Revolutionary Supersonic Travel Unveiled Amidst Challenging Times

Revolutionary Supersonic Travel Unveiled Amidst Challenging Times

While the XB-1 prototype won’t be known for its silence, it will rely on the tried-and-true GE J85-15 military engines, which date back to the 1950s for their reliability and ease of maintenance. However, the testing of this aircraft will take place in the open expanses of the California desert, where noise levels won’t pose a problem. Credit: Nathan Leach-Proffer.

In a year overshadowed by the global pandemic, Denver-based aviation startup Boom Supersonic boldly reveals its subscale prototype for a high-speed commercial airliner. 

Dubbed the XB-1, this 71-foot-long test vehicle is designed to validate the technology and design of Boom’s ambitious project, the Overture, a $200 million airliner capable of carrying 55 passengers at Mach 2.2. 

Despite current economic and health crises, Boom Supersonic stands resolute, arguing that supersonic travel can help satisfy the human need for connectivity, especially in times marked by the absence of personal interactions.

Challenges Ahead: Financing and Environmental Impact

Despite Boom’s optimism and investments from key players like Japan Airlines and Virgin Group, substantial funding remains a significant obstacle, estimated at $6 billion to $8 billion. 

Furthermore, concerns about the environmental impact and efficiency of supersonic travel persist. Boom’s promise of affordable fares and carbon-neutral flights with its XB-1 prototype is met with skepticism, particularly regarding Overture’s long-term environmental footprint.

The XB-1 demonstrator unveiled last week will be carbon-neutral, thanks to its collaboration with sustainable-fuels maker Prometheus Fuels. Credit: BOOM

Addressing the Sonic Boom and Materials Challenge

The XB-1’s flight tests will reveal the effectiveness of engineering solutions to supersonic challenges, including countering the infamous sonic boom, optimizing aerodynamics for stability, and accommodating potential Mach tuck. 

Materials like carbon fiber and Ultem 9085 are harnessed to withstand extreme conditions, offering possible cost and time-saving benefits.

Global Pandemic as a Catalyst

Boom aims to make supersonic travel more enticing post-pandemic by integrating touch-free technologies and improved passenger safety measures into their aircraft. 

Despite the slow recovery of the airline industry, Boom’s CEO, Blake Scholl, sees the pandemic as an opportunity to rethink the future of air travel and to create a safer and more efficient experience.

A Vision for the Future

As Boom Supersonic marches forward with XB-1, work on Overture’s design and production is underway. The promise of cutting travel time in half for significant routes between cities has attracted airline interest. 

The innovative aircraft has potential appeal beyond commercial airlines, with discussions involving the U.S. Air Force for executive airlift possibilities.

In conclusion, Boom Supersonic faces considerable challenges but still needs to be fulfilled in its mission to reshape air travel for the better.


Read the original article on wired.

Read more: Starship Mankind’s Interplanetary Vehicle.

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