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Remanufactured Ford 3.0L V6 Engine - Taurus
3.0L · V6 · Part DFNG
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We'll confirm availability and your price on this remanufactured engine — warrantied, with a refundable core.
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4-year no-fault nationwide warranty — includedOn gas engines in non-commercial use, at no extra charge. The builder’s standard cover is 3 years, parts only. Every gas engine we sell includes the 4-year no-fault warranty with labour, at no extra charge.
- “No fault” means we do not investigate why it failed — if a covered engine fails inside the term, it is covered.
- Labour is paid up to CAD $95.00 per hour — a cap on the rate, not a flat payout — and only for the remove-and-replace hours in the Mitchell labour guide. Diagnostic time is covered up to 2 hours, and fluids up to CAD $200.00. Towing and a rental car are not covered. Anything not listed here needs to be agreed with us before the work starts.
- The 4 years start the day the engine is installed, and a claim needs proof that a professional shop installed it.
- Unlimited kilometres, and no deductible.
- Call us before any warranty work starts, so we can authorise it. Labour paid on a repair we were not asked about first is not covered.
- A claim starts with a call to us. We file it with the manufacturer, and the manufacturer pays it.
Diesel engines, and engines put into commercial service, are not covered by this 4-year warranty — the terms vary by engine, so call us for the terms on the unit you’re pricing.
Fits
- Ford Taurus 1996–1999 · 3.0L V6
Not sure it fits? Call (780) 473-2424 with your VIN and we'll confirm.
4-year warranty included
Refundable core
Ships Canada-wide
Engine guide
Ford Vulcan 3.0L V6
Also known as: Vulcan V6, 3.0L OHV V6, Ford 3.0 pushrod V6
Overview & history
When Ford set out to build the radical 1986 Taurus, neither of its existing V6s fit the car — the 3.8L Essex was too wide and the 2.8L Cologne too heavy. So under product chief Lewis Veraldi, Ford developed a clean-sheet 3.0-litre pushrod V6 and named it Vulcan, after the Roman god of the forge — fitting for an engine cast entirely in iron. The design brief read like a durability contract: at least 130 horsepower, 100,000 miles before major service, and the ability to keep running for five minutes after a total coolant loss. Blocks were cast at Ford's Cleveland Casting Plant and the engines were machined and assembled at the Lima Engine Plant in Ohio. The Vulcan debuted at 140 hp in the 1986 Taurus and stayed in production for 22 years, finally bowing out with the 2008 Ford Ranger. Along the way it powered Tauruses, Sables, Aerostars, Windstars, Tempos, Probes, Rangers and Mazda B3000 pickups. It was never a hot rod — output topped out around 153 hp — but it earned a reputation as one of Ford's most dependable engines, with well-maintained examples routinely passing 300,000 miles. That long, high-volume run also makes remanufactured Vulcans plentiful and affordable today.
