The 1967 Chevrolet El Camino marks the final year of the first-generation restyled A-body platform, combining passenger-car comfort with utility through a durable integrated bed. This model year introduced subtle styling refinements, expanded high-performance big-block engine options, and enduring styling cues that make it one of the most sought-after classic utility vehicles today.
Evolution of the El Camino Platform and the 1967 Model Year
The Chevrolet El Camino arrived as a direct response to the Ford Ranchero, first appearing for the 1959 model year based on the full-size Chevrolet passenger car platform. After a brief hiatus, Chevrolet revived the nameplate in 1964, transitioning the vehicle to the intermediate Chevelle platform. By 1967, the El Camino was entering its fourth year on this A-body architecture, which it shared with the Chevelle Malibu.
The 1967 model year brought a series of careful refinements that distinguished it from the 1965 and 1966 iterations. Designers updated the front fascia with a new, finely textured split grille, a redesigned front bumper, and revised parking lamps integrated into the lower valence. Side trim moldings were simplified, and crisp character lines flowed cleanly from the front fenders through the rear quarter panels, terminating near the edge of the tailgate.
Inside the cabin, Chevrolet offered a blend of utilitarian simplicity and passenger-car luxury. Buyers could select a standard bench seat upholstered in durable vinyl or upgrade to the Custom interior package, which featured plush cloth-and-vinyl bench seats or optional bucket seats paired with a center console and floor shifter. The dashboard utilized a horizontal sweep speedometer flanked by auxiliary warning lights, with optional factory gauges and an in-dash clock available for enthusiasts seeking a sportier cockpit experience.
Engine Options and Performance Lineup
The true appeal of the 1967 Chevrolet El Camino lies under the hood, where buyers could choose from an extensive catalog of inline-six and V8 powerplants. This versatility allowed the vehicle to serve as a modest daily driver or a high-performance muscle car with an open bed.
Small-Block and Inline-Six Engines
For everyday driving and fuel economy, the base powerplant was a 250-cubic-inch inline-six producing 155 horsepower. Stepping up to the V8 family, buyers could select the 283-cubic-inch small-block V8, rated at 195 horsepower with a two-barrel carburetor. Later in the production cycle, the legendary 327-cubic-inch small-block became available, offering power outputs ranging from 275 horsepower with a four-barrel carburetor up to 325 horsepower in high-compression configurations.
Big-Block Muscle: The L34 and L38 V8s
For those demanding maximum straight-line performance, Chevrolet offered potent big-block displacement options. The 396-cubic-inch V8 was available in two distinct states of tune for the El Camino:
- L35 Engine: Produced 325 horsepower, featuring hydraulic lifters and a single four-barrel Rochester Quadrajet carburetor.
- L34 Engine: Produced 350 horsepower, utilizing higher compression, a more aggressive camshaft profile, and better breathing exhaust manifolds.
These big-block engines transformed the El Camino into a formidable muscle car, though the added weight over the front wheels required stiffer front suspension springs and heavy-duty shock absorbers to maintain balanced handling dynamics.
| Engine Displacement | Configuration | Carburetion | Horsepower (hp) | Torque (lb-ft) | Primary Application |
|---|---|---|---|---|---|
| 250 ci | Inline-6 | 1-Barrel | 155 | 235 | Base Utility / Economy |
| 283 ci | Small-Block V8 | 2-Barrel | 195 | 285 | Standard Passenger V8 |
| 327 ci | Small-Block V8 | 4-Barrel | 275 | 355 | Performance Cruiser |
| 396 ci (L35) | Big-Block V8 | 4-Barrel | 325 | 410 | Street Performance |
| 396 ci (L34) | Big-Block V8 | 4-Barrel | 350 | 415 | High-Output Muscle |
Transmission, Suspension, and Drivetrain Specifications
Power from these engines was routed to the rear wheels through a variety of transmission choices. Base models relied on a three-speed manual column-shifted gearbox, while enthusiasts frequently specified the Muncie four-speed manual floor shifter for maximum control. For automatic transmission buyers, the rugged two-speed Powerglide remained available, though the newly introduced three-speed Turbo Hydra-Matic 400 (TH400) quickly became the preferred choice for handling the substantial torque of the 396 big-block engines.
The chassis utilized an independent front suspension featuring unequal-length control arms, coil springs, and tube shocks, paired with a four-link rear suspension setup that utilized boxed lower control arms and coil springs instead of traditional leaf springs. This unique rear suspension geometry gave the El Camino a smoother, more car-like ride quality than traditional pickup trucks, while still retaining a payload capacity rated at approximately 1,200 pounds, depending on the specific spring rates and tire selection.
