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Airbus A380-800F vs. Airbus Beluga

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A380-800F

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Beluga

Length
72 m238 ft
56 m184 ft
Wingspan
79 m261 ft
44 m147 ft
Wing Area
845 m²9,095 ft²
260 m²2,798 ft²
Fuselage Width
7 m23 ft
7 m25 ft
Height
24 m79 ft
17 m56 ft
Cargo Capacity
84 t185,000 lbs
47 t103,000 lbs
Max Takeoff Weight
575 t1,276,700 lbs
155 t341,700 lbs
Number of Engines
42
Engine Manufacturer & Model
EA GP7200 / Rolls-Royce Trent 900General Electric CF6
Max Thrust Per Engine
311 kN70,000 lbf
257 kN58,000 lbf
Max Total Thrust
1,244 kN280,000 lbf
514 kN116,000 lbf
Fuel Capacity
320,000 l84,544 gal
62,000 l16,380 gal
Range
15,000 km8,099 nm
1,650 km891 nm
Cruise Speed
903 km/h561 mph
864 km/h537 mph

What Are the Differences Between the Airbus A380-800F and Airbus Beluga

Airbus A380-800F vs Airbus Beluga Size Comparison

  • With a length of 72.70 meters, the Airbus A380-800F is 16.50 meters longer than the Airbus Beluga.
  • The Airbus A380-800F and Airbus Beluga have heights of 24.10 meters and 17.30 meters respectively - making the Airbus A380-800F 6.80 meters taller.

Airbus A380-800F vs Airbus Beluga Cargo Capacity

  • The Airbus A380-800F can carry about 84 tons of cargo, while the Airbus Beluga can hold about 47 tons . Head to head, the Airbus A380-800F has approximately 37 tons more of cargo capacity.

About the Airbus A380-800F

The Airbus A380F, a freighter variant of the renowned A380 passenger jet, stands as a notable chapter in the history of aviation, marked by ambitious goals and subsequent challenges that led to its cancellation.

Production History: Launched in late 2000, the A380 program aimed to introduce a triple-decked super jumbo-jet, competing directly with Boeing's 747. The A380F variant was part of this vision, promising a freighter with exceptional capacity. Despite the momentum, the A380F faced a series of setbacks. Difficulties in manufacturing, primarily due to complex wiring systems, led to significant delays. The freighter variant's development was further impacted when key customers FedEx and UPS cancelled their orders in favor of more immediate solutions. As a result, Airbus indefinitely postponed the A380F, focusing instead on the passenger version.

Design Features: The A380F was envisioned as a cargo powerhouse, with a proposed payload capacity of 150,000 kg and a range of 10,410 km, allowing non-stop flights between continents. It was designed to carry a substantial volume of cargo on three decks, utilizing a wide fuselage for efficient space management. The aircraft's design included features to accommodate its size, such as a 22-wheel landing gear system, ensuring load distribution comparable to the Boeing 747. The A380F's design also incorporated compatibility with existing airport infrastructure, although some adaptations, like widened taxiways, were necessary.

Operational History: The A380F never entered operational service due to the cancellation of its development. The vision for this freighter included significant contributions to long-haul cargo transport, potentially reshaping the air freight industry with its unmatched capacity. However, the market's shift towards smaller, more flexible freighters and the A380 program's broader challenges led to the freighter variant's demise.

Similar Freighter Models: In the realm of large freighters, models like the Boeing 747 Freighter series are often considered. While the A380F promised greater capacity, the 747 freighters have long provided a balance of capacity and operational flexibility, making them a mainstay in the global air cargo market. With the cancellation of the A380F, the 747 freighters continue to hold a significant position in the segment of oversized and heavy cargo transport.

About the Airbus Beluga

The Airbus Beluga, officially designated as the A300-600ST Super Transporter, is a highly specialized wide-body aircraft developed by Airbus. It is uniquely designed for transporting oversized cargo, particularly aircraft parts, earning its name due to its resemblance to the Beluga whale.

Production History: The Beluga's development was initiated as a replacement for the Super Guppies, which were used for transporting large Airbus components. Construction of the first Beluga began in September 1992, and it made its maiden flight in September 1994. The aircraft was a result of Airbus's decision to develop an air-based solution for transporting major components, as surface transportation methods were deemed time-consuming and unreliable. Five Beluga aircraft were eventually built, with modifications performed in Toulouse using components from the Airbus assembly line.

Design Features: Based on the Airbus A300, the Beluga features substantial design modifications to accommodate large cargo. The upper part of its fuselage forms a distinctive horseshoe-shaped structure, allowing for the transport of outsized items. The Beluga's freight compartment measures 7.4 meters in diameter and 37.7 meters in length, with a maximum payload capacity of 47 tonnes. It is powered by General Electric CF6-80C2 turbofan engines, providing enhanced capabilities compared to its predecessors.

Operational History: The Beluga fleet primarily carries Airbus components ready for final assembly across Europe, operating 60 times per week. Operated by Airbus Transport International, a subsidiary of Airbus Group, the fleet also offers charter flight services for third-party clients. The Beluga has been utilized for various special loads, including space station components and large artwork.

Similar Freighter Models: The Airbus Beluga occupies a unique niche in the freighter market. While there are other large cargo aircraft like the Antonov An-124 or Boeing's Dreamlifter, the Beluga is specifically tailored for Airbus' internal logistical needs, focusing on the transport of aircraft parts. In January of 2020, Airbus introduced the BelugaXL - an oversized A330 meant to replace the original Beluga fleet.

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Values shown may not be 100% accurate, as some metrics are averages or only represent certain production years and configurations. Engine specs are based on the best options available.

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