The Airbus A330-200 stands as a prominent figure in the long-haul commercial aviation sector, renowned for its efficiency, range, and passenger comfort. Understanding the Airbus A330-200 specifications is crucial for anyone interested in its operational capabilities and market role. This aircraft, a shorter variant of the A330 family, offers a compelling balance of performance and capacity, making it a favorite among airlines worldwide. Delving into its technical details reveals why the Airbus A330-200 continues to be a workhorse in modern fleets.
General Overview of the Airbus A330-200
The Airbus A330-200 is a twin-engine, wide-body airliner manufactured by Airbus. It first flew in 1997 and entered service shortly thereafter, designed to offer a more compact, longer-range alternative to its larger A330-300 sibling. Its robust design and adaptable configurations make the Airbus A330-200 a versatile aircraft, suitable for various route networks. These detailed Airbus A330-200 specifications highlight its engineering prowess and operational flexibility.
The aircraft’s primary role includes medium to long-range flights, connecting continents with efficiency. Its design focuses on optimizing fuel consumption and maximizing passenger comfort over extended periods. This has solidified its position as a key player in international air travel.
Airbus A330-200 Dimensions and Structure
The physical attributes of the Airbus A330-200 are fundamental to its operational envelope and airport compatibility. These dimensions are critical aspects of the Airbus A330-200 specifications, influencing everything from gate assignments to payload capacity.
Key External Dimensions:
Length: Approximately 58.82 meters (193 feet 0 inches)
Wingspan: Approximately 60.30 meters (197 feet 10 inches)
Height: Approximately 17.39 meters (57 feet 1 inch)
Wing Area: 361.6 square meters (3,892 square feet)
The wide-body fuselage typically accommodates two aisles, providing a comfortable cabin environment. This configuration allows for various seating arrangements, catering to different airline preferences and market demands. The structural integrity is designed for sustained high-altitude, long-duration flights.
Performance Metrics of the A330-200
The performance capabilities are central to the Airbus A330-200 specifications, defining its utility for airlines. These metrics illustrate its ability to cover significant distances efficiently while carrying a substantial payload.
Operational Performance:
Maximum Range: Up to approximately 13,400 kilometers (7,250 nautical miles), depending on payload and engine variant. This impressive range allows for non-stop transatlantic and transpacific flights.
Cruising Speed: Typically around Mach 0.82 (approximately 871 km/h or 541 mph at cruising altitude). This speed ensures competitive flight times.
Maximum Take-off Weight (MTOW): Varies by variant, generally between 230,000 kg (507,000 lbs) and 242,000 kg (534,000 lbs). The high MTOW indicates its significant payload and fuel carrying capacity.
Maximum Landing Weight (MLW): Approximately 182,000 kg (401,240 lbs). This specification is crucial for structural limits during landing operations.
Service Ceiling: Up to 12,500 meters (41,000 feet). Operating at higher altitudes improves fuel efficiency and avoids adverse weather.
These performance Airbus A330-200 specifications underscore its suitability for demanding long-haul routes, offering airlines operational flexibility and economic advantages.
Engine Options and Power
The propulsion system is a critical component of the Airbus A330-200 specifications, directly impacting its performance and efficiency. The A330-200 offers a choice of reliable and powerful turbofan engines from leading manufacturers.
Available Engine Types:
General Electric CF6-80E1: A widely used and proven engine known for its reliability.
Pratt & Whitney PW4000: Another popular choice, offering strong performance characteristics.
Rolls-Royce Trent 700: Known for its advanced technology and fuel efficiency.
Each engine option provides thrust ratings in the range of 300 to 320 kN (67,500 to 72,000 lbf), ensuring ample power for take-off and climb, even at high MTOWs. The choice of engines allows airlines to select the best option based on their specific operational requirements and existing maintenance infrastructure. These engine Airbus A330-200 specifications contribute significantly to the aircraft’s overall economic performance.
Passenger and Cargo Capacity
The internal configuration and capacity are vital Airbus A330-200 specifications for airlines focused on revenue generation. The aircraft is designed to maximize passenger comfort while also offering substantial cargo capabilities.
Capacity Details:
Typical Seating Capacity:
Two-class configuration: Approximately 253 passengers (e.g., Business and Economy).
Three-class configuration: Approximately 246 passengers (e.g., First, Business, and Economy).
High-density configuration: Up to 406 passengers (maximum certified capacity).
Cargo Volume: Approximately 136 cubic meters (4,803 cubic feet) in its lower deck compartments. This allows for significant freight or luggage carriage, enhancing its utility beyond passenger transport.
The flexible cabin layout allows airlines to customize the interior to meet specific market demands, from premium-heavy configurations to more economy-focused setups. This adaptability is a key strength of the Airbus A330-200 specifications.
Operational Characteristics and Efficiency
Beyond raw numbers, the operational characteristics of the Airbus A330-200 highlight its efficiency and advanced features. These aspects of the Airbus A330-200 specifications contribute to its appeal for long-term fleet integration.
Key Operational Features:
Fuel Efficiency: The A330-200 is known for its relatively good fuel economy, particularly for its class and age, thanks to its efficient engines and aerodynamic design. Continuous improvements and maintenance programs further optimize its fuel burn.
Advanced Avionics: Equipped with a modern glass cockpit featuring advanced fly-by-wire controls, enhancing safety and reducing pilot workload.
Commonality: Shares significant commonality with other Airbus aircraft (e.g., A320 family, A330-300), which reduces training costs and simplifies maintenance for airlines operating mixed Airbus fleets.
ETOPS Certification: Typically ETOPS-180 or ETOPS-240 certified, allowing it to fly routes with extended diversion times from suitable airports, opening up more direct and efficient flight paths over oceans and remote areas.
These characteristics make the Airbus A330-200 a cost-effective and reliable aircraft for a wide array of routes. The detailed Airbus A330-200 specifications ensure its continued relevance in a competitive aviation market.
Conclusion
The Airbus A330-200 specifications paint a clear picture of a highly capable and versatile wide-body aircraft. From its robust dimensions and impressive range to its efficient engine options and flexible capacity, the A330-200 consistently delivers strong performance for airlines globally. Its balance of operational efficiency, passenger comfort, and technological sophistication ensures its enduring presence in the skies. For anyone evaluating long-haul aircraft options, understanding these comprehensive Airbus A330-200 specifications is an essential step towards appreciating its significant contributions to modern air travel.