Ferrari Dino 308 GT4 (1973–1980) Workshop Manual (209 P.)

Complete workshop guide covering engine assembly, 8-cylinder heads with 250 DIN HP, 5-speed transmission, suspension, braking system, and electrical components. Includes Weber 40 DCNF carburetors, valve timing procedures, and torque specifications for comprehensive DIY service.

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Document Details

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Document Number / Seller:
23995 / Dennis Gonzalez
File Size:
7.30 MB
File Type:
PDF
Language:
English (some of our manuals are multi-language)
Pages:
209
Printable:
Yes
Estimated Download Time:
0.15 Minutes
Delivery Format:
Digital (PDF) - Instant Access
Category:
Car
Brand:
Ferrari
Reviewed and Approved:
Nov 6, 2025
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Models Covered & Key Technical Specifications

Ferrari Dino 308 GT4 (F106 AL) — 1973–1980 Systematic Specification Index | 308 GT4 Series Library.

  • Calibrated Displacement Data: 2926.91 cm³ (178.8 cu in) is specified as the engine cylinder volume Architecture.
  • Measured Power Output: 250 DIN CV at 7000 rpm represents the maximum rated horsepower Framework.
  • Primary Torque Specification: 29 kgm (284 N·m) at 5000 rpm — is rated at peak crankshaft output Threshold.
  • Advanced Compression Ratio: The cylinder head requires 8.831:1 for standard combustion chamber pressure Logic.
  • Operational Fuel Capacity: Tank volume reaches 98 L (25.9 US gal) Parameters.
  • Baseline Oil Capacity: Crankcase sump requires 7 L maximum (5 L minimum) for complete lubrication Baseline.

Professional Workshop Service Manual & Technical Specifications

Practical Performance Reference Manual: Ferrari Dino 308 GT4 (1973–1980) Workshop and Service Manual Engine-Compendium

Equipment-Series: Dino F106 AL (1974), 308 GT4 (1973-1980) // Operational-Framework: Clutch, Gearbox, Rear Axle System Logic // Subsystem-Focus: Eight-cylinder transversal engine configuration with dual-distributor ignition.

Identifier Baseline Context
Engine Type V 90, 8 cylinders 2926.91 cm³ displacement documented
Power Output 250 CV at 7000 RPM Maximum torque 29 kgm at 5000 RPM
Transmission Five forward speeds plus reverse Synchromesh rings on forward speeds; integral with rear axle
Brake System Self-ventilating hydraulic discs Two independent circuits with vacuum servo-brake; limiting valve on rear
Suspension Independent coil springs Hydraulic shock absorbers with transversal anti-roll bars front and rear

Maintenance hierarchies are structured into the Engine section covering primary powerplant assembly, the Lubrication system establishing oil delivery and cooling circulation, the Clutch mechanism revealing single-plate engagement, the Gearbox presenting constant-mesh helical gear trains and synchronizer operation, and the Rear Axle documenting limited-slip differential action, while the Steering system addresses rack-and-pinion adjustment, the Front Suspension covers independent wishbone geometry with camber and toe-in alignment procedures, and the Rear Suspension describes similar independent suspension with comparable wheel-setting data.

OEM specifications cover component identification particulars, main performance values, refueling requirements, and fastener documentation. The document includes specifications for piston pin-to-cylinder liner coupling tolerances, connecting rod small-end bearing dimensions, main crankshaft journal diameters, valve stem clearances within guides, and crankshaft end-float limits to ensure proper mating surface contact. Cylinder head specifications detail valve seat interference fits, spring load measurements with valve opening and closing positions, and thimble seat clearance data for all eight valves across both cylinder rows.

