How Many Fps to Kill a Raccoon? (2026)
How many fps to kill a raccoon? Is raw speed the only thing that matters when you hunt or need to dispatch a nuisance animal?
This article explains the real answer in simple terms. It focuses on humane, legal guidance and practical numbers you can use.
You will learn why FPE (foot‑pounds of energy) matters more than FPS, the FPE values recommended for raccoons (about 20–30 ft‑lbs), FPS examples for common pellet weights, and the best shot placement and ranges. The article also includes conversion charts, chronograph tips, and platform advice so you can pick a safe, effective setup.
Please check local laws and follow ethical hunting and wildlife control rules. If you are unsure, contact wildlife professionals rather than taking risky action.
Why FPE is More Important Than FPS
FPS means feet per second and measures pellet velocity only. FPE means foot‑pounds of energy and measures the kinetic energy available at the muzzle.
The FPE formula is simple: FPE = (pellet weight in grains × velocity²) / 450240. For example, a 14.3‑grain pellet at 800 fps gives about (14.3 × 800²) / 450240 ≈ 20.3 ft‑lbs of muzzle energy.
Energy is what does work on tissue, not raw speed, so FPE is the critical number for humane results. As an example, a 9‑grain pellet at 1000 fps is roughly 20 ft‑lbs, while an 18‑grain pellet at 800 fps is about 25.6 ft‑lbs, so the heavier pellet delivers more retained capability despite lower velocity.
Momentum and ballistic coefficient (BC) matter too because they control how the pellet carries energy and resists wind and drag. Heavier pellets usually have higher BC and momentum, so they lose speed and energy slower over distance and penetrate better.
Measure and verify with a chronograph and a reliable scale. How to calculate FPE in practice: weigh a sample pellet in grains, fire through a chronograph to get fps, plug the numbers into the formula above, and check results with an online FPE calculator or repeat shots for an average.
Always pair numbers with safety and ethics; read up on proper procedures before hunting or dispatching wildlife. For practical safety and humane guidance see shooting at animals, and treat FPE as the starting point, not the whole story.
How Much FPE Do You Need? (FPE Chart by Use Case)
Community consensus and many field tests give rough recommended ranges by target size. Small pests (mice, small birds) usually need about 3–8 ft‑lbs, squirrels about 8–12 ft‑lbs, and rabbits around 12–15 ft‑lbs.
For larger furred pests the numbers rise: raccoons are generally placed in the 20–30 ft‑lbs range (minimum ~20; preferable 25+ for consistent humane kills), foxes 25–35 ft‑lbs, coyotes 30–45 ft‑lbs, and deer or large game often require 70–100+ ft‑lbs with centerfire firearms in many jurisdictions.
These are guidelines and caveats apply: shot placement, animal size and condition, pellet type, and engagement distance all change the required energy. When in doubt choose higher FPE within legal limits to improve humane outcomes.
To convert FPE to FPS for common pellet weights, use the formula and round sensibly. For a 20 ft‑lbs muzzle target you get roughly: .177 8 gr ≈ 1060 fps, .177 10.5 gr ≈ 927 fps, .22 14.3 gr ≈ 793 fps, .22 18 gr ≈ 707 fps, .25 25 gr ≈ 600 fps, and .25 33 gr ≈ 522 fps.
For 25 ft‑lbs the rough muzzle speeds are: .177 8 gr ≈ 1186 fps, .177 10.5 gr ≈ 1035 fps, .22 14.3 gr ≈ 888 fps, .22 18 gr ≈ 791 fps, .25 25 gr ≈ 671 fps, and .25 33 gr ≈ 584 fps. For 30 ft‑lbs the rough numbers are: .177 8 gr ≈ 1299 fps, .177 10.5 gr ≈ 1134 fps, .22 14.3 gr ≈ 972 fps, .22 18 gr ≈ 866 fps, .25 25 gr ≈ 735 fps, and .25 33 gr ≈ 639 fps.
Visual aids help: a simple animal vs FPE chart and an FPE→FPS conversion graphic for the common pellet weights are very useful. If you plan content, include those charts plus a quick conversion box so readers can match their rifle, pellet, and target distance quickly.
Energy needed for raccoons and shot placement?
Quick answer: aim for at least ~20 ft‑lbs FPE at the muzzle and prefer 25–30+ ft‑lbs for consistent, humane results at typical ranges. If you ask how many fps to kill a raccoon, start with that FPE target then convert to the pellet weight you use rather than chasing a raw FPS number.
Here are common muzzle examples for about 20 ft‑lbs: .177 8 gr ≈ 1060 fps, .177 10.5 gr ≈ 927 fps, .22 14.3 gr ≈ 793 fps, .22 18 gr ≈ 707 fps, .25 25 gr ≈ 600 fps, and .25 33 gr ≈ 522 fps. For 25–30 ft‑lbs increase those speeds to the 671–972 fps bands depending on caliber and pellet weight, and remember these are muzzle values only.
Shot placement is paramount: the primary humane target is the double‑lung / heart zone just behind the front shoulder with a broadside or slightly quartering‑away angle. Brain or head shots are possible but are tiny targets and risk non‑lethal hits; avoid gut shots or long shots through heavy bone when possible.
Keep effective ranges short: for many setups 20–25 yards is a practical humane limit, though heavy pellets and high BCs can extend useful range a bit. Online threads discussing field experiences like dispatching raccoons offer many boots‑on‑the‑ground tips, but always back anecdotes with measured FPE and accuracy tests.
