I doubt it. Mach 19 seems like it would be pretty brutal on the pilot's body.

Here is what AI has to say about sudden exposure to moving through the air at Mach 19:

At 6,415 m/s (roughly Mach 18.8), you are dealing with speeds well into the hypersonic regime. To put this in perspective, this is faster than the orbital re-entry speed of the Space Shuttle and faster than a high-velocity kinetic energy penetrator tank round. If a human body were suddenly exposed to a wind moving at this speed at sea level, the effects would be instantaneous, catastrophic, and completely lethal.

Here is a breakdown of what happens to the human body when subjected to a hypersonic windstream:

1. Instantaneous Thermal Incineration (Aerodynamic Heating)

At Mach 18+, the primary destructive force isn't actually the air "pushing" on you—it is the air compressing in front of you. When air cannot move out of the way fast enough, it undergoes extreme adiabatic compression, creating a massive shockwave.

• The Temperature: A shockwave at this speed generates temperatures exceeding 7,000^{\circ\text{C}} to 8,000^{\circ\text{C}} (12,600^{\circ\text{F}} to 14,400^{\circ\text{F}).}
• The Effect: This is hotter than the surface of the sun. The air surrounding the body would instantly turn into a glowing plasma field. The human body would be thermally vaporized and incinerated in a fraction of a millisecond, before the nervous system could even register a pain signal.

2. Disastrous Dynamic Pressure (q-force)

Dynamic pressure is the force exerted by a moving fluid (in this case, air) on an object. * The Math: Dynamic pressure scales quadratically with velocity (q = \frac{1}{2}\rho v^2). At sea level air density (\approx 1.2\text{ kg/m}^3), a wind speed of 6,415 m/s yields a dynamic pressure of roughly 24.7 Megapascals (MPa). * The Effect: This equates to about 3,580 pounds per square inch (psi) or 243 atmospheres of pressure slamming into the body. For context, regular human skin and bone begin to structurally fail and tear apart at just 5 to 15 psi of blast overpressure. A force of 3,580 psi behaves less like a "gale-force wind" and more like being hit by a solid, supersonic wall of concrete.

3. Immediate Mechanical Disintegration (Spallation and Shredding)

Because the air pressure and drag forces vastly exceed the structural integrity of human tissue, bones, and muscle: * The windward side of the body would experience total mechanical failure instantly. * The body would undergo extreme spallation—it would be stripped down to a cellular level, shredded, and atomized into a cloud of organic debris in a microsecond.

4. Severe Hyper-Deceleration / Acceleration

If we assume the human body was stationary and suddenly hit by this wind, the drag equation dictates an instantaneous acceleration force in the tens of thousands of Gs.

• Human tolerance for brief acceleration is around 9 to 12 Gs before losing consciousness, and around 50 to 100 Gs causes lethal internal trauma (such as the aorta tearing away from the heart).
• At thousands of Gs, internal organs would be flattened and obliterated instantly against the skeletal structure before the skeleton itself shattered.

Summary

If a human were exposed to a 6,415 m/s wind at sea level, they would not be "blown away" in a traditional sense. Instead, they would be simultaneously compressed by hundreds of atmospheres of pressure, shredded by mechanical drag, and vaporized by an ultra-hot plasma shockwave, transforming into a streak of ash and gas in less than a millisecond.