Ford 5.0 Coyote Engine Specs — Firing Order, Bore & Stroke, Compression, and How to ID Your Generation

If you wrench on a Ford 5.0 Coyote — or you’re about to buy one — the numbers matter. The firing order keeps you from chasing a misfire you created yourself; the bore and stroke tell you what you’re actually working with; the compression ratio and fuel system tell you which generation is in front of you and how it’ll take boost. This page is the plain-English spec sheet and identification reference for the Coyote V8: the figures that don’t change with the marketing, the ones that changed between generations, and the parts and tools that reference them. Everything here is factual reference data — no prices, no guesswork; where a number varies by year or platform, we say so and point you at the label that settles it.

For a system-by-system map of what these specs describe, keep the Coyote engine parts diagram & reference hub open alongside this page.

The core numbers (all generations)

These are the Coyote’s fixed dimensions — they’re the same whether you’re looking at a 2011 Mustang GT or a 2023 F-150.

• Configuration: 90° V8, all-aluminum block and heads, DOHC, 32 valves, four camshafts with Ti-VCT (twin independent variable cam timing) on all four cams.
• Displacement: 4.95 L — 302 cubic inches — badged as the 5.0.
• Bore × stroke: 92.2 mm × 92.7 mm (≈ 3.63 in × 3.65 in). Nearly square, stroke a hair longer than bore.
• Firing order: 1-5-4-8-6-3-7-2.
• Cylinder numbering: cylinders 1–4 on the passenger bank, 5–8 on the driver bank, numbered front to rear.

Firing order — the one to tattoo on the valve cover

The Coyote fires 1-5-4-8-6-3-7-2, the shared Ford Modular V8 order. It’s the single most-referenced spec on this page because it’s the one people get wrong: swap two coil connectors or two plug wires during a maintenance job or a swap and the engine runs rough and throws a misfire code, sending you hunting for a problem you made in five seconds. Note the number and the bank layout before you start pulling connectors, and you’ll never chase that ghost.

What changed by generation

Bore, stroke, and firing order are constant. Compression, the heads, the block, the fuel system, and the factory power output are what separate the three generations — and they’re exactly what you need to know to identify an engine and plan parts for it.

*Mustang GT factory ratings, representative by generation; special editions (Bullitt, Mach 1) and the F-150 5.0 are rated differently — the truck is tuned for low-end torque and towing, not peak Mustang horsepower. Always confirm the rating for your exact year, trim, and platform.

The cleanest physical tell between generations is the fuel system. Gen 1 and Gen 2 are port-injection only; Gen 3 added direct injection, so a Gen 3 carries both port injectors and a high-pressure DI pump and fuel rail the earlier engines simply don’t have. Combine that with the model year and you can place any Coyote with confidence. For the full what-changed-and-why-it-matters breakdown, read Gen 1 vs Gen 2 vs Gen 3.

Fluids, gaps, and service specs — verify, don’t guess

Some specs vary enough by year and platform that publishing one number would do you a disservice. Here’s the honest version:

• Oil capacity: roughly 8 quarts with a filter on most applications — but Mustang and F-150 differ, so confirm against the owner’s manual and underhood label. The Ti-VCT phasers run on oil pressure, so the right fill and the right viscosity aren’t optional.
• Spark plug gap and plug part number: set by the emissions/underhood label for your specific year — check it rather than trusting a generic figure. Fresh OEM Motorcraft plugs at the correct gap are on the eBay rail below.
• Torque specs (head bolts, main and rod caps, cam caps, flywheel): these are not parts to eyeball. Use the values from a factory service manual and a calibrated torque wrench — see the head-bolt discussion in the head studs & gaskets guide, and grab a factory shop manual from the eBay rail below for the complete torque tables.

The parts and tools that reference these specs

Knowing the numbers is half of it; the other half is the hardware that acts on them.

• A factory-correct timing tool kit is what turns “the firing order and cam timing are critical” into a job you can actually do right. The featured Gen 3 timing tool kit below holds the cams and positions the crank so timing goes back together to spec.
• Torque-critical fasteners — flywheel bolts, head hardware — are single-use or spec-torqued for a reason. The featured ARP flywheel bolt kit is the kind of hardware that references those torque numbers.
• On a rebuild or reseal, a complete head gasket set with head bolts and a timing chain kit is the parts side of every torque and timing spec on this page — see the Coyote rebuild kit guide for what each level of kit includes and how to buy the one cut for your generation.

Shop the sealing and hardware parts in the head studs & gaskets category, routine service parts in filters & maintenance, and swap-specific hardware in swap kits.

Buying to spec: new vs. OEM/used

• New tools, fasteners, and gaskets — timing kits, ARP hardware, gasket sets, plugs: Amazon Automotive. The parts featured on this page are new and in stock.
• OEM references and matched pieces — a factory service manual for the complete torque tables, correct-gap Motorcraft plugs, a complete long block for a donor or rebuild core, or an engine ID tag / valve covers to confirm what you’ve got: eBay Motors, using the buttons on this page. These are the matched, hard-to-find OEM items where eBay — not Amazon — is the real marketplace, and eBay listing prices are shown live so you can compare.

Once you know exactly what engine you have and what it’s rated for, the upgrade path opens up: start with a tuner and the bolt-on order, and if boost is the goal, seal the top end first. Not sure your engine’s healthy? Cross-check the common problems by generation before you spend a dollar on power.