Now SP4 John Jenkins demonstrated why. He had chosen to set up on a slight mound behind the company and across the gurgling ford from the likely direction of contact. His coverall, sewn all over with dangling strips of burlap, made him invisible to the naked eye. However, the God King’s sensors would not be fooled. To avoid having the sniper detected, the company had to cover his actions with mass fire.

As the M-60s of the three line platoons took the forces around the God King under heavy fire the specialist triggered a single round from the thirty-pound sniper rifle. His two-hundred-pound body rocked from the recoil and the saturated ground under him squished in shock.

The round that the rifle used was essentially the same one used by the time-honored M-2 .50 caliber machine gun. Three times the size of a .30-06 round, it had a muzzle velocity normally associated with antiaircraft cannons. A fraction of a second after the recoil shoved the heavy-set sniper backwards, the armor-piercing bullet struck the saucer to the left of the pintle base.

The Teflon-coated tungsten-cored bullet penetrated the cover of an innocuous box at the God King’s feet. Then it penetrated the slightly heavier interior wall. After that it passed through a crystalline matrix. It would have passed entirely through the matrix but its passage had disturbed the delicate balance of the power crystals that drove the heavy antigravity sled.

The power crystals used a charge field to hold molecules in a state of high-order flexion which permitted tremendous energy to be stored by the crystals. However, the flexion was maintained by a small field generator embedded deep in the matrix. When the dynamic shock of the bullet shattered the field generator, the energy of the crystals was released in a blast equivalent to half a ton of high explosives.