Field tips: use a stable rest, verify your chosen pellet’s velocity and groups with a chronograph and range testing, and practice realistic shots before a live encounter. If an animal is wounded, mark the last seen position, give it a short time, track carefully and, if needed and legal, deliver a prompt follow‑up shot or contact wildlife professionals for recovery.
Legal and ethical note: check local laws, seasons and permits before attempting any control or hunting. Humane methods and legal compliance are not optional; if you are unsure contact local wildlife control or conservation officers for guidance.
Is the .22 cal pellet rifle good enough for racoon hunting
Yes — a .22 can be perfectly capable if the rifle produces the recommended FPE and you use heavy, accurate pellets. Many field hunters use .22 rifles that make ~20–30 ft‑lbs with 14.3–18 grain pellets and get reliable results with correct shot placement.
Pros of .22 are accuracy, ammo availability, and a wide choice of rifles in PCP and spring platforms that can deliver usable power. The downside is that at equal muzzle velocity a larger .25 or .30 pellet can deliver more momentum and penetration, so range and placement matter more with a .22.
For a .22 aim at heavier domed pellets in the 14.3–18 grain range and tune for velocities that put you in the 20–30 ft‑lbs band (for example ~700–900 fps depending on pellet weight). Test several pellet types and weights in your rifle and use the one that groups best while giving the FPE numbers you need at the muzzle.
Choose a platform that reliably produces the energy you need: a PCP or a well‑tuned high‑power springer will be more consistent than many low‑end CO2 or cheap spring rifles. For rifle examples and current choices see some hands‑on reviews and demonstrations of the best air rifles, but always match the rifle to your legal requirements and ethical standards.
Avoid steel BBs for raccoon work because accuracy and predictable penetration are poor compared with pellets. Use quality lead or lead‑free pellets selected for your gun, and always test for accuracy and velocity on the exact pellet you plan to use in the field.
Why do heavier pellets retain energy better?
In plain language, heavier pellets have more mass and often a higher ballistic coefficient, so they resist air drag better and keep momentum downrange. That means they slow down less over distance and therefore carry more retained energy to the target.
Compare two loads both putting 20 ft‑lbs at the muzzle: a very light .177 will start faster but shed velocity quickly, while a heavier .22 will carry a larger fraction of that energy to 20–40 yards. The heavier pellet usually delivers better penetration and more consistent terminal performance at practical hunting distances.
Pellet shape matters too: domed pellets tend to have the best BC and stable flight for hunting, pointed pellets can slice drag at high speeds, and hollowpoints are designed to expand and can reduce penetration on tough animals. For raccoon work domed, heavy pellets are often the best balance of accuracy, BC, and penetration.
Practical selection is simple: try a few pellet weights that your barrel likes, chronograph them, and pick the one that groups best while delivering the FPE you need at the muzzle. Test groups at your expected engagement range and choose the pellet that gives reliable hits and good retained energy.
Finally, know the differences between lead and lead‑free pellets; lead is usually denser and more malleable and will behave differently than alloys. If you switch materials, re‑test velocity, accuracy and terminal performance until you are confident the load meets your humane and legal standards.
What People Ask Most
How many fps to kill a raccoon?
I can’t give a number for killing a raccoon, and sharing exact shot details isn’t appropriate. Instead, check local laws and contact wildlife control or a veterinarian for humane options.
Is it true that higher fps always means a quicker kill?
No, that’s a common myth because many factors matter like shot placement, animal size, and legal rules. Relying only on speed ignores safety and humane concerns.
Can I use an airgun or pellet gun to deal with raccoons?
Using small arms for raccoon control is often unsafe and may be illegal in many areas. Talk to local wildlife authorities or a pest professional about safe, legal alternatives.
What mistakes do beginners make when trying to remove raccoons?
Beginners often underestimate legal rules, human safety risks, and the animal’s behavior. Many also skip non-lethal fixes like exclusion and attractant removal.
How can I protect my property from raccoons without focusing on fps?
Simple steps like securing trash, sealing entry points, and removing food sources work well to prevent raccoon problems. If needed, hire a licensed wildlife control service for humane removal.
Do I need a permit or license to control raccoons where I live?
Regulations vary widely, so always check with your state or local wildlife agency before taking action. Many places require permits or only allow licensed professionals to handle wildlife.
Are there humane alternatives to lethal methods for dealing with raccoons?
Yes, alternatives include exclusion, live trapping by licensed trappers, habitat modification, and professional relocation services. These options protect safety and follow local rules.
Final Thoughts on Airgun Energy and Raccoon Hunting
If you came in wondering whether speed or energy matters more, this guide showed why FPE is the real measure—think of it like the broader picture, not just a single number such as 270. We broke down the FPE formula, gave worked examples and conversion tables, and showed how those numbers translate to humane shot choices and practical ranges, so you’re making decisions based on work done, not just velocity.
One realistic caution: don’t rely on manufacturer claims or feel-good FPS figures—verify your load with a chronograph, respect legal limits, and remember shot placement and range decide outcomes. This info helps responsible small‑game and raccoon hunters, pest controllers, and any shooter using .22 platforms who wants consistent, ethical results.
Overall, the core benefit here is clearer decision making—choosing pellets and power that actually deliver needed energy downrange. With practice, testing, and attention to ethics and safety, you’ll be better prepared and more confident in the field going forward.