Ford 460 Engine Specs

Intro

➤ See the Family Page for specs common to all engines in this family.

The Ford 460 is the big-cube workhorse of the 385-series family. Introduced for 1968, it shared the same 4.360-inch bore and basic architecture as the 429 but stretched the crankshaft to 3.850 inches. That extra stroke brought displacement to 460 cubic inches and gave the engine the low-speed leverage that would define it for the next three decades.

Ford did not build the 460 because it needed another high-rpm muscle-car engine. It built the 460 because Lincolns, big Fords, trucks, vans, commercial chassis, and motorhomes needed torque without a committee meeting every time the vehicle started uphill. The 429 carried more of the family’s performance reputation. The 460 became the engine Ford kept assigning the heavy work.

That distinction matters because the 460 is constantly judged by the wrong standards. It is not a failed 429, a watered-down Cobra Jet, or a Boss engine that missed its appointment. It is the long-stroke side of the 385-series idea: same large bore, more displacement, more leverage, and a factory mission aimed much more often at weight and load than at quarter-mile bragging.

Early passenger-car 460s could be genuinely strong. High compression and relatively unrestricted early hardware gave large Lincolns and other full-size cars smooth, effortless power. Those engines were not radical, but 460 cubic inches do not need a nervous idle to make a heavy car feel considerably lighter than it is.

Then the 1970s arrived and started removing the fun one regulation, compression point, and exhaust restriction at a time. Later 460s received lower compression, milder cam timing, emissions equipment, conservative calibration, and horsepower ratings that made 460 cubic inches look almost embarrassed. The block had not forgotten how to make power. Ford had changed what the engine was being asked to do.

The truck and RV years are where the 460 really earned its workhorse reputation. These engines spent their lives towing, hauling, idling under load, pushing motorhomes through summer heat, and generally doing jobs that make a weekend cruiser look pampered. A truck or RV 460 can be an excellent build foundation. It can also be completely worn out because it spent twenty years doing exactly what Ford built it to do.

Later electronic fuel injection improved starting, idle quality, mixture control, emissions performance, and everyday drivability. It did not transform the engine into a modern high-rpm screamer. The EFI versions remained what the 460 had always been at heart: large-displacement engines built to make useful torque where real vehicles spend most of their time.

That long production life is also why “460” tells you less than people think. Early luxury-car engines, smog-era passenger engines, carbureted trucks, motorhome engines, late EFI trucks, rebuilt cores, and aftermarket combinations can all carry the same displacement while sharing very little in compression, heads, camshaft, induction, controls, or current condition.

The 460 has another reason for surviving long after its factory performance reputation faded: the basic architecture has room to grow. Large bore spacing, a roomy crankcase, strong aftermarket support, and 460 cubic inches before anybody even starts modifying it make the engine a natural foundation for serious big-inch Ford builds.

The plain-English verdict is simple. The 429 is the 385-series engine everybody likes to dress in muscle-car stories. The 460 is the one Ford kept calling when something heavy needed to move.

Subtlety was never part of the job description.

↑ Back to the Top, Before the Casting Numbers Start Lying

---

Overview

The Ford 460 entered production in 1968 as the largest of the two familiar passenger-car members of the 385-series family. It shared the 429’s 4.360-inch bore but increased stroke from 3.590 to 3.850 inches. That longer stroke is where both the extra thirty-one cubic inches and much of the engine’s character come from.

The family name itself comes from that 3.85-inch stroke, although the label eventually covered more than just the 460. Mechanically, the engine retained the basic 385-series architecture: 4.900-inch bore spacing, cast-iron block, five main bearings, in-block camshaft, front-mounted distributor, canted-valve production heads, and a large crankcase capable of swallowing considerably more displacement than Ford originally sold.

The 460’s first major job was luxury-car power. Lincolns and other large Ford-family vehicles needed an engine that could move substantial weight smoothly, quietly, and without requiring constant downshifts or high rpm. The 460 supplied displacement instead of theatrics.

That is an important distinction from the 429. Both engines use the same bore, but the 460’s longer stroke provides more crankshaft leverage and more displacement. The 429 became associated with Cobra Jet, Super Cobra Jet, and Boss performance. The 460 generally traded some of that shorter-stroke personality for stronger low-speed and midrange pull.

