Cloud supercomputers rule our AeroX fastback cap to be a drag-reduction success—but does the wind agree? As you might recall, ...

As one of the few people to have driven two of the most consequential modern EVs, Angus MacKenzie ponders what the stunning ...

Therefore, the calculation was performed in the frequency domain ... The authors acknowledge that this is the first time this singularity is employed. Lift and pitching moment coefficients, as well as ...

Using a 20 percent scale model of the EL9 wing, the tests demonstrated lift coefficients greater than 20 — 7X greater than the 2.5-3 range typical of unblown wings. The results validate the ...

Testing at MIT's Wright Brothers Wind Tunnel validates that the EL9's blown lift wing design unlocks novel aviation capabilities including the ability to take off and land in 150 feet This ...

Although that sales lift calculation is fairly easy and the data is similarly easy to access, the question remains: Is it accurate and reliable? I've met marketing professionals from Fortune 500 firms ...

The fans are arrayed to blow over the wing to increase lift coefficient–an arrangement the startup calls JetFoil–that enables short-field capability. Whisper says the JetFoil blown wing can ...

Wondering how a City of Edmonds levy lid lift would hit your tax bill? Try our calculator! As discussion ramps up over how to address a $13 million budget gap, the city is considering making ...

Tested in the Wright Brothers Wind Tunnel at MIT, it is reported that the Ultra Short delivers enough lift to take off and ...

The tests utilised a 20% scale model of the EL9 wing, revealing lift coefficients exceeding 20, a performance level seven times greater than the typical range of 2.5-3 for unblown wings. This ...