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Marana, United States
251-500 Employees
We deliver excellent value and quality, thereby helping our customers operate more efficiently and cost effectively. We tailor our services to each customers requirements, remaining flexible and able to respond to and anticipate the changes that inevitably occur. We are an FAA Approved FAR Part 145 Repair Station with an FAA Class IV Airframe Rating (#ERKR675D). We are also ISO 9001-2008 registered, and hold maintenance certifications from Aruba, Bermuda and EASA. Overview of our services from heavy maintenance to reclamation services. Ascent Aviation Services provides a multitude of heavy maintenance, repair and overhaul (MRO) services to aircraft owners, operators and lessors aircraft. We offer outstanding reliability, having successfully completed more than 600 heavy maintenance visits for a wide range of aircraft platforms. With two facilities in sunny southern Arizona, we are equipped to meet all your aircraft maintenance, storage and reclamation needs.
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Featured
Narrow & Wide Body Aircraft MRO, Storage & Reclamation Services | Ascent Aviation Services
... Narrow & Wide Body Aircraft MRO, Storage & Reclamation Services | Ascent Aviation ...
Mid Sussex, United Kingdom
1-10 Employees
2019
Aircraft Analytics is associated with Aircraft Commerce (industry leading commercial aviation publication and events organiser) and Aircraft IT (digital platform for aviation MRO and Flight Operations IT Solutions). The Aircraft Analytics products perfectly combine 20+ years of in-depth research and analysis feature articles from Aircraft Commerce with inspiration and partnerships from the latest cutting-edge aviation software tools promoted via Aircraft IT, alongside our own team’s experience of 70+ years in senior airline management roles. Aircraft Analytics provides an unrivalled suite of data and analysis modules offering the industry a key reference point for aircraft specifications, performance and operating costs, and acts as an enabling resource for benchmarking and comparisons. A prospective 737-900 freighter would offer one additional AAY loading position compared to a 737-800. Sandra Everest, Director of Maintenance and Engineering at Aircraft Analytics provides a summary of some key considerations for maintenance planners in terms of aircraft storage and return to service maintenance requirements.
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Wide-Body - Aircraft Analytics
... Wide-Body - Aircraft ...
Zwolle, Netherlands
11-50 Employees
1966
We deliver turn-key client specific access solutions meeting all your requirements and we supply standard products as well. We are happy to invite you to see our products in use at our customer locations around the globe. As a result NIJL provides a wide range of solutions to ensure faste, safe and sustainable maintenance to the A380 aircraft. With 50 years of experience, NIJL has become a world leader in designing, manufacturing and turn-key delivery of lifting and transportation gear, steel and aluminum docking systems, stairs, stands, and working platforms. NIJL supplies both standard products for the most common access points on the aircraft and tailor-made stands as well as docking systems for specific customer requirements. We concentrate on delivering the best products and services to the customers based on their specific requirements. NIJL has the knowledge and tools to design and manufacture a wide variety of custom-made access equipment for aircraft maintenance using the latest state-of-the-art software. NIJL Aircraft Docking is proud to announce the delivery of a full package access stands to the first airline in Europe to operate the A350 XWB.
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Featured
Interior Lift for Wide Body Aircraft
... Interior Lift for Wide Body Aircraft ...
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Featured
Our key competencies lie in Boeing and Airbus narrow and wide-body aircraft, Bombardier and Embraer regional jets. Types we support mostly but are not limited to are A320, A321, A319, Boeing 737, 747, 767, A340, A300, CRJ 200/700/900, Embraer ERJ 145 and 190, ATR 42/72. Detailed descriptions of our services can be found in the dedicated Services tab of our website.
... Our key competencies lie in Boeing and Airbus narrow and wide-body aircraft, Bombardier and Embraer regional jets. Types we support mostly but are not limited to are A320, A321, A319, Boeing 737, 747, 767, A340, A300, CRJ 200/700/900, Embraer ERJ 145 and 190, ATR 42/72. Detailed descriptions ...