Early passenger-car 460s benefited from higher compression and the less restrictive conditions of the late 1960s. In a large car, that combination produced exactly the kind of smooth authority Ford wanted. It did not need an aggressive camshaft or a giant carburetor to feel strong because the engine was already starting with 460 cubic inches.

The 1970s changed the package considerably. Compression ratios dropped, camshaft timing remained conservative, emissions systems appeared, exhaust became more restrictive, and fuel requirements changed. The transition from gross to net horsepower ratings made the brochure numbers fall even harder.

That is how an engine with enough displacement to move a house acquired a reputation for being lazy. Some later factory 460s really were soft combinations. Low compression, mild heads, restrictive exhaust, and emissions-era tuning will do that to almost anything. The displacement was still there. The supporting hardware had been told to behave.

Those later engines should not be dismissed automatically. A low-compression 460 can still make useful street or towing torque, and the basic block does not care whether the original carburetor was exciting. But the factory combination has to be understood for what it is. A smog-era 460 is a starting point, not proof that somebody discovered a forgotten muscle engine in a motorhome.

The 460’s second major career was heavy-duty work. Pickups, vans, commercial chassis, and motorhomes gave the engine exactly the kind of assignments its displacement suited. These versions emphasized low-speed torque, durability, cooling, emissions compliance, and service life rather than high-rpm horsepower.

That history matters when buying a used engine. A motorhome 460 may have spent years at sustained load in hot weather while moving something shaped like a brick wall. Truck engines may have towed, idled, overheated, detonated, leaked, and worked through maintenance schedules that existed mostly in the owner’s imagination.

A heavy-duty core can therefore be excellent iron and still need everything. Timing sets wear. Valve guides wear. Exhaust manifolds crack. Cooling systems get neglected. Heat cycles accumulate. The block may be perfectly usable while the engine assembled around it is begging for retirement.

Later EFI versions carried the 460 into the electronic-control era. Electronic fuel injection improved cold starting, idle quality, mixture control, emissions performance, and general drivability in trucks and vans. For somebody actually using the engine for work, those improvements mattered far more than whether the carburetor crowd approved.

EFI did not change the engine’s basic personality. Stock heads, compression, camshaft, exhaust, intake design, and factory calibration still kept the useful power range down where a truck needed it. Injectors improved fuel delivery. They did not magically turn an old big block into a 6,500-rpm performance engine.

Keeping the factory EFI means treating the controls as a system. Sensors, wiring, grounds, fuel pressure, ignition control, ECM calibration, and emissions equipment all affect the result. Converting one to carburetion can also work, but removing the electronics is not a tuning strategy by itself. Wire cutters are remarkably poor calibration tools.

The 460’s 6.605-inch connecting rods, 3.000-inch main journals, and 2.500-inch rod journals are part of its basic production bottom-end identity. Specific details changed across the long production span, and balance requirements also vary by year and application, so crankshaft, damper, flywheel or flexplate, and related pieces need to be verified rather than ordered from memory.

The cylinder heads are one of the biggest variables in any 460 build. Early heads, later emissions-era castings, truck heads, and aftermarket replacements can differ substantially in chamber volume, port shape, valve size, compression effect, and airflow. Two engines with identical bore and stroke can behave like completely different animals depending on what is bolted above the deck.

Compression deserves equal attention. Early engines can have enough compression to make real power but may require careful fuel and ignition choices today. Later engines frequently have enough chamber volume and piston dish to make a performance camshaft a wonderful way to reduce cylinder pressure even further.

That is why camshaft selection on a 460 needs some restraint. The engine already has displacement and stroke working in its favor. A street or towing combination usually benefits more from useful cylinder pressure, strong low- and midrange airflow, and sensible timing than from a cam chosen because the idle sounded impressive on somebody’s phone.

The same rule applies to cylinder heads and intake manifolds. The 460 has enough cubic inches to use serious airflow, but the vehicle and rpm range still matter. A heavy pickup, Lincoln cruiser, and weekend drag car do not need the same ports, camshaft, intake, converter, gearing, or exhaust just because the blocks all say 460.

Cooling also belongs near the front of the plan. The engine is physically large, carries considerable thermal load, and spent much of its factory life in vehicles that were already heavy. Radiator capacity, fan and shroud condition, water pump, ignition timing, mixture, and exhaust restriction all contribute to whether a 460 works happily or spends summer staring at the hot side of the gauge.

