A detailed concept visualization informs a more realistic engineering solution.

Hypersonic CASE STUDY

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THE PROJECT

From Los Angeles to London in 2 hours. In this groundbreaking NASA concept, a large jet airlifts the hypersonic vehicle and releases it at 400 mph. The vehicle's rockets then ignite, accelerating it to 4,000 mph before scramjet propulsion takes over, pushing the vehicle to speeds exceeding Mach 5 (3,836 mph). This innovative method has the potential to transform the global logistics industry, enabling cargo transportation between cities like Los Angeles and London in just a matter of hours.

THE CHALLENGE

Create an advanced concept visualization that would not only package multiple propulsion systems and maximum cargo space within a realistic hypersonic form, but also capture the imagination of management. This required a understanding of the technology and constraints involved to communicate the design effectively.

Hypersonic cargo concept visualization

THE SOLUTION

Starting from just a napkin sketch diagram and conversations with the lead engineer, a series of CAD models were built. Through an iterative process with the customer, the aircraft was quickly built (and rebuilt) to optimize packaging of multiple propulsion methods while maximizing the cargo space. This collaborative approach allowed the design team to adapt and improve the concept as new information and requirements emerged. Photorealistic visualization brought the hypersonic cargo transport concept to life within a realistic engineering envelope.

THIS PROJECT INCLUDED:

  • Photorealistic Visualization
  • Conceptual Design
Hypersonic cargo concept exterior view one
Hypersonic cargo concept exterior view two
Hypersonic cargo concept detail three
Hypersonic cargo concept detail four
Hypersonic cargo concept exterior view one
Hypersonic cargo concept exterior view two
Hypersonic cargo concept detail three
Hypersonic cargo concept detail four
Hypersonic cargo concept exterior view one
Hypersonic cargo concept exterior view two
Hypersonic cargo concept detail three
Hypersonic cargo concept detail four
Hypersonic cargo concept exterior view one
Hypersonic cargo concept exterior view two
Hypersonic cargo concept detail three
Hypersonic cargo concept detail four
Hypersonic cargo concept exterior view one
Hypersonic cargo concept exterior view two
Hypersonic cargo concept detail three
Hypersonic cargo concept detail four
Hypersonic cargo concept exterior view one
Hypersonic cargo concept exterior view two
Hypersonic cargo concept detail three
Hypersonic cargo concept detail four

THE OUTCOME

Thanks to the detailed visualization and iterative design process, the advanced concept appeared real and feasible to management, enabling the project to move forward. The design allowed engineers to optimize systems integration and packaging of multiple propulsion methods to maximize the cargo space, creating a more realistic and functional engineering solution.

An Advanced Concept Brought to Life

Early iterative design and visualization reduces risks, and enhances communication and collaboration. KAIA can bring your ideas to life. Contact us today to schedule a consultation and discover how our cutting-edge services can help you create the future.