中東およびアフリカの水中無人車両市場 – 2030 年までの業界動向と予測

中東およびアフリカの水中無人機市場の分析と規模

防衛関連の海洋監視市場は、従来のシステムよりも優れた監視、識別、迎撃能力を持つ無人海洋船によって推進されています。無人海洋船には、昼夜を問わず赤外線映像を追跡するための安定化武装、監視、電気光学追跡システムを装備できます。インターフェイス、プラットフォームの相互運用性、センサーの改善により、コストは大幅に削減されます。無人海洋船の必要性は、地球システムのさまざまな定常状態を特定し、ある安定状態から別の安定状態への進化の原因を学習し、気候や地殻活動など一見無関係なシステムの状態間のつながりを発見することに重点が置かれることで推進されます。

Data Bridge Market Researchは、2022年に49億6,745万米ドルと評価された水中無人車両市場は、2023年から2030年の予測期間中に15.2％のCAGRで成長し、2030年には154億824万米ドルに達すると分析しています。市場価値、成長率、市場セグメント、地理的範囲、市場プレーヤー、市場シナリオなどの市場洞察に加えて、Data Bridge Market Researchチームがまとめた市場レポートには、詳細な専門家分析、輸入/輸出分析、価格分析、生産消費分析、ペストル分析が含まれています。

中東およびアフリカの水中無人機市場の範囲とセグメンテーション      

市場の定義

An underwater vehicle that can operate remotely or autonomously without human input is an unmanned underwater vehicle (UVV). These are essential for underwater exploration activities because manual exploration presents numerous challenges. These vehicles are equipped with sensors for sonar, thrusters, cameras, and other equipment. Autonomous underwater vehicles, or AUVs, are self-propelled, unmanned, untethered underwater vehicles capable of carrying out simple tasks without the assistance of a human. In order to map the seafloor or describe the water's physical, chemical, or biological properties, AUVs are frequently used as survey platforms.

Middle East and Africa Underwater Unmanned Vehicle Market Dynamics

Drivers

• Smart devices promote the development of operational and risk management

The introduction of smart devices has altered operational and risk management. Modern imaging and navigation systems are built to function safely under challenging conditions.  Government spending increases on ocean exploration and military research and development are expected to hasten market expansion. The rapid advancement of technology is also anticipated to spur market growth during the forecast period. For instance, in October 2021, Water Linked will collaborate with QYSEA Technology Co., Ltd., a producer of remotely operated vehicles, to outfit QYSEA's ROV with advanced underwater positioning sensors. During the forecast period, these factors are anticipated to impact the market positively.

• Rising demand through oil and gas sector

Unmanned underwater vehicles (UUVs) have developed into a practical option for marine drilling operations due to their independence from surface vessels. Over the past five years, small, transportable unmanned underwater vehicles have become more common in the oil and gas industry. For instance, the ECA Firm has a contract to provide an A18D AUV for inspection and surveying facilities with Petrus Resources, a global supplier of oil and gas facilities. Oil and gas producers are anticipated to significantly increase their demand for unmanned underwater vehicles during the forecast period, fostering industry expansion.

• Rising worries about maritime security and cross-border naval operations create demand.

Terrorism and maritime privacy are severe issues for shipping and have high human and financial costs. Port security, drug trafficking on ships, and undocumented migrants are all rising. Unmanned surface vehicles (USVs) are being used by the Navy and Defense departments for more missions and applications. In addition to being used for mine countermeasure, (MCM) operations and anti-submarine warfare (ASW), autonomous underwater vehicles (AUVs) and remotely operated vehicles (ROVs) are frequently built to be deployed for intelligence, surveillance, and reconnaissance (ISR) operations thus creating a market expansion for such products.

