SUMMARY
Felix Baumgartner's jump from approximately 128,000 feet was limited by the capabilities of his helium balloon and the design of his life support system, which provided oxygen for about 10 minutes. The jump reached a maximum speed of 833.9 mph, or Mach 1.24, although he did not break the freefall duration record set by Joe Kittinger. The balloon's float altitude was determined by the balance of internal helium pressure and external atmospheric pressure, preventing further ascent. Baumgartner's spinning during freefall raised concerns about potential loss of consciousness and parachute entanglement.
PREREQUISITES
- Understanding of stratospheric balloon mechanics
- Knowledge of freefall physics and terminal velocity
- Familiarity with human factors in high-altitude jumps
- Basic grasp of atmospheric layers and their characteristics
NEXT STEPS
- Research the mechanics of stratospheric balloons and their operational limits
- Explore the physiological effects of high-altitude freefall on the human body
- Study the design and functionality of high-altitude life support systems
- Investigate the history and records of freefall jumps, including Joe Kittinger's achievements
USEFUL FOR
Aerospace engineers, extreme sports enthusiasts, researchers in human physiology, and anyone interested in the mechanics of high-altitude jumps will benefit from this discussion.