Specs & engineering
- •60-degree V6, 2,986 cc (182 cu in); 89 mm bore x 80 mm stroke
- •Cast-iron block and cast-iron cylinder heads — hence the 'Vulcan' name
- •Overhead-valve (pushrod) design: single cam-in-block, two valves per cylinder, rocker arms
- •Fuel-injected from day one — no carbureted Vulcan was ever built; managed by Ford's EEC-IV
- •Roller lifters added in 1992; five-counterweight crankshaft in 1995; block reinforcements in 1995 and 2002; longer head bolts in 1999
- •Distributorless EDIS ignition arrived on flex-fuel engines in 1993 and gasoline engines in 1996
- •Compression ratio 9.3:1 through 2003, raised to 9.5:1 for 2004-2007; output ranged from 130 to 153 hp and 160 to 186 lb-ft
- •Service-friendly packaging: oil filter, dipstick and spark plugs positioned for easy access, with yellow-marked touchpoints under the hood
Generations & variants
- •1986-1991 — original version, 140 hp at launch in the Taurus/Sable and Aerostar
- •1991-1995 — RWD truck version debuts in the Ranger with lower-friction pistons, strengthened block and roller cam; 1995 brings the five-counterweight crank
- •1996-2003 — EDIS distributorless ignition on gas engines; mid-1999 head update (smaller 7.0 mm valve stems, conical springs) with longer head bolts
- •2004-2008 — final iteration: 9.5:1 compression, up to 153-154 hp; last installed in the 2008 Ford Ranger
- •Flex-fuel (FFV) variant — methanol capability from 1993, E85 from 1996, with a dedicated heart-shaped 47 cc chamber head in place of the standard 49 cc oval chamber
- •Mazda B3000 — the same engine badged for Mazda's rebadged-Ranger pickup, 1994-2007
- •Related but distinct: the Yamaha-built Taurus SHO V6 shared the Vulcan's 60-degree architecture but used its own DOHC heads and strengthened block
Vehicles it powered
- •Ford Taurus (1986-2007)
- •Mercury Sable (1986-2005)
- •Ford Aerostar (1986-1997)
- •Ford Probe (1990-1992)
- •Ford Tempo (1992-1994)
- •Mercury Topaz (1992-1994)
- •Ford Windstar (1995-2000)
- •Ford Ranger (1991-2008)
- •Mazda B3000 (1994-2007)
Casting numbers
| E6AE-AC / E6AE-HC | Early cylinder head castings with 8.0 mm valve stems and 49 cc oval combustion chambers, used until July 26, 1999 |
| F6DE-GA | Cylinder head casting, same 8.0 mm valves and 49 cc oval chamber as the E6AE heads, used until July 26, 1999 |
| F6DE-GC | Later cylinder head casting from July 27, 1999 through about 2003 — 7.0 mm valve stems, conical valve springs and smaller retainers |
| E6AE (crankshaft) | Original four-counterweight crankshaft casting used through 1994; 1995-and-later cranks add a fifth, narrow center counterweight |
Known issues & fixes
Camshaft synchronizer failure
What to watch for: A chirp or squeal from the front of the engine (often mistaken for a belt), typically around 80,000-100,000 miles; can progress to stumbling, bucking or a check-engine light with no noise at all
The fix: Replace the synchronizer assembly and cam position sensor together, using the alignment tool (or by carefully marking the old unit's position). Don't ignore it — the synchronizer's shaft also drives the oil pump
Coolant leaks at the timing cover and metal coolant tubes
What to watch for: Slow coolant loss or seepage at the front of the engine; the timing cover carries coolant passages from the water pump to the block, and the small steel coolant elbows at the top front of the engine like to rust through
The fix: Reseal the timing cover with new gaskets and replace the corroded metal elbows (inexpensive parts); a quality reman engine ships with these areas addressed
Cooling system corrosion from old, acidic coolant
What to watch for: Rusty or brown coolant, deteriorating radiators and heater cores; neglected coolant turns acidic and eats aluminum components from the inside
The fix: Flush the cooling system on schedule and test coolant pH/strength — cheap insurance on an engine that was literally designed to survive five minutes with no coolant at all
Head gasket failures on some early Ranger and flex-fuel engines
What to watch for: Unexplained coolant loss, overheating or white exhaust smoke, most noted on 1990s Rangers and 1999 FFV engines; front-drive heads can also crack with severe overheating
The fix: Replace the gaskets with the updated parts and have the heads checked for flatness and cracks — Ford lengthened the head bolts in 1999, and remanufactured engines use the updated hardware
Did you know?
- ★The engine is named after Vulcan, the Roman god of fire and the forge — a deliberate nod to its all-iron construction.
- ★The 1996 Taurus 3.0 FFV was the first mass-produced E85 flex-fuel car sold in the United States, and the flex-fuel Vulcan got its own heart-shaped combustion chamber.
- ★Ford's original design spec required the Vulcan to keep running for five full minutes after a complete cooling-system failure and offer a limp-home mode — a promise almost no engine of the era made.
- ★It routinely lands on 'most reliable Ford engines' lists, with 300,000-mile examples common enough that Ranger owners treat them as unremarkable.