Every ethical predator kill starts with the same thing: knowing exactly where to put the bullet before you ever touch the trigger. It sounds obvious, but predator shot placement is fundamentally different from putting a round through the boiler room of a whitetail. Coyotes, hogs, and bobcats each have unique anatomy, different vital zone sizes, and behavioral tendencies that demand species-specific knowledge. Miss the mark by two inches on a coyote and you’ve got a wounded animal running into the dark. Hit a hog’s shoulder shield dead-on and the bullet might not even reach the lungs.
We’ve spent years behind rifles and shotguns calling predators across a wide range of terrain and conditions — daytime stands, night hunts with thermal optics, close-range shotgun setups, and long-range precision shots in open country. This guide distills what we’ve learned about placing shots on predators effectively, ethically, and in a way that preserves fur when that matters to you. Whether you’re brand new to predator hunting or you’ve got dozens of stands under your belt, understanding the vital anatomy of each species will make you a more confident and more lethal hunter.
We apply the same evidence-based approach here that drives everything across OutdoorBenchmark — real field experience evaluated against clear criteria. You can read more about how we test and evaluate at our methodology page.
Coyote Shot Placement
Coyotes are the most commonly hunted predator in North America, and for good reason — they’re abundant, responsive to calls, and provide outstanding practice for precision shooting. But their vital zone is smaller than most hunters expect. A mature coyote’s chest cavity is roughly the size of a softball, and the heart-lung complex sits tighter and more forward than on a deer. If you’re coming from big game hunting, your instincts about where to aim need recalibration.
Broadside Vital Zone
The broadside shot is your highest-percentage opportunity on a coyote. The vital zone sits just behind and slightly below the front shoulder, centered on the crease where the leg meets the body. Picture a vertical line running up from the back of the front elbow — your aiming point should be roughly one-third of the way up from the bottom of the chest on that line.
The heart sits low and slightly forward, tucked just behind the point of the shoulder. The lungs fill the chest cavity behind it. A well-placed broadside shot through both lungs drops a coyote within seconds. A heart shot anchors them on the spot more often than not, but the heart is a smaller target and sitting lower means you have less margin for error — a low miss goes under the chest entirely.
For most shooting scenarios, we recommend aiming center-mass on the lung area rather than trying to thread a heart shot. The lungs provide a larger margin of error, and double-lung hits are devastatingly effective on an animal this size.
Head and Neck Shots for Fur Preservation
If you’re selling pelts or having fur tanned, body shots create entry and exit wounds that reduce the value of the hide. Head and neck shots eliminate this problem entirely, keeping the pelt pristine from shoulder to tail.
The brain shot on a coyote requires precision. The brain is roughly the size of a golf ball, positioned between and slightly above the ears. A direct frontal shot aimed between the eyes and about an inch above the midpoint is the standard approach. The challenge is obvious: this is a small target on an animal that rarely holds perfectly still, and a miss by an inch in any direction can result in a jaw shot or a superficial wound — both of which are unacceptable outcomes.
Neck shots offer a slightly more forgiving target. The spine runs along the top third of the neck, and a hit anywhere along the cervical vertebrae produces an instant drop. Aim for the center of the neck on a broadside presentation. The vertebral column at the neck is roughly an inch in diameter, but the surrounding spinal cord and major blood vessels give you a zone about two to three inches wide that produces rapid, humane kills.
Our recommendation: only take head and neck shots inside 150 yards with a stable rest. Beyond that distance, the margin for error shrinks to the point where the risk of wounding outweighs the fur preservation benefit.
Quartering Angles
A quartering-toward coyote requires you to shift your aim point forward, placing the bullet into the front of the near shoulder so it angles back through the vitals. This is a lower-percentage shot because the shoulder blade can deflect lighter bullets, and the vital window is narrower from this angle.
A quartering-away shot is much more favorable. Aim behind the last rib on the near side, directing the bullet forward through the lungs and into or through the far shoulder. This angle opens up the chest cavity and gives you the widest path through both lungs. On a coyote, a quartering-away shot at moderate angles is nearly as reliable as a broadside presentation.
