Die Trying

relaxation was disappearing. His shoulders were tensed. He fired the fourth. Reacher handed the field glasses back to Joseph Ray on the edge of the crowd. He didn’t need to look. He knew Borken was going to miss with the rest. In that state, he’d have missed at four hundred yards. He’d have missed at two hundred. He’d have missed across a crowded room.
    Borken fired the fifth and then the sixth and stood up slowly. He lifted the big rifle and used the scope to check what everybody already knew.
    “One hit,” he said.
    He lowered the rifle and looked across at Reacher.
    “Your shot,” he said. “Life or death.”
    Reacher nodded. Fowler handed him his magazine. Reacher used his thumb to test the spring. He pressed down on the first bullet and felt the smooth return. The bullets were shiny. Polished by hand. Sniper’s bullets. He bent and lifted the heavy rifle. Held it vertical and clicked the magazine into place. He didn’t smack at it, like Borken had done. He pressed it home gently with his palm.
    He opened the bipod legs, one at a time. Clicked them against their detents. Glanced up the range and laid the rifle on the matting. Squatted next to it and lay down, all in one fluid motion. He lay like a dead man, arms flung upward around the gun. He wanted to lie like that for a long time. He was tired. Deathly tired. But he stirred and laid his cheek gently against the stock. Snuggled his right shoulder close to the butt. Clamped his left hand over the barrel, fingers under the scope. Eased his right hand toward the trigger. Moved his right eye to the scope. Breathed out.
    Firing a sniper rifle over a long distance is a confluence of many things. It starts with chemistry. It depends on mechanical engineering. It involves optics and geophysics and meteorology. Governing everything is human biology.
    The chemistry is about explosions. The powder behind the bullet in the shell case has to explode perfectly, predictably, powerfully, instantly. It has to smash the projectile down the barrel at maximum speed. The half-inch bullet in the Barrett chamber weighs a hair over two ounces. One minute it’s stationary. A thousandth of a second later, it’s doing nearly nineteen hundred miles an hour, leaving the barrel behind on its way to the target. That powder has to explode fast, explode completely, and explode hard. Difficult chemistry. Weight for weight, that explosion has got to be the best explosion on the planet.
    Then mechanical engineering takes over for a spell. The bullet itself has to be a perfect little artifact. It’s got to be as good as any manufactured article has ever been. It has got to be cast better than any jewelry. It must be totally uniform in size and weight. Perfectly round, perfectly streamlined. It has to accept ferocious rotation from the rifling grooves inside the barrel. It has to spin and hiss through the air with absolutely no wobble, no bias.
    The barrel has to be tight and straight. No good at all if a previous shot has heated and altered the barrel shape. The barrel has to be a mass of perfect metal, heavy enough to remain inert. Heavy enough to kill the tiny vibrations of the bolt and the trigger and the firing pin. That’s why the Barrett Reacher was holding cost as much as a cheap sedan. That’s why Reacher’s left hand was loosely clamped over the top of the gun. He was damping any residual shock with it.
    Optics play a big part. Reacher’s right eye was an inch behind a Leupold & Stevens scope. A fine instrument. The target was showing small, behind the fine data lines etched into the glass. Reacher stared hard at it. Then he eased the stock down and saw the target disappear and the sky swim into view. He breathed out again and stared at the air.
    Because geophysics are crucial. Light travels in a straight line. But it’s the only thing that does. Bullets don’t. Bullets are physical things which obey the laws of nature, like any other physical things. They follow the curvature of the earth. Eight hundred and thirty yards is a significant piece of curvature. The bullet comes out of the barrel and rises above the line of sight, then it passes through it, then it falls below it. In a perfect curve, like the earth.
    Except it’s not a perfect curve, because the very first millisecond the bullet is gone, gravity is plucking at it like a small insistent hand. The bullet can’t ignore it. It’s a two-ounce copper-jacketed lead projectile traveling at nearly nineteen