Cases for Aerodynamic Simulations

A taste of the possibilities

Compare simulations to real-world data for accuracy and reliability

How Aptera Motors Leveraged AI Morphing to Achieve Record-Breaking EV Efficiency

Aptera Motors set out to build one of the most energy-efficient production vehicles ever created. Combining iterative CFD with AI Morphing, the team achieved a vehicle four times more efficient per mile than the average EV.

Breaking the World Record for the World’s Fastest Drone, Twice!

Luke Maximo Bell and his father Mike used AirShaper’s cloud-based CFD to take the Peregreen quadcopter from a high-speed prototype to the official Guinness World Record for fastest battery-powered RC aircraft at 657 kph (408 mph).

How Wingtra Increased Payload Capacity by 56% Using AirShaper

When Wingtra set out to design the next generation of its industry-leading mapping drone, the team aimed for unprecedented aerodynamic performance from day one.

The 447kph Leap: How 7X Design Used AirShaper to Turn a Supercar Into a Hypercar

7X Design used AirShaper’s cloud-based CFD platform to transform a Lamborghini Huracán into the 278mph (447kph) Lamborghini Rayo — a transformation typically reserved for multi-million-dollar OEM programs.

Hello, Halo

AirShaper cases, aerodynamic cases, aerodynamic uses, F1 halo aerodynamics, F1 aerodynamics, F1 black ring, race car aerodynamics, formula 1 aerodynamics, formula 1 halo, formula 1 black ring, open wheel racers aerodynamics, formula car aerodynamics, formula car wind tunnel, race car wind tunnel

Aquilo

The Aquilo car was designed to use a patented aerodynamic concept in turns. From Wouter Remmerie’s dream project to the AirShaper Origins.

Increasing Workability of Offshore Operations

Global warming. Air pollution. Health & safety risks. Nuclear disasters.

Jaguar SVO Project 9

It’s hard to imagine what a Jaguar from 2025 would look like in 2050. Ivo Mukkulainen, student at the Lahti Institute of Design, took that challenge.

Lamborghini Gallardo Aerodynamics - The Secret 1-mile Drag Race

Lamborghini's are widely popular on both track and drag strip. In this article, we explain how the aerodynamics can be tweaked for both!

H-Aero

Have you ever wished you could fly over traffic? This h-aero® drone/blimp is designed to carry people and yet be fuel efficient!

Porsche 911 - fixing aerodynamics with F1 technology

Porsches get better with every model. And the recipe is quite simple: you take the previous model, improve every single bit and there you go - the new 911 is faster & prettier than the last one. It's basic evolutionary theory.

Sense Fly

Drone types - There are plenty of options to keep a drone in the air: rotary wings, with their upward-pulling propellers, have great maneuverability but consume a lot of power to even just hover.

Joost Vandendries

In a sport where speed is your main goal, aerodynamics are all the more important. Joost Vandendries used AirShaper to increase his top speed by 20 km/h!

Is the Tesla Cybertruck aerodynamic?

We reveal the aerodynamic secrets behind the Tesla Cybertruck. Using a public 3D model and AirShaper software to run CFD simulations, we calculate the Cybertruck’s drag coefficient.

Tesla Semi Truck

Comparing the Tesla Semi truck design to traditional trucks. What’s the impact of this sci-fi looking design on its aerodynamic efficiency and it’s fuel usage?

Winning the Red Bull Airrace

Over the weekend, most people tend to relax: enjoy a barbeque, watch a movie, sleep in. Some people, however, get into their aerobatic airplane and compete in the Red Bull Air Race.

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