Caliber Considerations for Coyotes
Bullet construction matters enormously for coyotes. These are thin-skinned animals weighing 25 to 45 pounds, and high-velocity varmint bullets (.223 Remington, .22-250, .204 Ruger) are extremely effective at producing rapid energy transfer in the vitals. The .223 Remington is the most popular coyote hunting cartridge for good reason — it’s accurate, low-recoil, affordable to shoot in volume, and available in a wide range of bullet weights that let you tune performance for your specific situation.
If fur preservation is a priority, lighter, frangible varmint bullets actually work in your favor for body shots because they dump energy inside the animal without creating large exit wounds. Heavier, bonded bullets designed for bigger game tend to punch clean through and leave larger exits. Match your bullet to your purpose.
Hog Shot Placement
Wild hogs are built nothing like deer, and this single fact is responsible for more wounded pigs than any other variable in hog hunting. Their vitals sit lower and more forward than most hunters expect, they carry a thick gristle plate (shoulder shield) over the front quarters, and their skulls are angled in a way that deflects poorly placed head shots. If you’ve never specifically studied hog anatomy, do not assume your deer hunting instincts will transfer. They won’t.
Understanding the Shoulder Shield
Mature boars develop a dense, cartilaginous shield that covers the shoulders and extends partially down the sides of the chest. This shield can be over an inch thick on a large boar and is tough enough to stop or significantly deflect lightweight, frangible bullets. It’s the hog’s built-in body armor, developed through generations of fighting other boars.
This means your bullet selection for hogs needs to prioritize penetration. Bonded soft points, monolithic copper bullets, and controlled-expansion designs are far better choices than the frangible varmint bullets that work so well on coyotes. You need a bullet that will hold together through the shield and still have enough energy to reach the vitals.
Broadside Shot on Hogs
Here’s where most hunters go wrong: the classic deer shot — behind the shoulder, one-third up — places the bullet too high and too far back on a hog. A hog’s heart and lungs sit lower in the chest cavity and more forward than a deer’s. The lungs in particular are smaller relative to body size.
For a broadside shot on a hog, aim directly at or slightly behind the front shoulder, placing the bullet tight to the lower third of the body. Think of a horizontal line level with the armpit — your bullet should strike on or just below that line. This puts you squarely into the heart-lung complex.
If you aim where you’d aim on a deer, you’ll likely hit above the lungs and into the no-man’s land of the upper body cavity. Hogs hit there can travel extraordinary distances before expiring, often into thick cover where recovery becomes a nightmare — especially during night hunts.
The Brain Shot on Hogs
The hog brain shot is effective but demands precise knowledge of skull geometry. A hog’s brain sits further back and lower in the skull than you’d expect by looking at the head. The prominent snout and sloped forehead create a deceptive profile.
From the front, aim roughly between the eyes but about two inches above the midpoint between the eyes and the base of the ears. The skull slopes sharply, and a shot placed too high on the forehead can skip off the bone entirely.
From the side, the brain is located just behind and below the ear. Place your aiming point at the base of the ear on a broadside head shot.
Brain shots are most appropriate for stationary hogs at close to moderate range — feeders, bait stations, and trapped hogs. On a moving hog or at extended range, the broadside vitals shot is a far safer bet.
Quartering Shots and Nighttime Considerations
Quartering-toward shots on hogs are particularly risky because of the shoulder shield. Unless you’re shooting a cartridge with serious penetration capability (.308 Winchester, 6.5 Creedmoor with bonded bullets, .30-06, or larger), avoid this angle. The bullet has to punch through the shield at an oblique angle and still reach the vitals — that’s a lot to ask of lighter calibers.
Quartering-away shots are your best friend on hogs. Aim behind the last rib on the near side, angling forward into the far shoulder. This bypasses the shield on entry and puts the bullet on a direct path through both lungs and the heart.