Installation is another place where cubic inches send a bill. A 460 is wide, heavy, and long enough that mounts, oil-pan clearance, steering, headers, exhaust, accessory drive, transmission compatibility, front springs, hood clearance, and cooling capacity all deserve attention before somebody buys an engine because it was cheap.

Where the engine becomes particularly attractive today is build potential. The 385-series architecture has enough bore spacing and crankcase room that aftermarket builders routinely take the basic concept well beyond 460 cubic inches. Bigger strokes, larger bores, modern aluminum heads, and improved rotating assemblies can turn the old workhorse architecture into something Ford never offered over a dealer counter.

That potential should not be confused with the condition of an unknown factory core. A greasy RV pullout is not already a 600-horse engine because a catalog sells parts capable of making one. Block condition, bore wear, cracks, deck condition, previous machine work, crankshaft condition, and the complete parts plan still decide whether the foundation deserves the money.

That is the real 460 story. Early versions moved luxury cars with smooth authority. Later passenger engines survived the emissions era. Trucks and motorhomes turned the displacement into a working tool. EFI kept the engine useful into the modern truck era. Hot rodders eventually discovered that the architecture had considerably more potential than Ford’s original work assignments required.

The 460 was never the glamorous member of the family. It was the one that kept getting hired.

↑ Back to the Top, Before the Casting Numbers Start Lying

---

General Specs

Displacement	460 cu in / 7.5L	Bore / Stroke	4.360 in × 3.850 in
Production / Use Era	1968–1997 luxury-car, truck, commercial, and crate-engine 385-series use	Bore Spacing	4.900 in
Engine Family	Ford 385-series big-block V8	Deck Height	10.300–10.322 in by year/block/version
Block Material	Cast iron	Rod Length	6.605 in
Cylinder Head Material	Cast iron	Main Journal	3.000 in
Fuel / Induction	Gasoline; carbureted or EFI by year/application	Rod Journal	2.500 in
Cam Location	In-block camshaft	Main Bearings	5
Valve Layout	OHV / pushrod, 2 valves per cylinder	Firing Order	1-5-4-2-6-3-7-8
Common Main Caps	2-bolt common; 4-bolt on select aftermarket/performance blocks	Distributor Rotation	Counterclockwise
Rear Main Seal	2-piece	Weight	~640–720 lb complete iron big-block, depending on accessories/configuration
Balance	Internal / external by year/application	Dimensions	~26H / ~26W / ~32L

Exact parts and specs can vary by year, vehicle, performance package, service history, and whether somebody already mixed parts without checking what actually fits. Use these numbers as the family baseline, then verify the actual block, crank, heads, induction, main-cap configuration, balance parts, and application before ordering parts or machining anything expensive.

↑ Back to the Top, Before the Casting Numbers Start Lying

---

Variants

The 460 never had the Cobra Jet family tree the 429 enjoyed, but anybody who says all 460s are basically the same has not spent enough time ordering the wrong parts. Ford changed compression, heads, pistons, emissions hardware, block details, crankshaft balance, induction, and eventually the entire fuel-delivery system during a production run that stretched from Lincoln luxury cars to EFI one-ton trucks. The 4.360-inch bore and 3.850-inch stroke stayed put. Plenty of important hardware did not.

1968–1971 — High-Compression Passenger-Car 460

What it was: This was the original 460, built when Ford could still put real compression into a big luxury-car engine without somebody from emissions walking into the room carrying a clipboard. It was designed to move enormous Lincolns quietly, smoothly, and with enough torque that the transmission did not have to hold a committee meeting every time the road tilted uphill.

What changed: Ford used roughly 10.5:1 compression, early small-chamber canted-valve iron heads, hydraulic lifters, a mild hydraulic camshaft, cast-iron four-barrel intake, and four-barrel carburetion. The early rotating assembly was internally balanced, with the 3.850-inch-stroke crankshaft, 6.605-inch connecting rods, and ordinary production two-bolt-main 385-series block.

What that did: A representative 1971 Lincoln 460 was rated at 365 gross horsepower at 4,600 rpm and a whopping 500 lb-ft at only 2,800. That was Ford’s idea of luxury: no lumpy idle, no solid lifters, no shaker scoop — just enough torque to make five thousand pounds of automobile forget what it weighed.

