adoption trends in various industry verticals, including challenges and opportunities affecting the implementation of satellite technologies on drones.
• Understanding the low-altitude economy regulatory environment and the key actions that satellite operators must prioritize moving forward in order to capitalize on the demand in this market.

Critical Questions Answered:

• Connectivity Forecasts: What is the global satellite-enabled drone connections by weight class and customer segment from 2023 to 2030?
• Satellite Communications (SatCom)-Enabled Drone Connections by Technology: What is the number of narrowband-only, broadband-only, and hybrid connections from 2023 to 2030?
• Revenue Projections: What is the anticipated connection revenue by narrowband-only, broadband-only, and hybrid connections?
• Demand Drivers: What are the key emerging use cases and applications of satellite-enabled drones in the military, civil, and commercial sectors?
• External Factors: How are regulatory trends impacting the demand and implementation of satellite-enabled drones?

Research Highlights:

• Detailed forecasts on global satellite-enabled drone connections by customer segments and weight class from 2023 to 2030.
• Detailed forecasts on global GNSS-enabled drone connections by customer segment from 2023 to 2030.
• Detailed forecasts on the global SatCom-enabled drone connections and connections revenue by technology (narrowband-only, broadband-only, hybrid) from 2023 to 2030.
• Detailed forecasts of Average Revenue per User (ARPU) by satellite connectivity technology.

Who Should Read This?

• Satellite Operators: Those seeking to quantify demand for specific technologies within the low-altitude economy sector.
• Manufacturers & Integrators: Equipment providers and system integrators aiming to supply competitive satellite solutions.
• Drone/Unmanned Aerial Vehicle (UAV) Operators: Drone operators in the military, civil, and commercial sectors requiring data to make informed connectivity and infrastructure decisions.
• Regulators: Government decision makers responsible for spectrum allocation and infrastructure standards.
• Defense Agencies: Stakeholders assessing the operational impact of emerging satellite capabilities and use cases of drones.

TABLE OF CONTENTS

Key Findings

Key Forecasts

Global Drone Connections by Weight Class

Global Satellite-Enabled Drone Connections by Customer Segment

Global GNSS-Enabled Drone Connections by Customer Segment

Global SatCom-Enabled Drone Connections by Technology

Global SatCom-Enabled Drone Connection Revenue by Technology

ARPU by Satellite Connectivity Technology

The Connectivity Architecture

Direct-to-Drone

Ground Relay Architecture

Ecosystem Map

Ongoing Partnerships

Low-Altitude Economy Applications and Current Gaps

Military and Government

Commercial and Industrial

Industry Vertical Adoption

Regulatory Environment

Satellite-Enabled UAV Challenges Opportunities

Strategic Recommendations

Glossary