At night, shot placement discipline becomes even more critical. Verify your target identification thoroughly — we’ll cover thermal and night vision considerations in a dedicated section below — and prioritize high-confidence broadside and quartering-away shots. The temptation to shoot at sketchy angles intensifies when you’ve been sitting on a stand for hours, but the consequences of a marginal shot in the dark are worse than during the day. Recovery is harder, blood trails are harder to see, and wounded hogs in thick brush at night present genuine safety concerns.
Bobcat Shot Placement
Bobcats are the smallest of the three predators covered here, and that changes the shot placement equation significantly. A mature bobcat weighs 15 to 35 pounds, and the vital zone is proportionally small — we’re talking about a target area roughly the size of a tennis ball for the heart-lung complex.
Small Vitals, Tight Margins
The bobcat’s chest cavity is compact. The heart and lungs are positioned similarly to a coyote — behind and below the front shoulder — but everything is scaled down. A broadside shot should be placed directly behind the shoulder crease, one-third up from the bottom of the chest. The margin for error is tight. An inch high puts you above the lungs. An inch low goes under the chest. Two inches back hits liver and gut.
Because of the small vital zone, we strongly recommend against taking shots on bobcats beyond your reliable precision threshold. For most hunters, that means keeping shots inside 150 yards with a rifle and inside 30 yards with a shotgun. A bobcat hunting guide setup inherently involves closer encounters than coyote hunting in most terrain, so this limitation rarely becomes a practical issue.
Shotgun vs. Rifle for Bobcats
Shotguns are extremely popular for bobcat hunting, and for good reason. Bobcats typically respond to calls by sneaking in close through heavy cover, often presenting brief shot windows at ranges under 40 yards. A load of copper-plated BB or No. 4 buckshot puts a dense pattern on a small target and is devastatingly effective at these ranges.
The advantage of a shotgun extends beyond pattern density. Bobcats are quick and elusive — they can appear, evaluate, and vanish in seconds. A shotgun gives you a more forgiving margin on a fast shot at a moving target than a rifle does. For thick-cover hunting where encounters happen inside 40 yards, a 12-gauge with a modified or improved cylinder choke is hard to beat.
Rifle hunters targeting bobcats should use the same calibers effective on coyotes — .223 Remington, .22-250, .204 Ruger — with lightweight, rapid-expanding bullets. The goal is to dump all energy inside the animal. Pass-through shots on an animal this small waste energy and create unnecessary pelt damage.
Fur Preservation on Bobcats
Bobcat pelts can be significantly more valuable than coyote pelts, which makes fur-saving shot placement especially relevant. Head and neck shots preserve the body pelt entirely. Shotgun hunters using smaller shot sizes (No. 4 buckshot or T shot) at moderate ranges create minimal pelt damage while still being lethal.
If you’re rifle hunting for fur, the same neck-shot principles that apply to coyotes work here — aim for the center of the neck on a broadside presentation. The spinal column and surrounding structures provide a roughly two-inch-wide kill zone on a bobcat’s neck.
How Range Affects Predator Shot Placement
Predator hunting happens across a wide spectrum of distances. You might call a coyote to 30 yards in the brush or take a shot at 400 yards across an open field. Understanding how range changes the shot placement calculus is essential.
Holdover and Bullet Drop
Most predator rifles are zeroed at 100 or 200 yards. Beyond your zero distance, bullet drop becomes a factor. A .223 Remington zeroed at 200 yards drops roughly 7 inches at 300 yards and over 20 inches at 400 yards, depending on bullet weight and velocity. On a coyote-sized animal, 20 inches of uncorrected drop means a complete miss or, worse, a gut shot.
Know your ballistic data. Run your specific load through a ballistic calculator and either memorize your holdovers or use a BDC reticle or turret system that matches your cartridge. Do not estimate holdover on predator-sized targets — the vital zone is too small for guesswork.
Wind and Moving Targets
Wind drift at extended range is the most underestimated variable in predator hunting. A 10 mph crosswind pushes a 55-grain .223 bullet nearly 7 inches at 300 yards and over 13 inches at 400 yards. On a coyote, 7 inches of lateral drift turns a perfect heart shot into a gut shot or a clean miss.