Where used: Early 460s served primarily in Lincolns and other large Ford-family luxury and full-size applications from 1968 through 1971.

1972–1978 — Low-Compression Passenger-Car 460

What it was: Then the 1970s arrived and started taking compression away from everybody. Ford kept the 460 because big cars still needed big torque, but the engine was reworked for regular fuel, emissions control, and increasingly restrictive operating conditions.

What changed: Compression dropped sharply through larger combustion chambers and revised pistons. Ford retained hydraulic lifters, mild cam timing, iron wedge heads, and four-barrel carburetion, while EGR, AIR equipment, retarded ignition timing, leaner carburetor calibration, and more restrictive exhaust systems accumulated around the engine. The rotating assembly remained internally balanced through 1978.

What that did: Horsepower fell considerably while useful low-speed torque remained. That is how 460 cubic inches acquired a reputation for being lazy: not because the displacement quit working, but because compression, timing, heads, exhaust, and emissions calibration were all pulling in the other direction. Put enough blankets over a grizzly bear and eventually somebody will call it sleepy.

Where used: Low-compression 460s remained in Lincolns and other large Ford and Mercury passenger cars through the end of passenger-car 460 production in 1978.

1973–Mid-1979 — Internally Balanced Carbureted Truck 460

What it was: This is where the 460 found the job it would keep for the rest of its factory life. Trucks, vans, commercial chassis, and motorhomes did not care whether the engine impressed anybody at a cruise night. They cared whether it could drag weight up a grade without coughing up a lung.

What changed: Ford used low compression, truck-oriented iron heads, hydraulic cam timing, four-barrel carburetion, heavy-duty cooling and exhaust arrangements, and application-specific oil pans and accessory drives. These engines still used the early internally balanced crankshaft arrangement. C8VE, C9VE, and D1VE-family blocks belong to that early balance system when still carrying their original rotating assemblies.

What that did: The combination emphasized torque below about 3,500 rpm, thermal durability, and long service under load. Stock horsepower numbers were not glamorous, but a motorhome does not care how impressive the dyno sheet looks while climbing a six-percent grade with the air conditioner running.

Where used: Carbureted 460s appeared in Ford pickups, vans, commercial chassis, and recreational-vehicle applications through the 1970s.

Mid-1979–1987 — Externally Balanced Carbureted Truck 460

What it was: Midway through 1979 Ford changed something that has been emptying parts-store return counters ever since: the 460’s balance system.

What changed: The D9TE-era 460 adopted an externally balanced rotating assembly. Ford used a weighted crankshaft spacer — the famous little “hatchet” weight — together with the matching weighted flywheel or flexplate and revised crankshaft. The block also received longer cylinder skirts, which forced changes to crankshaft counterweight packaging. Carburetion, hydraulic valvetrain, low compression, and truck-duty heads remained the basic operating recipe.

What that did: The balance change did not make more horsepower. It changed which crankshaft, spacer, flywheel or flexplate, and related rotating pieces belong together. That may not sell magazines, but getting it wrong will make the engine shake hard enough to introduce itself to the dashboard.

Where used: The externally balanced carbureted 460 continued in Ford trucks, vans, commercial chassis, and motorhome applications into the 1987 model period.

Identification caution: Ford made the balance change during the 1979 model year, not neatly at midnight on December 31. Both early and late arrangements can exist in 1979 equipment, and forty-plus years of engine swapping have made calendar guessing even less useful. Check the block casting, crankshaft, crank spacer, and flywheel or flexplate before ordering balance parts.

1988–1992 — E7TE Multi-Port EFI 460

What it was: Ford finally retired the carburetor and gave the old workhorse electronic fuel injection. The result was not a racing engine. It was a 460 that started cold, idled cleanly, compensated for altitude, and stopped requiring a screwdriver every time somebody changed weather zones.

What changed: Multi-port EFI fed each cylinder through Ford’s long-runner truck intake under EEC-IV electronic control. The E7TE cylinder heads used EFI-specific intake-port and manifold geometry, chambers around the upper-90-cc range, and relatively small intake valves. Dished pistons kept compression around 8.5–8.6:1. The engine retained hydraulic flat-tappet camshafts and the externally balanced late rotating assembly.