Opportunities

• Growing demand caused by improvements in battery life and operation capability surge market growth

Unmanned underwater vehicles are expected to gain more traction in the commercial market as their operating range and battery life improve. Because thrusters use up most of the power in UUVs, their battery life is less than 24 hours, which is significantly reduced if they must operate in deep waters. These technologies can assist UUV operators in reducing the time and effort required to change out old batteries for new ones while conducting ongoing underwater operations. Unmanned underwater vehicles may easily manipulate objects, changing their procedures as necessary throughout underwater missions. As a result, NiMH batteries are used more frequently by fast unmanned underwater vehicles.

• With on-board sensors, they are better at transporting electrical equipment.

The sensors on-board increase the ability of unmanned underwater vehicles to transport electrical equipment for imaging and monitoring. Additionally, they lower the on-board electronic components' power requirements, paving the way for innovations such as underwater AUV recharge. For instance, battery intelligence and underwater wireless power solutions are provided by WiBotic (US). The EELUME AUV, which can be permanently installed on the seabed and can be charged underwater, is made available by Kongsberg Maritime (Norway).

Restraints/Challenges

• Underwater surveying at a slow pace may restrict growth

The slow underwater survey speeds that UUVs can travel at are one of their difficulties. Electromagnetic (EM) waves cannot function appropriately in underwater environments deeper than 200 meters due to saltwater's high conductivity. Unmanned underwater vehicles use these slowly moving acoustic waves to conduct deep-water surveys. Unmanned underwater vehicles do not use FSO waves because of their short range. The water's refraction, absorption, and scattering further affect the signals from unmanned underwater vehicles, which limits the market for these devices.

• The lack of an efficient communication system restricts market expansion

Unmanned underwater vehicles are cutting-edge naval technologies with high-tech parts that can be operated autonomously for various underwater applications. The UV is equipped with sensors and navigation systems connected via signal transmission for real-time communication control of speed, direction, and data gathering. Through the information being distorted underwater, communication and signal transmission are one of the main issues with unmanned underwater vehicles.

This underwater unmanned vehicle market report provides details of new recent developments, trade regulations, import-export analysis, production analysis, value chain optimization, market share, impact of domestic and localized market players, analyses opportunities in terms of emerging revenue pockets, changes in market regulations, strategic market growth analysis, market size, category market growths, application niches and dominance, product approvals, product launches, geographic expansions, technological innovations in the market. To gain more info on the underwater unmanned vehicle market contact Data Bridge Market Research for an Analyst Brief, our team will help you take an informed market decision to achieve market growth.

Recent Developments

• In 2021, the next-generation Utility Class ASV, the SR-Utility 3.0, was unveiled by SeaRobotics Corporation. By giving expert surveyors a configurable platform that supports swappable payloads and sensors and incorporates existing instrumentation, the newest addition to the SRC portfolio aims to increase the scope and versatility of unmanned coastal marine survey activities.
• In 2021, under a contract given by the Navy on August 26, 2019, General Dynamics Mission Systems delivered the Knifefish surface mine countermeasure unmanned underwater vehicle system. The five Knifefish systems (10 total UUVs) and support equipment are to be purchased under the terms of the contract, which was immediately given after a successful Milestone C decision and approval to begin low-rate initial production (LRIP).
• In 2021, the Navy and the Marine Corps published the Unmanned Campaign Framework to direct their investments in and integration of unmanned platforms in the US. The demand for unmanned marine vehicles for defense will also grow as investments in the navy and the nation's defense systems increase.

Middle East and Africa Underwater Unmanned Vehicle Market Scope

The underwater unmanned vehicle market is segmented on the basis of type, product type, component, propulsion system, operating depth, size range, application, technology, and payload. The growth amongst these segments will help you analyze meagre growth segments in the industries and provide the users with a valuable market overview and market insights to help them make strategic decisions for identifying core market applications.