Moving targets multiply the difficulty. A coyote trotting at 5 mph covers roughly 7 feet per second. At 300 yards, your bullet flight time is approximately 0.4 seconds, meaning the coyote moves nearly 3 feet between trigger pull and impact. Leading a moving predator at distance requires practice and a solid understanding of your specific cartridge’s time of flight.
Our standing rule: do not take moving shots on predators beyond 200 yards unless you have practiced extensively on moving targets at those distances. A stationary shot at a called-in predator is always a higher-percentage play.
Fur Preservation Considerations
For hunters who sell pelts or want trophies tanned, shot placement and bullet selection are inseparable from fur quality. Every entry and exit wound reduces pelt value, and the size of those wounds varies dramatically based on what you’re shooting.
Entry and Exit Wound Management
Entry wounds are almost always smaller than exit wounds. A bullet entering at moderate velocity through skin creates a relatively small hole. The exit wound — where the expanded or fragmented bullet tears through — is where the real damage to a pelt occurs. Large-caliber, high-velocity cartridges with aggressive bullet expansion can create exit wounds several inches in diameter. On a coyote or bobcat, that represents a significant percentage of the usable pelt.
Strategies to minimize pelt damage include targeting the head and neck (eliminating body wounds entirely), using calibers and bullets that fragment internally rather than exiting (frangible varmint bullets in .223 at moderate velocity), and choosing shot angles that place exit wounds in areas of lower pelt value (the belly side rather than the back or sides).
Caliber and Bullet Selection for Fur
The .17 HMR and .22 WMR are popular fur-saving options at ranges under 150 yards. They produce minimal pelt damage and are effective on coyotes and bobcats with proper shot placement. The tradeoff is limited range and reduced lethality if placement isn’t precise.
The .223 Remington with 40 to 55-grain frangible varmint bullets strikes the best balance for most predator hunters. It offers enough range and accuracy for 300-yard shots while producing relatively small entry wounds and often no exit wound at all when the bullet fragments inside the chest cavity.
Avoid magnum cartridges (.22-250 with heavy bullets, .243 Winchester, anything larger) if pelt quality is a primary concern. These cartridges generate excessive tissue damage and large exit wounds that are difficult to repair.
Thermal and Night Vision Shot Considerations
Predator hunting at night with thermal or night vision optics introduces unique shot placement challenges that don’t exist during daylight.
Image Interpretation
Thermal scopes display heat signatures, not visual detail. This means the anatomical landmarks you rely on during the day — the shoulder crease, the ear, the eye — are represented as temperature differentials rather than visible features. The chest cavity appears as a bright (hot) mass, and the legs and head are typically cooler.
Learning to read thermal imagery takes practice. The vital zone on a thermal image corresponds to the brightest area of the chest on most predators, but contrast levels change with ambient temperature, animal activity level, and scope settings. Spend time observing live animals through your thermal before you hunt with it. Understand how the heat signature maps to the physical anatomy.
Night vision preserves more anatomical detail than thermal because it amplifies existing light rather than detecting heat. Shot placement with night vision is more intuitive for hunters accustomed to daylight scopes, but light conditions affect image quality significantly. On very dark nights, image noise can obscure the precise aiming point.
Confirming Target Identity
This is a safety-critical point that supersedes all shot placement considerations. Before any shot at night, you must positively identify your target as the intended species. Thermal and night vision can make target identification challenging, especially at longer ranges where the heat signature or amplified-light image may not clearly distinguish a coyote from a dog, or a hog from cattle.
Confirm species identification through behavior, size, gait, and context before committing to a shot. If there is any doubt — any at all — do not shoot. No predator is worth a misidentified target. This is a non-negotiable principle of responsible night hunting.
Practice Drills for Predator-Sized Targets
Knowing where to aim means nothing if you can’t execute under field conditions. Predator targets are small, often appear briefly, and may be moving. Your practice should reflect these realities.