What that did: Early EFI versions produced roughly 230 horsepower and about 390 lb-ft, but drivability improved more than those numbers suggest. The long intake runners and conservative cam made plenty of useful torque where a loaded truck actually lived. It was not exciting at 5,000 rpm because Ford had not asked it to go there.

Where used: The first-generation EFI 460 served late-1980s and early-1990s F-Series trucks, E-Series vans, and related heavy-duty Ford applications.

1993–1997 — F3TE Improved EFI 460

What it was: Ford gave the 460 one last meaningful hardware cleanup before finally retiring it. This is the best-developed stock EFI version, and it earned that distinction with actual head and piston changes rather than another electronic sticker on the valve cover.

What changed: New F3TE cylinder heads used smaller roughly 91.5-cc chambers, revised ports designed to promote swirl, and larger intake valves than the earlier E7TE heads. Ford paired them with revised deeper-dish pistons having a taller compression height, bringing the piston closer to the deck for tighter quench while keeping compression around 8.5–8.6:1. Multi-port EFI and EEC-IV control remained, as did the externally balanced bottom end.

What that did: Better chamber motion, tighter quench, revised heads, and calibration pushed typical output to about 245 horsepower and roughly 395 lb-ft, depending on application. A 1995 F-Series specification lists 245 horsepower at 3,400 rpm and 395 lb-ft at 2,400. That is exactly where a 7.5-liter truck motor ought to make its case.

Where used: The improved EFI 460 served 1993–1997 F-Series trucks, vans, motorhome chassis, and other heavy-duty applications through the end of production.

Identification caution: Early E7TE and later F3TE EFI heads are not the same pieces, and neither should be treated like an ordinary carbureted 460 head when intake and exhaust parts are being ordered. Add the 1979 balance change, decades of rebuilt short blocks, and plenty of swapped heads, and “it’s a 460” is nowhere near enough information to buy parts intelligently.

That is the 460 story the Geezer cares about: early high-compression luxury torque, smog-era passenger torque, internally balanced truck torque, externally balanced truck torque, and two generations of EFI torque. Ford never needed to invent a Boss 460 or Cobra Jet 460 to make this engine useful. Four hundred sixty cubic inches and a 3.850-inch crank already knew how to move heavy things. Ford just spent thirty years changing how politely it did it.

↑ Back to the Top, Before the Casting Numbers Start Lying

---

Key Notes

The 460 is the 385-series big block people love because it brings easy displacement without Boss 429 drama or Cobra Jet collector fog. That doesn’t make it magic. It makes it a long-stroke Ford big block with a wide production spread, a heavy-duty résumé, and enough passenger-car, truck, RV, marine, industrial, and swap history to make every “460” claim earn its keep before the money leaves your hand.

The basic identity is simple: 4.360-inch bore, 3.850-inch stroke, Ford 385-series architecture, canted-valve wedge heads, big physical size, and a torque-first personality. It isn’t an FE, isn’t a 428, and isn’t just “the old Ford big block” tossed into one lazy pile. The 460 has its own parts logic, fitment issues, oil pan needs, accessory layout headaches, balance concerns, and enough front-end weight to make the wrong chassis complain in writing.

The 460’s biggest strength is also where people get careless. It has cubic inches right out of the gate. A mild 460 can make useful torque without acting like a nervous little engine that needs gear, rpm, and a pep talk. That’s why it became popular in heavy cars, trucks, motorhomes, boats, and swaps. It moves weight well. It doesn’t need fake race history to be useful.

Factory 460s weren’t all performance engines. Some early versions had stronger compression and better factory attitude, but many later engines were low-compression torque mills built to pull smoothly, pass regulations, and survive hard service. A 460 from a Lincoln, truck, van, RV, or marine setup may be a great foundation, but it still needs an identity check. Marine parts, rotation details, cooling history, accessory layout, and prior use can change the whole deal.

The 429/460 relationship needs to be understood before parts get mixed. They share the 385-series family and the same bore size, but the 460’s longer 3.850-inch stroke changes crankshaft, pistons, compression height, rotating assembly, balance parts, and build assumptions. A 429 block with a 460 crank can be a real combination. A pile of unlabeled 385-series parts can also be a garage sale with consequences.

Not every 460 has the same heads, compression, or usefulness. Early heads, smog-era castings, truck pieces, service parts, marine hardware, and aftermarket parts can change the engine fast. Port size, chamber volume, valve size, rocker setup, exhaust pattern, intake match, piston choice, and compression ratio all decide whether the engine acts like a brute or just sits there being large.