City of Rochester, United States
51-100 Employees
USAirports is a family-owned, full service FBO conveniently located at the Frederick Douglass-Greater Rochester International Airport and serves the General Aviation community in a state-of-the-art facility 24/7/365. We provide a full range of ground support services such as fueling, hangaring, aircraft maintenance, cargo handling, tie down, and ramp parking. USAirports has a long history of being committed to customer satisfaction, providing cost effective quality services to the aviation industry. USAirports' record for quality service is second to no other service organization. USAirports ensures quality through our primary focus on safety, operational efficiency, on time performance, expert knowledge of business, customer communication, training orientation, monitoring service and customer standards with proactive response. The most important aspect of USAirports Flight Support's mission is to provide a safe, efficient and customer focused airport to serve the Greater Rochester area. We offer a 24/7/365 full-service Part 145 certified Aircraft Repair Station (UG6R085O).
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Air Cargo Handling
... USAirports offers cargo ramp handling services for both narrow and wide body aircraft. ...
Vallentuna kommun, Sweden
1-10 Employees
1983
We produce the robots in our own modern production facility in Vallentuna, Sweden. Since 1983, Nordic Dino AB has been the world’s leading producer of self-contained robots for automatic aircraft washing and aircraft cleaning services. Nordic Dino AB, employ a dedicated team of specialists and experts who oversee the Dino robot’s manufacture and development at a modern hi-tech facility in Arlanda, Sweden. We have already built and consolidated an international reputation as a safe and trusted partner to all those involved in aircraft cleaning and maintenance. The group also provides a range of aviation services including, MRO (Maintenance, Repair, and Overhaul), pilot and crew training, ground handling, as well as a variety of associated services. Supported by 12,000 highly skilled aviation professionals, the group operates worldwide. The NORDIC DINO robots, a computerized and self-contained system purpose built for washing aircraft exteriors. Aviator Robotics have a dedicated team of specialists and experts.
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Experts in robotic aircraft exterior cleaning services - Nordic Dino
... Nordic Dino robotics provide fully automated exterior cleaning solutions for Narrow Body, Wide Body, and Extra Wide Body aircraft. ...
Rotterdam, Netherlands
51-100 Employees
1946
At VRR, we love to challenge the status quo. What does VRR stand for as a company, and what are our aspirations and dreams? At VRR, we pride ourselves on our ability to create original and custom air cargo products that meet stringent certification standards. VRR builds perfect-fit ULDs, with a focus on sustainability. We at VRR work with a lot of different companies and industries around the world, from airlines and express carriers to ULD leasing companies and high-tech companies. But our determination has got us to where we are today. Read our purpose, ambition and vision statements and find out how our air cargo products align with our core values. If it wasn’t for two ambitious, post-war entrepreneurs in Rotterdam, VRR wouldn’t be here today.
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AMP Container | VRR ✅
... It is compatible with most wide-body aircraft and perfectly suitable for truck transportation. ...
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Airbus A380 Four Engine Wide Body Passenger Airliner Aircraft Desktop Model.
... Airbus A380 Four Engine Wide Body Passenger Airliner Aircraft Desktop – The Wooden Model ...
Gurugram, India
1-10 Employees
2021
We here at BLA Research are creating a space to uncover the high-potential opportunities and recommend an action plan backed by deep research and analysis to leverage those opportunities that would enable our clients to make quantified decisions. Our methodology incorporated in the reports considers various factors considering the forecasts, business dynamics, strategies, supply chain, trade routes, regulatory framework to provide precise market intelligence and a 360-degree perspective of the market based on demand and supply globally, regionally, and at country level by applications, products, pricing, and trade routes. Our USP lies in conducting market viability analysis for technologies still in the nascent stages of their lifecycle—in-depth analysis of secondary data and future predictions provided by our highly qualified and experienced analysts. Our research is back by interviews with industry veterans, enabling analysing a high level of disruptions in the market. BLA Research founded by three industry veterans with cumulative experience of more than forty years.