Steel and Paper Drills
Set up a 4-inch steel plate (roughly coyote vital zone size) at 100, 200, and 300 yards. Practice shooting from field positions — sitting with shooting sticks, prone over a pack, kneeling against a tree. Time pressure matters: give yourself 5 seconds from the moment you acquire the target to break the shot. This simulates the brief windows predators give you on a stand.
For bobcat-specific practice, reduce the target to a 3-inch plate and work inside 150 yards from positions that simulate thick-cover shooting — seated, kneeling, and offhand.
Coyote Silhouette Targets
Print or purchase life-sized coyote silhouette targets with vital zone overlays. Shoot these at realistic hunting distances and analyze your group placement relative to the vitals. This builds the specific visual reference you need — aiming at a coyote-shaped target is meaningfully different from aiming at a bullseye, and the translation matters.
Calling and Shooting Integration
If possible, practice the full sequence: set up a stand, deploy an electronic caller, acquire a target downrange, and shoot on a timer. This integrates the stress of an active calling setup with the precision requirement of a small-target shot. Most missed coyotes aren’t missed because the hunter can’t shoot — they’re missed because the excitement of a responding predator disrupts the shooting fundamentals that worked fine on the range.
Low-Light Practice
If you hunt at night, practice shooting with your thermal or night vision optic in low-light conditions. Familiarize yourself with the reticle, the image quality at various ranges, and how your body position affects the sight picture through electronic optics. Night shooting is a different skill than day shooting, and it requires dedicated practice time.
Frequently Asked Questions
Where do you aim on a coyote for a clean kill?
For the highest-percentage shot, aim directly behind the front shoulder crease, one-third of the way up from the bottom of the chest on a broadside coyote. This places the bullet through both lungs, which is the largest vital target and produces the fastest kills. If the coyote is within 150 yards and you have a stable rest, a neck shot (center of the neck, broadside) is also highly effective and preserves the body pelt for fur hunters.
Why is hog shot placement different from deer shot placement?
Hog anatomy differs from deer in three critical ways. First, the vital organs (heart and lungs) sit lower and more forward in the chest cavity. Second, the lungs are proportionally smaller relative to body size. Third, mature boars carry a thick cartilaginous shoulder shield that can stop or deflect lightweight bullets. These differences mean aiming behind the shoulder like you would on a deer puts the bullet above the vitals. On hogs, aim lower and tighter to the front shoulder, placing the bullet at or below the armpit line.
What is the best caliber for predator hunting with fur preservation?
The .223 Remington loaded with 40 to 55-grain frangible varmint bullets is the best all-around choice for fur-conscious predator hunting. It offers the range and accuracy to make 300-yard shots on coyotes while producing minimal pelt damage — frangible bullets often fragment completely inside the animal, creating no exit wound. For closer-range work on bobcats under 150 yards, the .17 HMR and .22 WMR are excellent fur-saving options with even less pelt damage, though they sacrifice range and lethality at distance.
How do you confirm a predator target at night with thermal optics?
Positive target identification at night requires evaluating multiple factors before committing to a shot. Assess the animal’s size, body shape, gait, and behavior through your optic. Compare what you’re seeing against known characteristics of your target species — coyotes move and behave differently than domestic dogs, and hogs are distinguishable from cattle by body shape and movement patterns. If you’re in an area where non-target animals could reasonably be present, use a handheld thermal scanner or clip-on unit to identify the animal before transitioning to your weapon-mounted optic for the shot. Never shoot at an unidentified heat signature.
How small is a bobcat’s vital zone?
A mature bobcat’s heart-lung vital zone is approximately 3 inches in diameter — roughly the size of a tennis ball. This makes the bobcat the most demanding predator to shoot cleanly of the three species covered in this guide. The small vital size favors close-range encounters (inside 150 yards with a rifle, inside 30 yards with a shotgun), stable shooting positions, and cartridges that you can shoot with sub-MOA precision. Many experienced bobcat hunters prefer shotguns loaded with copper-plated BB or No. 4 buckshot specifically because the pattern density compensates for the tiny vital zone on a fast, elusive target.