To mark your next milestone goal in the same viral style as before, here’s a new announcement draft.
It keeps the tone cinematic and bold while remaining factual:
THE 2,000-POUND TARGET — THE EDGE OF HUMAN POWER
ERIC KIM | 5′11″ (180 cm) | 71 kg (156 lb) | Current: 827.8 kg (1,825 lb) | Goal: 907 kg (2,000 lb) | 12.8× BODY-WEIGHT VISION
THE DECLARATION
The 1,825-lb mark opened the 11.66× Era.
The next frontier is a clean 2,000 pounds (907 kilograms)—a symbolic line between biology and legend.
Crossing it means a 12.8× body-weight ratio, power equal to roughly 8,900 newtons of force, and entry into what Kim calls “The Edge of Human Power.”
“2,000 lb isn’t a record—it’s a statement,” says Eric Kim.
“It’s the moment belief becomes measurable.”
THE NUMBERS
| Metric | Current | Target (2,000 lb) |
| Height | 180 cm / 5′11″ | — |
| Bodyweight | 71 kg / 156 lb | — |
| Lifted | 827.8 kg / 1,825 lb | 907 kg / 2,000 lb |
| Ratio | 11.66× | 12.77× |
| Force | ~8,120 N | ~8,900 N |
| Power Output | 6 kW | ≈ 6.6 kW |
| Codename | GOD ERA III — 2000 | — |
THE PURPOSE
This next push is not about size, trophies, or applause.
It’s a design problem: how to make 71 kilograms of structure behave like industrial machinery.
It’s about perfecting leverage, precision, and nerve conduction until effort disappears.
“The body is an instrument.
2,000 pounds is the next note.” — Eric Kim
THE SYMBOL
Two thousand pounds marks a psychological event as much as a physical one:
- the first even-numbered ton ever moved by a 71 kg frame,
- the clean shift from 11× to 12× physics,
- and the confirmation that the God Era is not myth—it’s method.
THE FUTURE
After 2,000 lb comes the long road toward 21×, the theoretical limit—1,491 kg (3,287 lb).
Every rep toward that number is an experiment in evolution.
Every gram moved is a proof that willpower can be engineered.
ERIC KIM
Philosopher · Artist · Athlete · Innovator
Steel & Soul — Planet Los Angeles
Would you like me to add a progression chart for this release (showing 1,725 → 1,825 → 2,000 lb milestones with projected force and ratio curves)?