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Aircraft Cabin Lighting Market by Light Type (Reading Lights, Ceiling & Wall, Signage, Floor Path Lighting, Lavatory Lights), Platform Type (Narrow Body, Wide Body, Very Large Aircraft), End-User (OEM and Aftermarket), & Region – Global Forecast to 2030
... Aircraft Cabin Lighting Market by Light Type (Reading Lights, Ceiling & Wall, Signage, Floor Path Lighting, Lavatory Lights), Platform Type (Narrow Body, Wide Body, Very Large Aircraft), End-User (OEM and Aftermarket), & Region - Global Forecast to 2030 - BLA ...
51-100 Employees
1967
We design, develop, and manufacture market-leading aircraft refuelling vehicles and systems. When it comes to quality, performance, and reliability, we accept nothing less than the best, which is why we work with some of the world’s biggest oil companies and military organisations. We’re consistently innovating, and with systems like our Fueltronic on-board units, we have everything companies need to meet modern-day refuelling challenges. We’re proud of our British manufacturing heritage, and our facilities are based in the heart of the Cotswolds countryside. All of our vehicles are manufactured in-house, but we can provide support to customers either out in the field or from our bases in Nailsworth and Witney.
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Aircraft Refuelling Solutions | Fluid Transfer Group
... build a variety of Refuellers, for many applications, ranging from 5,000 Litres for general aviation purposes up to 65,000 Litres high flow units with elevating platforms, ideal for refuelling the latest wide body passenger and cargo aircraft such as the A380 and Boeing B777-X. ...
Technologies which have been searched by others and may be interesting for you:
Some interesting numbers and facts about the results you have just received for Wide-Body Aircraft
| Country with most fitting companies | United States |
| Amount of fitting manufacturers | 23 |
| Amount of suitable service providers | 24 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 1946 |
| Youngest suiting company | 2021 |
A wide-body aircraft is distinguished by its large fuselage diameter, which allows for a cabin with two passenger aisles, thus significantly increasing the aircraft's seating capacity compared to single-aisle, or narrow-body, aircraft. This design characteristic not only facilitates the accommodation of more passengers but also provides more space for cargo, making it an indispensable asset in both commercial aviation and freight transport sectors. The advent of wide-body aircraft revolutionized long-haul travel by enabling airlines to offer enhanced comfort and amenities to passengers, such as lie-flat seats in premium classes, along with the economic benefits of transporting larger numbers of passengers and more cargo per flight. This capability has allowed airlines to operate fewer flights on busy long-distance routes, reducing fuel consumption and emissions per passenger, contributing to more sustainable aviation practices. Furthermore, the introduction of wide-body aircraft played a pivotal role in connecting cities and countries across greater distances with non-stop flights, thereby significantly reducing travel times and making international travel more accessible. The wide-body aircraft's impact extends beyond its technical specifications, influencing global connectivity, economic policies, and the aviation industry's approach to sustainability and passenger service standards.
1. Increased Passenger Capacity
Wide-body aircraft are distinguished by their larger fuselage diameter, which allows for a higher passenger capacity compared to narrow-body aircraft. This feature is particularly beneficial for airlines operating on popular routes, as it enables them to accommodate more passengers per flight, potentially increasing revenue.
2. Enhanced Comfort and Amenities
The spacious cabin design of wide-body aircraft provides passengers with enhanced comfort, including wider seats, more legroom, and larger aisles for easier movement. Additionally, these aircraft often offer superior amenities, such as lie-flat seats in business and first-class, larger entertainment screens, and more personal space, improving the overall travel experience.
3. Greater Range and Cargo Capacity
Wide-body aircraft can cover longer distances without stopping, making them ideal for long-haul international flights. Their design not only supports extended range capabilities but also allows for a larger cargo hold. This dual advantage makes wide-body aircraft a preferred choice for airlines that prioritize direct routes and need to transport significant volumes of cargo alongside passengers.
While evaluating the different suppliers make sure to check the following criteria:
1. Manufacturing Reputation
Evaluate the supplier's history in the aerospace industry, focusing on their experience with wide-body aircraft. A reputable supplier with a strong track record ensures reliability and quality.
2. Technological Advancements
Consider the technological capabilities of the supplier, particularly in terms of innovation, fuel efficiency, and environmental compliance. The latest advancements can significantly enhance operational efficiency.
