

A German skeleton racer who mastered icy tracks to become a Junior World Champion and a consistent World Cup contender.
Alexander Kröckel committed to the icy, high-speed world of skeleton racing as a teenager, joining the German national squad in his late teens. His talent crystallized on the junior circuit, where he secured a silver medal at the 2010 Junior World Championships before climbing to the top of the podium to claim the gold in 2011. This junior success was a springboard to the senior World Cup tour, where he immediately proved he belonged among the sport's elite. In the fiercely competitive 2011-12 World Cup season, Kröckel finished an impressive fifth overall, demonstrating remarkable consistency on tracks across Europe and North America. His career represents Germany's continued production of world-class sliding sport athletes.
1981–1996
The first digital natives. Grew up with the internet, came of age during 9/11 and the 2008 crash. Highly educated, deeply indebted, slower to marry and buy houses. Redefined work, identity, and what it means to be an adult.
Alexander was born in 1990, placing them squarely in the Millennials. The events that shaped this generation — the internet revolution, 9/11, and the 2008 financial crisis — shaped the world they entered and the choices available to them.
The biggest hits of 1990
#1 Movie
Home Alone
Best Picture
Dances with Wolves
#1 TV Show
Roseanne
The world at every milestone
Hubble Space Telescope launched; Germany reunifies
Oklahoma City bombing; Windows 95 released
US invades Iraq; Human Genome Project completed
Twitter launches; Pluto reclassified as dwarf planet
Barack Obama elected first Black US president; financial crisis
Osama bin Laden killed; Arab Spring sweeps the Middle East
COVID-19 pandemic shuts down the world
He began his skeleton racing career in 2003, at the age of 13.
His World Cup result showcased Germany's depth in skeleton, a nation that often produces multiple top-ten contenders.
“You must become one with the sled and the ice to find those hundredths of a second.”