Braking duties were handled by standard four-wheel hydraulic drum brakes, though power assistance was a popular factory option. Notably, 1967 marked a transitional period where front disc brakes became available as a factory-installed option, significantly improving stopping performance and reducing brake fade during spirited driving.
Identifying Numbers and Trim Variations
Verifying the authenticity of a 1967 Chevrolet El Camino requires examining the vehicle identification number (VIN) and the Fisher Body cowl tag.
The 13-digit VIN prefix provides essential clues to the vehicle's factory build:
- First digit (1): Chevrolet division.
- Second and third digits (36 or 13): Model series. A prefix of 136 designates a standard V8 El Camino, while 138 designates the upscale Malibu-based El Camino platform (which was required for factory big-block 396 installations).
- Fourth and fifth digits (80): El Camino body style (two-door utility sedan).
- Sixth digit (7): Model year 1967.
- Seventh letter: Assembly plant code (such as K for Kansas City, R for Arlington, or Z for Fremont).
- Final six digits: Sequential production serial number.
Buyers and restorers should always cross-reference the VIN with the cowl tag located on the driver-side firewall to confirm original paint codes, interior trim selections, and build dates. Matching numbers on the engine block stamp pad provide further assurance of originality for investment-grade restorations.
Restoring and Maintaining a Classic El Camino
Restoring a 1967 Chevrolet El Camino is remarkably straightforward compared to unibody cars or rare European imports, largely due to the robust aftermarket support shared with the Chevelle platform. Sheet metal replacement panels—including rear quarter panels, floor pans, bed skins, and tailgate assemblies—are widely available from specialty manufacturers.
Common Rust Areas to Inspect
When evaluating an unrestored project car, inspectors must pay close attention to moisture-prone structural areas:
- Lower Front Fenders and Rocker Panels: Road debris thrown from front tires frequently damages protective coatings, leading to hidden corrosion.
- Rear Wheel Arches: Mud and moisture accumulate inside the double-walled quarter panel lips.
- Floor Pans and Body Mounts: Condensation beneath rubber floor mats and failing cowl drains often cause rust-through around body mount positions #2 and #3.
- The Truck Bed Floor: Because the cargo bed was exposed to the elements, original steel beds frequently suffer from pitting, deep rust, or structural perforation under drop-in plastic bedliners.
Mechanical Upgrades for Modern Driving
While numbers-matching restorations preserve historical value, many modern owners opt for restomod modifications to enhance safety and reliability. Popular upgrades include converting manual drum brakes to power front disc systems, installing electronic ignition conversions within stock distributors, upgrading to modern radial tires mounted on classic styled wheels, and adding vintage-style under-dash air conditioning kits.
Frequently Asked Questions
What makes the 1967 El Camino different from the 1966 model?
The 1967 model features a revised front grille with a distinct center divider, updated parking light lenses integrated into the front bumper, cleaner side body molding, and the introduction of optional front disc brakes. Inside, the dashboard layout received minor trim updates while retaining the functional A-body architecture.
Did Chevrolet offer a Super Sport (SS) version of the 1967 El Camino?
Officially, Chevrolet did not market the El Camino as an "SS" model in 1967, unlike the Chevelle hardtop and convertible. However, vehicles ordered with the 138-prefix VIN and equipped with the 396-cubic-inch big-block engine received the same performance equipment, heavy-duty suspension, and optional SS badging installed by dealers or enthusiasts.
What is the payload capacity of a 1967 El Camino?
Depending on the suspension package and tire rating, the 1967 El Camino is engineered to carry a payload of approximately 1,200 pounds in its steel cargo bed. While capable of hauling heavy materials, owners should remember that the rear coil-spring suspension is tuned primarily for passenger ride comfort rather than heavy commercial duty.
Are replacement parts easy to find for this model?
Yes. Because the 1967 El Camino shares its frame, front sheet metal, interior components, and mechanical systems with the Chevrolet Chevelle, almost all mechanical parts, weatherstripping, trim pieces, and interior upholstery are widely reproduced and readily available through major classic car parts suppliers.
How do I verify if a 1967 El Camino came with a big-block 396 engine from the factory?
The definitive proof is found in the vehicle identification number (VIN). A genuine factory big-block car will feature the 138 model series prefix. Vehicles starting with 136 were originally built with inline-six or small-block V8 engines.
Next Steps for Enthusiasts and Buyers
For prospective buyers and restoration enthusiasts, locating a solid, rust-free chassis from a dry western or southern state provides the ideal foundation. Prioritize inspecting structural frame rails, cowl areas, and rear quarter panel seams before evaluating mechanical condition. Reviewing documentation, checking engine pad stamps, and consulting specialized registry groups will ensure you acquire an authentic, high-quality example of this iconic American classic.