3. Safety Records
Safety is paramount. Review the safety records of the supplier's aircraft, including incident and accident rates. A strong safety record indicates a commitment to high manufacturing standards.
4. Cost Effectiveness
Analyze the cost-benefit ratio. While the initial purchase price is important, also consider long-term operational costs, including maintenance and fuel consumption.
5. Delivery Timelines
Assess the supplier's ability to meet your timetable. Delays in delivery can have a significant impact on your operations and profitability.
6. After-Sales Support
Examine the extent of after-sales support offered, including maintenance services, spare parts availability, and training programs. Comprehensive support ensures smooth operations post-purchase.
Wide-body aircraft, known for their extensive capacity and long-range capabilities, play a pivotal role in the cargo and freight industry. These aircraft are instrumental in transporting large volumes of goods across continents, providing a critical link in the global supply chain. Their ability to carry substantial payloads makes them invaluable for businesses dealing in high-volume or oversized cargo, ensuring timely and efficient delivery of goods worldwide. In the realm of executive travel and corporate charters, wide-body aircraft offer unmatched luxury and convenience. Companies often utilize these planes for transporting executives, clients, and teams across vast distances with amenities that facilitate productivity and comfort in the air. This use case underscores the aircraft's versatility, serving not just logistical needs but also corporate hospitality and travel efficiency. Another significant B2B application of wide-body aircraft is in the aerospace and defense sector. Governments and defense contractors leverage these planes for a variety of purposes, including troop transportation, aerial refueling, and strategic airlift operations. Their wide fuselages and robust engineering enable the modification into command centers, medical evacuation units, or other mission-specific configurations, showcasing their adaptability to diverse military and governmental needs. These examples highlight the broad spectrum of B2B use cases for wide-body aircraft, demonstrating their critical role in supporting global business operations across industries.
Wide-body aircraft, which are integral to international and long-haul travel, currently sit at Technology Readiness Level (TRL) 9. This classification signifies that these aircraft are fully developed technologies, extensively tested, and proven in operational environments. The journey to TRL 9 is attributed to decades of advancements in aerospace engineering, material sciences, and avionics. The incorporation of composite materials for fuselage and wing construction exemplifies a technical leap, enhancing fuel efficiency by reducing weight without compromising strength. Progress in turbofan engine technology has also been pivotal, offering higher thrust-to-weight ratios and improved fuel economy, thus extending the range and efficiency of wide-body aircraft. Avionics systems have evolved to incorporate advanced navigation, weather radar, and communication systems, improving safety and operational reliability. Moreover, the integration of sophisticated cabin pressurization and air filtration systems has significantly enhanced passenger comfort over long distances. Each of these technical milestones has been rigorously tested in real-world conditions, ensuring that wide-body aircraft meet the stringent safety and performance standards required for TRL 9 status. The culmination of these innovations and their successful application in commercial aviation underscores the high level of technological maturity that wide-body aircraft have achieved.
In the Short-Term, wide-body aircraft are poised to embrace incremental innovations that enhance fuel efficiency and reduce carbon footprints. Manufacturers are focusing on integrating advanced aerodynamics, lighter materials, and more efficient engines. These improvements are aimed at meeting stringent environmental regulations and responding to the increasing demand for more sustainable air travel options. Looking into the Mid-Term phase, the focus shifts towards incorporating cutting-edge technologies such as hybrid-electric propulsion systems and advanced avionics that support semi-autonomous flight operations. These advancements will not only further improve fuel efficiency but also enhance safety and reliability. The development and integration of these technologies are expected to redefine the economics of airline operations, enabling carriers to offer more competitive pricing structures while maintaining high safety and environmental standards. In the Long-Term outlook, the wide-body aircraft industry is set to witness a revolutionary transformation with the introduction of fully autonomous flight systems and the potential for alternative fuel sources, including hydrogen and solar power. These developments will pave the way for a new era of air travel characterized by unprecedented levels of efficiency, safety, and sustainability. The long-term phase will likely see a significant shift in the design and operation of wide-body aircraft, aiming to meet the future demands of global air travel.
