Boeing and Airbus both manufacture enormous aircraft, but who comes out on top when it comes to the big one? The Boeing 747 and Airbus A380 are both superjumbo jets but their designs are vastly different.

Aircraft are typically differentiated by size, capacity, weight and speed. Airlines look for these attributes when selecting an aircraft to maximize profitability and reduce fuel usage.

Size

When it comes to large jets, two rivals stand out: Boeing 747 and Airbus A380. Each aircraft was engineered with mission objectives in mind and designed for carrying a vast number of passengers across vast distances around the globe.

The Boeing 747 can accommodate up to 317 passengers in standard two-class configurations, while the Airbus A380 offers 545 seats in a three-class layout. However, airlines often customize their superjumbo jets with various seat combinations according to passenger needs.

Onboard the A380, passengers can choose between economy class on the lower deck with ten seats per row and eight in business and first class. Business and first class options are also available.

Despite its impressive capacity, the A380 isn't necessarily one of the most sought-after large jets on the market. This may be due to its cabins being spacious but not always comfortable.

Furthermore, the A380's cabin pressurization may not meet modern aircraft standards, leading passengers to feel suffocated.

Another element that could influence the popularity of a large jet is its cost. This could be an important consideration for airlines when looking into purchasing one.

Cost-wise, the boeing 747 is slightly pricier than an Airbus A380 due to its four engines versus two on board the latter aircraft.

Finally, the size of an aircraft on the ground is an important factor when selecting a large jet. After all, this determines an airline's profitability.

Capacity

When it comes to capacity, both aircraft have their advantages and drawbacks. The Boeing 747 is a jumbo jet that can accommodate many passengers while still being an effective freighter. On the other hand, Airbus A380 is a double decker behemoth with spacious cabins, lounges, bars and showers - perfect for larger events!

These two aircraft are the biggest ever built and can quickly transport you from city to city. Their long range capability also makes them popular choices among airlines looking for a bigger plane that can fly on various routes around the globe, giving them an edge over smaller competitors.

These aircraft can take you to destinations such as London, New York and Singapore and even further than many other aircraft on the market today! However, due to their age, these two aircraft need to keep getting better and more efficient in order to remain airborne.

The Boeing 747-8 can carry up to 605 passengers, while the A380 accommodates 868. With such a vast difference between them, it's no wonder why these two jets are two of the world's most sought-after jumbo jets.

Capacity is a critical factor when selecting an aircraft for flight operations, as rising fuel costs and low budget airlines compete to win customers, it is imperative that they possess both high levels of passenger capacity and cost efficiency. With capacity at stake, airlines must consider both factors when making their choice of aircraft.

When considering the capacity of these aircraft, it's essential to take into account the seating configurations they offer. Economy class typically features ten seats per row, while premium economy has eight seats and business and first can offer six to seven rows.

Weight

The Boeing 747 is a time-tested classic of the skies - an ultra-wide body plane ideal for long haul flights. Since 1969, more than 1500 of them have been produced and sold, though only around 500 remain active today.

The Boeing 747-8 is the newest generation of the 747, featuring an extended fuselage and redesigned wings for improved efficiency and increased passenger capacity. It comes in both passenger and freighter variants; this article will focus on the passenger-carrying version - the 747-8I.

Passenger capacity is an essential consideration for airlines when purchasing aircraft. The more passengers that a plane can accommodate, the greater its profit potential.

One way to determine this is by measuring the maximum take-off weight (MTOW) and operating empty weight (OEW). For instance, the 737-8I has a MTOW of 448 tons and an OEW of 220 tons.

It's also essential to factor in fuel burn. The A380 boasts an impressive 'fuel-burn-per-seat' ratio, meaning it uses less fuel per passenger than the average commercial jet - provided all seats are filled onboard.

Another important factor to consider is how much cargo a plane can carry. The 747-8I has an impressive cargo capacity of 167,700 pounds - more than double that of the A380.

Unfortunately, the A380's cargo capacity is relatively limited in comparison to its passenger capacity. This makes it challenging for some carriers to load up the aircraft with cargo despite its impressive payload.

The answer to this question depends on the airline's practical needs and financial position. Some prefer flying the more costly A380 for its luxurious features, while others would rather choose the more cost-effective 747-8 aircraft.

Speed

The Boeing 747 has been an iconic aircraft for over four decades, serving both passenger and cargo flights around the world. It also has several variants such as VIP transport or shuttle carrier. Commonly referred to as Jumbo Jet or Queen of the Skies, it has become one of the world's most well-known aircrafts.

The Airbus a380 is an impressive airliner designed to challenge Boeing's dominance in large aircraft markets. Launched in 2007, it's now the largest passenger plane worldwide and boasts a long flying range, as well as superior anti-turbulence systems and passenger comfort levels. Airlines have increasingly chosen this aircraft due to its impressive capabilities.

Both aircraft are renowned for their impressive size and weight, which allows them to fly at incredible speeds. The Boeing 747 can reach up to 3000 km per hour - faster than many other large jets.

When it comes to aircraft speed, many factors come into play such as the wings' size and engine power. Both aircraft strive for fuel efficiency by employing innovative ideas that keep their operating costs and trip expenses as low as possible.

Many factors come into play here, such as wing designs, engine choices and customization by airlines. For instance, the boeing 747 is much lighter when empty than an airbus a380 - this makes it more fuel efficient during flight.

Both the Boeing 747 and Airbus A380 can comfortably seat a large number of people, though some airlines opt to make their aircraft smaller in order to increase passenger numbers. No matter which aircraft size you select, both aircraft are comfortable and well suited to long distance flights.

Safety

The Boeing 747 was an ideal aircraft that could accommodate many passengers, yet was extremely safe to fly. Engineered with safety in mind, it featured numerous safety features as well as redundant design elements so that if something went awry, repairs could be completed quickly and conveniently.

In the 1960s, airlines sought a bigger plane that could be more efficient. They needed something that could carry more passengers and payloads while also being able to fly long distances. Thus, the Boeing 747 was born.

When the 747 was designed, Boeing had a team of highly experienced engineers with Vickers BAC experience; these ex-designers had previously created the successful VC-10 military aircraft.

They applied their expertise of the VC-10 to create the 747 and collaborated with airlines to understand what was needed. Due to its safety record, more customers decided to purchase this aircraft.

Once the 747 was finished, it quickly gained popularity and quickly became the standard airliner for major international airlines. Able to carry more passengers and cargo than either 777 or 787, its efficiency made it ideal for large international routes.

One of the benefits of the 747 was its capability to land on two opposite bogies if necessary. This proved crucial as it spread the weight more evenly so that it wouldn't crash.