[Rapport de recherche] Le marché des robots aéroportuaires devrait passer de 512,56 millions de dollars américains en 2021 à 2 108,29 millions de dollars américains d'ici 2028 ; on estime qu’il connaîtra une croissance à un TCAC de 22,4 % de 2021 à 2028.
Face à l’augmentation des menaces réelles et perçues pour la sécurité nationale, des efforts continus sont déployés pour proposer des approches innovantes d’interrogatoire actif afin d’identifier ces menaces. Les menaces perçues le plus instantanément et leurs éléments essentiels comprennent les explosifs conventionnels, les armes, les agents chimiques et la contrebande. Dans le but de prévenir des événements incertains, les autorités du monde entier se concentrent activement sur le déploiement de systèmes avancés, notamment des robots, pour renforcer la sécurité dans les aéroports. Les robots utilisés pour les applications de sécurité dans les aéroports sont intégrés à des fonctionnalités telles que des systèmes de reconnaissance faciale, des capteurs et des caméras pour mesurer la fréquence cardiaque à distance, ce qui leur permet de détecter les personnes suspectes, les devises, les armes et explosifs, les objets abandonnés et autres matériels illicites sans perturber les opérations ou le flux des passagers dans les aéroports. En outre, les gouvernements de divers pays investissent dans le développement de leurs infrastructures de transport, notamment dans la construction de nouveaux aéroports. Par exemple, le gouvernement chinois prévoit de construire 215 aéroports supplémentaires d’ici 2035. En outre, le gouvernement indien prévoit de construire 100 nouveaux aéroports à travers le pays d’ici 2024.
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Marché des robots aéroportuaires : perspectives stratégiques
TCAC (2021 - 2028)22,4%- Taille du marché 2021
512,56 millions de dollars américains - Taille du marché 2028
2 108,29 millions de dollars américains
Dynamique du marché
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Joueurs clés
- ROBOT YUJIN Co., Ltd.
- Avidbots Corp.
- CYBERDYNE INC.
- Robotique SoftBank
- Stanley Robotique SAS
- SITA
- ABB SA
- Groupe ECA
- LG Électronique
Aperçu régional
- Amérique du Nord
- L'Europe
- Asie-Pacifique
- Amérique du Sud et Centrale
- Moyen-Orient et Afrique
Segmentation du marché
- Parking côté ville/avec voiturier et terminal
- Amérique du Nord
- L'Europe
- Asie-Pacifique
- Moyen-Orient et Afrique
- Amérique du Sud et Centrale
- L'exemple de PDF présente la structure du contenu et la nature des informations avec une analyse qualitative et quantitative.
Impact de la pandémie de COVID-19 sur le marché des robots aéroportuaires
La pandémie de COVID-19 et les mesures de confinement qui en ont découlé ont eu un impact marginal sur le marché des robots aéroportuaires en 2020, car elles ont entraîné des arrêts temporaires des processus de fabrication. Cependant, avec la reprise progressive des processus de fabrication à partir du troisième trimestre 2020, la demande de robots aéroportuaires a commencé à augmenter ; ainsi, les fabricants ont réussi à stabiliser leurs revenus et leurs flux de trésorerie globaux.
Aperçu du marché des robots aéroportuaires
L’augmentation de la demande de robots avancés alimente la croissance du marché des robots aéroportuaires
Les équipementiers ont investi dans la R&D pour développer les meilleurs robots avancés de leur catégorie. L’énorme trafic piétonnier quotidien connu par les aéroports au cours de la dernière décennie les oblige à optimiser diverses opérations dans les aéroports. Alors que de nombreuses entreprises proposent des robots aéroportuaires pour simplifier ces opérations, les aéroports se concentrent désormais sur l'adoption de robots autonomes pour optimiser le travail, améliorer les performances opérationnelles, atténuer les risques et améliorer l'expérience des voyageurs. En conséquence, beaucoup d’entre eux sont impatients de s’associer avec des fournisseurs de robots capables de proposer les meilleurs robots avancés de leur catégorie pour des applications telles que la sécurité, la gestion des bagages, le guidage des passagers et le nettoyage.