Type

• Remotely Operated Vehicle (ROV)
• Autonomous Underwater Vehicle (AUV)
• Shallow
• Medium
• Large
• Hybrid Underwater Vehicle (HUV)

Product Type

• Heavy Work Class Vehicle
• Work Class Vehicle
• High-Capacity Electric Vehicle
• Small Vehicles
• Man Portable
• Light Weight Vehicles
• Heavy Weight Vehicles
• Large Vehicles

Components

• Inertial Navigation Systems
• Cameras
• Lighting Systems
• Sensors
• Video Screens
• Synthetic Aperture Sonar
• Others

Shape

• Torpedo
• Laminar Flow Body
• Streamlined Rectangular Style
• Multi hull

Propulsion System

• Hybrid Systems
• Electric Systems
• Non-Electric systems
• Mechanical Systems
• Others

Operating Depth

• 1000-3000m
• 200-1000m
• less than 200m
• more than 3000m

Size Range

• ヘブライ語訳（12.75-21）
• ライトウェイト (9-12.75)
• マンポータブル（3-9）
• 大きい（>36）

応用

• 陸軍と防衛
• 情報サービス
• 知能
• 監視
• 偵察
• 地雷対策
• 対潜水艦戦
• 検出
• 検査
• ナビゲーション
• 事故調査
• 石油・ガス
• 環境セキュリティと追跡
• 海洋学
• 考古学と探検
• 捜索救助活動
• 商業探査
• 科学研究
• その他
• 他の

テクノロジー

• 衝突回避
• ナビゲーション
• コミュニケーション
• イメージ
• 推進

ペイロード

• センサー
• 合成開口ソナー
• カメラ
• 慣性航法システム
• エコーサウンダーズ
• 音響ドップラー流速計
• その他

水中無人機市場の地域分析/洞察

水中無人車両市場が分析され、市場規模の洞察と傾向が、上記の国、タイプ、製品タイプ、コンポーネント、形状、推進システム、動作深度、サイズ範囲、アプリケーション、テクノロジー、ペイロード別に提供されます。

水中無人車両市場レポートで取り上げられている国は、サウジアラビア、UAE、南アフリカ、エジプト、イスラエル、その他の中東およびアフリカ（MEA）です。

イスラエルは市場を支配しており、中東およびアフリカの予測期間中、その支配的傾向が続くでしょう。この地域の支配的地位の主な要因は、この地域に多くの水中無人車両メーカーが存在することです。

レポートの国別セクションでは、市場の現在および将来の動向に影響を与える国内市場における個別の市場影響要因と規制の変更も提供しています。下流および上流のバリュー チェーン分析、技術動向、ポーターの 5 つの力の分析、ケース スタディなどのデータ ポイントは、各国の市場シナリオを予測するために使用される指標の一部です。また、国別データの予測分析を提供する際には、グローバル ブランドの存在と可用性、および地元および国内ブランドとの競争が激しいか少ないために直面​​する課題、国内関税と貿易ルートの影響も考慮されます。

競争環境と水中無人機の市場シェア分析

水中無人車両市場の競争状況は、競合他社ごとに詳細を提供します。含まれる詳細には、会社概要、会社の財務状況、収益、市場の可能性、研究開発への投資、新しい市場への取り組み、世界的なプレゼンス、生産拠点と施設、生産能力、会社の強みと弱み、製品の発売、製品の幅と広さ、アプリケーションの優位性などがあります。提供されている上記のデータ ポイントは、水中無人車両市場に関連する会社の焦点にのみ関連しています。

水中無人車両市場で活動している主要企業は次のとおりです。

• ORPC, Inc.（米国）
• ロッキード・マーティン社（米国）
• サーブ AB (スウェーデン)
• コングスベルグ海事（ノルウェー）
• ボーイング（米国）
• ノースロップ・グラマン（米国）
• BAEシステムズ（英国）
• ATLAS ELEKTRONIK GmbH (ドイツ)
• インターナショナル・サブマリン・エンジニアリング・リミテッド（カナダ）
• テレダイン・テクノロジーズ社（米国）
• オーシャンアリングインターナショナル社（米国）
• SUBSEA7（イギリス）
• ボストンエンジニアリング（米国）
• ECAグループ（フランス）
• HII（米国）
• モダス サブシー サービス (英国)
• L3ハリステクノロジーズ社（米国）
• EchoBlue Ltd (英国)
• ユニークグループ（UAE）
• タレス（フランス）

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