公共安全用ドローンの世界市場 (部門別 (ハードウェア、ソフトウェア、サービス)・用途別 (法執行機関、危機管理、消防、救助、医療、その他)・地域別)：市場規模とその予測
Worldwide Public Safety Drones Market [by Segments (Hardware, Software, Services); by Applications (Law Enforcement, Emergency Management, Firefighting, Search and Rescue, Medical, Others); by Regions]: Market Size and Forecasts (2016 - 2021)
|発行||Arcluster Pte. Ltd.||商品コード||357443|
|出版日||ページ情報||英文 20 Pages
|公共安全用ドローンの世界市場 (部門別 (ハードウェア、ソフトウェア、サービス)・用途別 (法執行機関、危機管理、消防、救助、医療、その他)・地域別)：市場規模とその予測 Worldwide Public Safety Drones Market [by Segments (Hardware, Software, Services); by Applications (Law Enforcement, Emergency Management, Firefighting, Search and Rescue, Medical, Others); by Regions]: Market Size and Forecasts (2016 - 2021)|
|出版日: 2016年05月06日||ページ情報: 英文 20 Pages||
当レポートでは、世界各国の公共安全用ドローン (小型UAV) の市場について分析し、製品の特長や市場の構造・最新情勢、主な市場促進・抑制要因とその影響力、全体的な市場規模と今後の動向見通し (今後6年間分)、部門別・用途別・地域別 (北米、欧州、中東・アフリカ、中南米、アジア太平洋地域) の詳細動向、需要サイドからの考察、主要企業のプロファイルといった情報を取りまとめてお届けいたします。
The 2016 Arcluster Market Forecast Report on Public Safety Drones covers the market dynamics, assumptions, forces, segments, sizes and forecasts of Public Safety drones for the period 2016 - 2021. This report is a presentation brief targeted primarily at providing the market trends and forecasts with demand side insights and key vendor profiles. Market data, which forms the backbone of the study, has been gathered through a rigorous period of information from both secondary and primary sources through interviews with industry participants, manufacturers, agencies, regulators, and channel players.
Data gathered from these interviews and surveys was analyzed, and engineered to understand spending, demand and supply patterns and to estimate market sizes and forecasts. The resultant data was cross-checked through market-data associations and then validated through multiple consistency check points. The forecast report on Public Safety Drones is part of an ongoing series of market reports that focus on micro emerging trends, market sizes and forecasts of drones and UAVs across multiple regions and countries.
The report also provides a brief overview on a few market players that includes 3D Robotics, AeroVironment, CyPhy Works, DJI Innovations, Draganfly Innovations, and Sentera LLC.
The analysis in the report will help both defense aviation players, drone companies, value-chain companies, operators, and consultants to develop strategies, marketing goals and business decisions based on the actionable market intelligence from this report.
The market for Public Safety drones is segmented into three categories - Segments, Applications and Regions.
By Segments - the market size and forecasts for Public Safety drones are provided by Hardware, Software and Services.
By Applications - the market size and forecasts are provided for 6 applications - Law Enforcement, Emergency Management, Firefighting, Search and Rescue, Emergency Medical Services and Others.
By Regions - the market size and forecasts are provided for 5 regions - North America, Europe, Middle-East & Africa, Central/Latin America and Asia-Pacific. The 2016 forecast report on Public Safety Drones is part of an ongoing series of market reports that focus on micro emerging trends in the drones and UAV markets across multiple regions and countries.
Public Safety Drones are small unmanned aerial vehicles (sUAVs) that are utilized by government in the areas of public safety and emergency protection. They are a subset of the commercial drones market and the larger unmanned aerial vehicles (UAV) market. Other drone markets such as consumer drones and military drones are also subsets of the overall UAV market. Public Safety drones, for the purpose of the study, is sub-categorized by drone hardware (incl. drone components), software (incl. monitoring, measurement and tracking solutions, apps etc.) and services (professional, consulting, drones as a service etc.).
A challenging aspect of sizing the Public Safety drones market was to objectively encompass the regulatory scenario and government interest across several countries. The data engineering itself comes with the backing of multi-tiered scenario based analysis. Three levels of adoption were considered and the most balanced and neutral perspective has been employed as the base for the data model. This enables the research to be a straight-up non-biased evaluation.
The standard top-down and bottom-up methodologies were followed to build more robustness to the market estimates. With STP analysis being the base for the top down approach, the addressable and available market estimates were identified from top-level data points. The bottom up approach was used to qualitatively assess customer groups (agencies) that represent the target market segment, across different geographies. These customer groups act like the sample of the overall market and were employed to identify buying behavior and initial customers.
A custom data layer was designed and embedded along towards verifying and authenticating buyer decisions and preferences from a number perspective as well. The market engineered data was further applied with multiple check points to validate consistencies, manage error samples and reduce variances.
Author's biography : Arun Nirmal is a principal consultant and research director at Arcluster. His primary role is to execute research studies, while managing and delivering research engagements to companies worldwide. He routinely discusses early technology and market trends across micro emerging opportunities with key industry experts and decision makers. Arun has a rich experience of managing high value research and consulting engagements at top firms and also has a diverse understanding of product planning, competitive intelligence and marketing management.