Interchange helps, but it isn’t permission to sleepwalk. The 385-series has good aftermarket support, and many 429/460 pieces can cross paths, but oil pans, pickups, mounts, front dress, pulleys, brackets, flywheels or flexplates, bellhousing pattern, exhaust, intake height, distributor clearance, and chassis room still have to match the vehicle. A 460 is big enough to make a bad fit obvious and expensive.

A used 460 needs an identity and condition check before the seller’s story gets believed. These engines are old enough to have been rebuilt, swapped, overheated, bored, re-headed, re-cammed, converted, externally or internally balanced with different parts, and used in work applications that may have worn out everything except the casting number. Check the block, crank, heads, balance hardware, intake, compression, bore condition, and previous machine work before assuming anything.

The 460 likes torque-first combinations. Moderate compression, sensible cam timing, good heads, proper exhaust, enough carburetor or EFI, correct ignition, and adequate cooling can make one very strong without turning the engine into a high-rpm experiment. Bigger cubic inches let the engine make power without needing the kind of camshaft that ruins idle, vacuum, and low-speed manners.

Balance parts deserve special attention. Early and later 460s do not all use the same balance arrangement, and crankshafts, spacers, dampers, flywheels, and flexplates have to match the rotating assembly. If a used engine vibrates, “it’s probably just a mount” is not the only possibility worth considering.

Cooling and exhaust matter more than some builders plan for. A 460 is a large heat-producing engine, often installed in a heavy vehicle and asked to make torque under load. A marginal radiator, poor fan setup, lean tune, retarded timing, restrictive exhaust, or bad cooling-system maintenance can turn a strong engine into a rolling temperature gauge.

The 460 is a strong build foundation when the vehicle can use what it brings. Heavy street cars, trucks, tow rigs, and big-inch performance builds all make sense. Small-engine habits do not. The engine does not need 7,000 rpm to prove anything, and the chassis, cooling system, fuel system, transmission, and rear axle all need to be ready for the torque.

The 460 does not need fake Boss blood, CJ name-dropping, or “built 429” confusion to be worth owning. It is the big-stroke 385-series Ford that makes torque the plain way: displacement, leverage, and enough hardware to do the job. Verify the block, heads, crank, compression, balance parts, application, and build quality before buying. The number 460 is a good start. It is not proof the parts, tune, and seller story have their pants on straight.

↑ Back to the Top, Before the Casting Numbers Start Lying

---

Bottom Line

The Ford 460 is the 385-series answer when cubic inches, low-speed pull, and moving something heavy are the whole assignment. It shares the 429’s big bore, adds the longer stroke, and shows up ready to shove full-size cars, Lincolns, trucks, vans, tow rigs, and anything else somebody thought needed an engine roughly the size of a washing machine. The 429 may carry more performance romance. The 460 brings the longer arm and gets to work.

That does not make every 460 a hidden muscle engine. Early high-compression versions are not the same thing as later smog-era engines, and passenger-car combinations are not automatically the same as truck, van, or work-duty versions. A tired low-compression 460 with sleepy heads, mild cam timing, restricted exhaust, and fifty years of neglect still has 460 cubic inches. Sometimes that just means there is more tired engine to rebuild.

The good news is that the basic package gives a builder plenty to work with. The displacement is already there, the family has breathing potential, and the aftermarket knows what to do with it. Compression, heads, camshaft, induction, exhaust, fuel system, cooling, gearing, and condition still decide whether the result becomes a torque animal or a very large blue lump making expensive noises.

The 460 also does not need to borrow glory from the 429 side of the family. It is not a Boss 429, not a Cobra Jet, and not something that needs a rare name attached before it becomes useful. When the job is easier street torque, hauling weight, or building a big-inch Ford without preserving a collectible performance package, the 460 often makes the stronger case simply because the cubes are already baked in.

So buy the 460 for grunt, displacement, and room to build. Verify the year, heads, compression, condition, and actual combination before the bragging starts, and do not assume every truck-pulled core is one gasket set away from greatness. A well-planned 460 can make a heavy Ford feel like somebody quietly removed half the car. A lazy build merely proves that displacement can carry a lot of weight, including a bad plan.

↑ Back to the Top, Before the Casting Numbers Start Lying

---