Informations sur le marché basées sur les applications
Le marché des robots aéroportuaires, par application, est segmenté en parking terrestre/avec voiturier et en terminal. Le segment des terminaux a dominé le marché des robots aéroportuaires en 2020. Un terminal d'aéroport est un bâtiment dans un aéroport où les passagers arrivent à l'atterrissage et partent également sur un vol. En règle générale, les terminaux disposent de plusieurs portes divisées en sections appelées halls qui regorgent de boutiques, de restaurants, de toilettes, de salons et d'autres installations. Les passagers dans les terminaux peuvent acheter des billets, s'enregistrer pour le vol prévu, enregistrer ou récupérer leurs bagages, passer les contrôles de sécurité ou les douanes, trouver des vols de correspondance, etc.
Les acteurs opérant sur le marché des robots aéroportuaires se concentrent sur des stratégies telles que les fusions et acquisitions et les initiatives de marché pour maintenir leur position sur le marché. Quelques développements réalisés par des acteurs clés sont répertoriés ci-dessous :
- En 2021, SITA a annoncé avoir achevé l'installation de son infrastructure de traitement des passagers de nouvelle génération à l'aéroport Václav Havel de Prague, ouvrant la voie à un futur voyage de passagers entièrement mobile et sans contact.
- En 2020, le déploiement du premier parking extérieur au monde entièrement exploité par des robots, construit par Stanley Robotics et VINCI Airports, se poursuit à l'aéroport de Lyon, avec un nombre de places accessibles prévu passer de 500 à 2 000. Sept robots autonomes assureront le service en même temps, avec 28 cabines accessibles pour déposer et récupérer les véhicules.
Portée du rapport sur le marché des robots aéroportuaires
Attribut de rapport | Détails |
---|---|
Taille du marché en 2021 | 512,56 millions de dollars américains |
Taille du marché d’ici 2028 | 2 108,29 millions de dollars américains |
TCAC mondial (2021 - 2028) | 22,4% |
Données historiques | 2019-2020 |
Période de prévision | 2022-2028 |
Segments couverts | Par candidature
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Régions et pays couverts | Amérique du Nord
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Leaders du marché et profils d’entreprises clés |
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- L'exemple de PDF présente la structure du contenu et la nature des informations avec une analyse qualitative et quantitative.
Le marché mondial des robots aéroportuaires a été segmenté comme suit :
Marché des robots d’aéroport – par application
- Parking côté ville/avec voiturier
- Terminal
Marché des robots d’aéroport – par géographie
Amérique du Nord
- NOUS
- Canada
- Mexique
L'Europe
- France
- Allemagne
- Italie
- Russie
- ROYAUME-UNI
- Le reste de l'Europe
Asie-Pacifique (APAC)
- Chine
- Inde
- Japon
- Australie
- Corée du Sud
- Reste de l'APAC
Moyen-Orient et Afrique (MEA)
- Arabie Saoudite
- Émirats arabes unis
- Afrique du Sud
- Reste de la MEA
Amérique du Sud (SAM)
- Brésil
- Reste de SAM
Profils d'entreprise
- ROBOT YUJIN Co., Ltd.
- Avidbots Corp.
- Cyberdyne Inc.
- Robotique SoftBank
- Stanley Robotique SAS
- SITA
- ABB SA
- Groupe ECA
- LG Électronique
- Robots UVD
- Historical Analysis (2 Years), Base Year, Forecast (7 Years) with CAGR
- PEST and SWOT Analysis
- Market Size Value / Volume - Global, Regional, Country
- Industry and Competitive Landscape
- Excel Dataset
Report Coverage
Revenue forecast, Company Analysis, Industry landscape, Growth factors, and Trends
Segment Covered
This text is related
to segments covered.
Regional Scope
North America, Europe, Asia Pacific, Middle East & Africa, South & Central America
Country Scope
This text is related
to country scope.
