Basket of the balloon

Exploring the workings of an hot-air balloon starts with examining the fascinating evolution of its basket where the passengers and pilot stand. The history of the basket is an old one that has not evolved much from the 19th century hot-air balloon. And the reason why it has remained unchanged is due to a resilient material – the wicker. Despite the technological advancement, companies still use wicker to make the baskets. So, the story of a balloon basket goes hand-in-hand with explaining the inherent properties and qualities of wicker.

The balloon basket takes the heat

The basket is the lowest part of the balloon, just underneath the burner. It is the most complicated structure because of the hard-core functions it must serve. The basket is the compartment that carries the propane gas tank, the pilot, the passengers and other vital instruments. Baskets come in a variety of shapes and sizes. Some are smaller for the private flights, and others are larger sizes for the commercial flights. It is also possible to tailor make the basket to a set specification, from the wall height and width.

During a flight, the basket is constantly on the move. It shifts from place to place swayed by the weather conditions. It also takes the pressure of the weight that it carries inside. Moreover, when the balloon lands it hits the floor and grinds to a halt. Therefore, both while in the air and on ground, the amount of force exertion on it is tremendous. Hence, the basket needs to be incredibly robust and be able to distribute any shock. That is why although there is an apparent evolution of a modern-day balloon from its invention of almost two centuries ago, the finest basket is still hand-made of wicker.

The wicker basket of the balloon

Despite the innovation and availability of so many new synthetic materials, wicker is better than all of them put together due to its durability and flexibility. It absorbs much of the shock on landing any surface and doesn’t shatter upon impacting very hard surfaces or even in freezing temperatures. It is the best choice not only for impact-absorbency but also for strength, ease-of-repair, and lightweight. Moreover, the wicker basket resists entanglement in power lines or branches.

The construction of the wicker basket consists of a tight, vertical weave around a stainless-steel frame that prevents it from falling apart. Most manufacturers pad the inside walls of the basket with either leather or suede for the comfort of the passengers. It is finished on the outside with a urethane coating to resist becoming brittle. Besides, the coating ensures its longevity and protects the basket from rotting when exposed to dampness. The floor material is firm and beautiful giving the passenger stable footing and a strong sense of security. The inherent strength and beauty come from a well thought out amalgamation of stainless steel framework, leather, wicker and foam padding.

Wicker grows in Southeast Asia. Most baskets are woven from the finest quality cane Palembang or Kooboo as these are hardwearing, extremely sturdy and relatively lightweight. Companies use Round Reed only where color-dyeing is needed.

Structure of the basket

There are two main types of basket – open and T-partition. Open is when the fuel, the pilot, and the passengers are all housed together in just one compartment. T-partition is when the passengers are in one compartment and the canisters and the pilot in a different section in the basket. The T-partition has struts and is a stronger structure than the open basket. Also, the balloon remains more balanced overall with the T-partition as the weight is spread evenly over each compartment.

Height of the basket

The average height of the basket is about 3 feet or 1 meter. The walls are high enough to feel very secure, as well as low-slung sufficiently for an adult to easily see over. Overall, the height of the basket is rarely in the way of the view.

Two notable balloon basket companies

Enterprises that specialize in manufacturing balloon baskets have amassed decades of experience, knowledge, and skills in making them. Safety and comfort being the uppermost concern, they design the baskets using the premium ingredients that is available in the market. They are meant to last long and easy to maintain. Firefly and Lindstrand are two such companies that are well-known among the balloon adventurers, aviation enthusiasts, and hobbyists.

Firefly balloon basket

Known as the Cadillac of the hot-air balloon, Firefly baskets are unique. They are aesthetically quite pleasing and easy to assemble without requiring any tools because all the components clip into place. The frame is woven in vertical pattern and colorful accents and padded with suede or smooth leather.

Lindstrand balloon basket

As leaders in the industry, Lindstrand has set the standard for luxury and quality. Each Lindstrand basket has a stainless-steel superstructure with a choice of either a woven or wooden floor. The frames are joined to solid nylon rod to assure that the basket will maintain its shape.

Perhaps what makes wicker a resilient material would be a good follow-up read or study. If the inherent properties of wicker can assure safety in the air, it warrants further study to see how to use them for practical applications on the ground. Wonder if anyone has thought of using them as passenger seats in an aircraft. Wicker seats are resilient and lightweight, and this can enhance the fuel efficiency of even the wide-bodied aircraft such as B747 or A380. It may be an idea well-worth considering. If not, we say wishful thinking and much bicker about wicker!

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