Generation Guide · 2 of 6 · Lowered Street-Truck Build Guide

1957–1960 Ford F-100 — Fridge

Fits · 1957–1960 only — this IS the generation guide

The Fridge brought the wide Styleside body and, for 1959, Ford’s first factory 4×4 pickup. The street-truck build stays traditional — dropped axle or a purpose-built IFS — and this guide covers both, plus engines (including the 1958–60 352 FE), budget, and parts.

Lowered 1957–1960 Ford F-100 Fridge short bed in turquoise and white

Generation Notes

Build philosophy: Prioritize stance, steering, brakes, and wheel fitment. Keep the original frame and running engine where practical; expensive swaps should be a deliberate choice, not the first step.

The 1957–1960 F-100 has its own body and chassis details. A lowered street build can stay traditional with a dropped front axle, or use a purpose-built independent front suspension conversion. Check whether the truck is 2WD or 4WD before ordering parts.

The generation introduced the wider Styleside body; factory four-wheel drive became available for 1959. Front suspension and steering parts must match the actual configuration. On engines: the 292 Y-block was the 1957 V8 and continued as a smaller option, while for 1958–60 the optional V8 was the 352 FE — a ’59 owner with a factory 352 fits neither the “six” nor the “Y-block” label.

Best DIY Modifications

Front dropped axle or IFS conversion

Planning cost: $700–$1,800+ for a dropped axle route; roughly $1,500–$3,500+ for an IFS conversion before major labor.

A dropped axle preserves the vintage feel. An aftermarket Mustang II-style IFS can improve packaging and steering, but needs a kit specifically suitable for the frame and professional welding/geometry checks.

Rear lowering

Planning cost: $150–$600 for basic parts; more for custom fabrication.

Consider matched lowering springs, blocks, or a designed rear setup. Check frame clearance, bump travel, pinion angle, shock travel, and brake hoses.

Steering, brakes, and wheel bearings

Planning cost: $300–$1,200+ depending on condition and upgrades.

Restore worn original components first. If changing front suspension, plan steering column linkage, master cylinder, brake balance, and wheel clearance as one system.

Rear axle upgrade

Planning cost: $300–$1,200 used parts; more rebuilt.

Ford 9-inch and later Ford axle options may be candidates, but compare width, spring perch spacing, gearing, brakes, and wheel bolt pattern before buying.

Engine Swap Options

Engine / route	Approx. DIY parts cost	Pros & compatibility notes
Keep / refresh the original — six, Y-block, or (1958–60) 352 FE V8	$500–$2,500 for used engine/refresh parts	Often the lowest-cost route if the engine is healthy. Verify which engine is actually in the truck.
Ford 302 Windsor	$1,000–$3,500 for used engine and basic conversion parts	Common street-truck swap candidate; requires appropriate mounts, oil-pan clearance, cooling, exhaust, transmission, and driveshaft planning.
Ford 351 Windsor	$1,500–$4,000 for engine and basic parts	Adds displacement and torque potential; verify all fitment and driveline details.
Coyote 5.0	$10,000–$18,000+ for a DIY parts build	Modern power but high total cost for electronics, fuel delivery, transmission, cooling, exhaust, and fabrication.

Engine cost ranges are broad planning estimates, not installed quotes. They exclude many labor, shipping, tax, and troubleshooting costs. Identify the engine and transmission actually in the truck before purchasing swap parts.

Coyote figure corrected — Oct 2026 fact-check. Earlier drafts of this guide priced a DIY Coyote conversion at $8,000–$15,000+. Street Trucks’ F-100 Coyote cost research puts a parts-only DIY build around a used F-150 pullout at roughly $10,000–$18,000 — before the Ford Performance control pack (~$2,100–$2,730) that the swap also needs. A running pullout plus transmission can consume most of $8,000 before mounts, fuel, cooling, and wiring, so the table above uses the corrected range.

Example Budget

Item	Planning budget
Front drop axle / IFS allowance	$700–$2,000
Rear lowering and shocks	$250–$700
Steering/brake refresh allowance	$400–$1,000
Wheels and tires	$600–$1,400
Alignment, fluids, hardware	$200–$500
Planning total (not a quote)	$2,150–$5,600+

Budget assumptions. Assumes a usable frame, a running engine/transmission, mostly DIY labor, and no major rust or structural repair. The total is an initial planning range — not a guaranteed all-in cost. A complete brake conversion, custom fabrication, frame notch, or professional welding can increase the price.

Build Order

Recommended build sequence

1 · Identify the truck. Confirm model year, 2WD/4WD, wheelbase/bed, engine, transmission, axle, and any prior modifications.
2 · Inspect before buying. Check frame rust, steering mounts, suspension pivots, brakes, wheel bearings, fuel lines, and driveline condition.
3 · Choose the target stance. Decide mild versus aggressive drop, and plan front/rear heights together.
4 · Select compatible suspension parts. Use year-specific fitment and verify travel, geometry, bump stops, brake hoses, and driveshaft angles.
5 · Confirm wheel fitment. Check bolt pattern, width, offset/backspacing, brake clearance, and tire clearance at full steering lock and suspension travel.
6 · Align and test safely. Verify steering, braking, suspension travel, and driveline behavior before daily use.

Recommended starting build

For a budget cruiser, retain the original frame and choose a complete, engineered front suspension path. A 1959–1960 4WD truck needs a different plan from a 2WD street truck; do not use 2WD lowering assumptions on a 4WD.

Safety.

Use rated jack stands; never work under a truck supported only by a jack. Structural welding and critical suspension mounts should be completed or inspected by a qualified fabricator. Brake and steering modifications must be properly engineered and tested before road use.

Parts list — shop this generation’s build

Built from this guide’s own sections. Links are marked affiliate slots until each retailer program approves F100 Restomod — hard parts route to CJ Creators / JEGS, tools and consumables to Amazon, donor and used parts to eBay Partner Network. Fat Fender Garage and QA1 run no affiliate programs, so they appear as name-only mentions.

Dropped front axle, 1957–60 — JEGS · CJ CreatorsAffiliate slot
Mustang II-style IFS conversion kit — frame-specific — JEGS · CJ CreatorsAffiliate slot
Kingpin set & tie rods (steering refresh) — JEGSAffiliate slot
Rear lowering blocks / lowering springs — JEGS · CJ CreatorsAffiliate slot
Front disc brake conversion kit — JEGS · CJ CreatorsAffiliate slot
Used Ford 9-inch rear axle (donor) — eBay Partner NetworkAffiliate slot
Drop shocks, front & rear — JEGS · CJ CreatorsAffiliate slot

Reference Notes

Use these references for generation history and specific installation context. Parts compatibility and prices must be confirmed with the manufacturer/supplier for the exact truck. Some linked guides are historical and should be treated as starting points, not substitutes for current installation instructions.

F-100 generation history and Twin I-Beam timing: supermotors.net/registry/ford/f-100
1961–1966 chassis, unibody, and engine overview: supermotors.net/registry/ford/f-100/1961-1966
1953–1956 Mustang II crossmember instructions: static.speedwaymotors.com/pdf/910-34425.pdf
1953–1956 rear axle/lowering discussion: ford-trucks.com — 1953–1956 F100 rear end selection
1965–1979 IFS / Twin I-Beam overview: Classic Truck Performance, July 2024

All dollar figures are rough U.S. planning estimates and can vary substantially with donor condition, parts availability, fabrication, shipping, and the amount of work done at home.