Frequently Asked Questions
Original equipment manufacturers (OEMs) have been investing in research and development (R&D) to develop best in class and advanced robots. Enormous daily foot traffic experienced by airports over the last decade is compelling them to optimize various operations at airports. With many companies offering airport robots for simplifying these operations, = airports are shifting their focus on adopting autonomous = robots to optimize labor, enhance operational performance, mitigate risk, and improve traveler experiences. As a result, many of them are looking forward to partnering with robot suppliers that can offer the best in class advanced robots for applications such as security, luggage handling, passenger guidance, and cleaning. Moreover, airports are facing issues in terms of significantly rising labor costs as well as the shortage of qualified, experienced, and reliable employees. Thus, the burgeoning complexity of airport operations is resulting in overburdening of existing personnel, compelling them to make tradeoffs between the quantity and quality of their work, which might hamper their reputation. To address this issue, airports are switching toward more advanced and autonomous robots that not only reduce the burden on personnel, but also work more efficiently than humans, without facing the issues such as excessive workload and fatigue.
Developing countries have become a hub of opportunities for various markets, including airport robots market. Government authorities in these countries are planning and investing huge amount in the advancement of technologies to improve the overall infrastructure. Transportation and logistics activities are huge contributors to the development of any country, and therefore, developing countries are extensively focusing on enhancing and improving their transportation and logistics infrastructure, including air, road, and sea transport. Airways is an important mode of transportation; hence, governments of developing countries have planned development and revamping of various mid-size and large airports. For instance, in India, Netaji Subhas Chandra Bose International Airport in Kolkata has laid down expansion plan of the airport. Similarly, Vietnam is planning to build one of the largest airports near its economic hub Ho Chi Minh City. Other developing countries including the Philippines and Kuwait are also expanding and revamping airports. As a part of expansion and revamping strategy, these airports would also be passing tenders on acquiring technologically advanced equipment including robots for ensuring convenience and providing superior experience to passengers. Hence, the airport robot market players have huge opportunities to offer best-in-class, and highly reliable and cost-efficient robots for such new airport projects.
The terminal segment led the airport robots market with a share of 74.8% in 2020. It is further expected to account for 77.0% of the total market by 2028.
The airport robots market is led by terminal segment with highest share and is expected to dominate in the forecast period. An airport terminal is a building at an airport where passenger arrive upon landing and depart on a flight. Typically, terminals have several gates divided into sections known as concourses that are filled with shopping, dining, restroom, lounge, and other facilities. Passengers at terminals can purchase tickets, check in for the scheduled flight, check or collect luggage, pass through security or customs, find connecting flights, and others.
ABB Ltd; Cyberdyne Inc.; LG Electronics Inc.; SoftBank Corp.; and Stanley Robotics SAS are among the key companies with significant market share.
The overall cost of procuring and maintaining advanced robots is quite high, which limits their adoption at airport, especially in cost-sensitive countries. These robots require frequent maintenance and servicing, which adds to the overall operating cost of running an airport. Airport deploy a large number of such advanced systems for various operations, based on the size and the requirement of the airport, and with the multiple deployments, the overall procurement and maintenance cost increases further. Small airports, operating in developed and developing countries, therefore, resist deploying such high-end robots and rely on conventional practices. Considering this restraint, airport robot manufacturers need to focus on offering a range of robots, starting from low end to high end, without compromising on the incorporation of the necessary and vital features in the low- and mid-range robots. The COVID-19 pandemic has changed the ways of operations of various sectors, including the transportation sector and airport industry. Airport authorities are willing to deploy autonomous robots to, ultimately, meet the social distancing norms imposed by the respective governments; however, the initial costs and maintenance costs are limiting their investments in robotic solutions.
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The List of Companies - Airport Robots Market
- YUJIN ROBOT Co., Ltd.
- Avidbots Corp.
- CYBERDYNE INC.
- SoftBank Robotics
- Stanley Robotics SAS
- SITA
- ABB Ltd
- ECA Group
- LG Electronics
- UVD ROBOTS
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