Brake system specifications are included for pedal free-travel adjustment, hydraulic circuit pressures, and brake pad surface areas on both front and rear wheels. Safety procedures are documented for proper spark plug installation with graphite-grease coating and sequential torque application to prevent sealing washer damage. Fluid capacities are listed for engine oil sump capacity, gearbox-differential lubricant volume, air conditioner system freon charge weight, and brake-circuit fluid quantity. Tool requirements are listed for specialized equipment including cylinder liner gauges, valve spring removers, crankshaft boring bars, and synchronizer alignment fixtures. Installation guidelines are provided for fuel pump pressure regulation, fuel filter replacement procedures, carburettor float-level adjustment using dial-gauge measurement, and air-filter element service intervals at 10,000-km and 20,000-km checkpoints.

Trouble diagnosis and remedies sections address engine starting failures, stalling conditions, loss of power, high-speed misfiring, acceleration hesitation, valve-mechanism noise, connecting-rod bearing wear, excessive oil pressure, and insufficient lubrication. Gearbox troubleshooting covers noisy operation, difficult gearshifting, gears jumping out of mesh, and synchronizer-ring wear detection. Brake system diagnostics document pedal jamming, soft spongy response, dragging conditions, unbalanced front-wheel braking, and brake-pad irregular wear patterns. Suspension and steering sections include wheel-shimmy diagnosis, side-skidding on curves, hard steering resistance, and tire-wear irregularities caused by misalignment or component deterioration.

Electrical system specifications cover battery nominal capacity in ampere-hours, alternator output current rating, starter motor torque development, ignition distributor breaker-point gaps for both advanced and retarded contacts, and ignition coil primary and secondary winding resistance values at specified temperatures. Lighting system bulb specifications include wattage ratings, connector types, and filament configurations for all exterior and interior lamps. The document contains automatic ignition advance curves showing distributor timing progression across engine RPM ranges, with separate curves for retarded contact R2 versus advanced contact R1 operation under different throttle conditions and engine speeds.

Body section specifications address chassis load-bearing capacity, door hinge rotation limits, window-glass safety stratification requirements, and upholstery material composition for similar leather, genuine leather, and deerskin application areas. Paint finishing procedures document thermosetting acrylic enamel preparation, epoxy filler application, primer catalyzation ratios, wet-sanding progression through multiple rubbing-paper grades, and infrared-lamp drying temperature and duration specifications. The document also references Ford viscosity measurements, spray-gun cup injection procedures, and metallic-paint particle-settling requirements during application.

The manual documents torque specifications for the connecting rod bolts to ensure proper mating surface contact, cylinder head fasteners to establish secure valve-chamber sealing, and crankshaft-pulley attachment to prevent damping-ring slippage. Suspension components include taper roller bearing preloading procedures, wishbone fork-to-chassis fastening specifications, and shock-absorber mounting torque requirements.

FAQ

Confirm the **recommended** diagnostic procedures for ignition timing verification? keyboard_arrow_down

6° ATDC static advance is essential on cylinder 1 at idle (800-1000 RPM), checked via stroboscopic lamp on the flywheel index mark. If lamp illuminates at mark +6° during idle and at AF 16° during light acceleration (1100-1200 RPM), timing is properly set. Further verification at 5000 RPM should show 34° advance corresponding to the A5/34° mark on the flywheel.

What tools with **calibrated** specifications are needed for fluid capacity measurement? keyboard_arrow_down

1 liter FREON 12 Anidro serves as the system capacity for air conditioning, requiring graduated cylinder with visible level index corresponding to 1 kg of Freon. Pressure gauges must read 0-760 mm Hg for vacuum and 0-10 kg/cm² for low pressure, with separate 0-35 kg/cm² gauge for high pressure monitoring during charge operations.

Identify the **applicable** component specifications for rear suspension assembly? keyboard_arrow_down

KONI 82x - 1831 shock absorbers with 74 mm compression travel and 73 mm return travel, rated at 130 kg expansion and 25 kg compression. Oil capacity measures 0.310 liters using AGIP OSO 35, while coil springs have 344 mm free length under 390 kg static load with 0.3 mm/kg flexibility ratio.

What procedures require **exact** adjustment of camshaft timing clearances? keyboard_arrow_down

0.50 mm timing clearance must be verified on both intake and exhaust cams with engine at top dead center, cylinder 1 upward position. Intake opens 34° before TDC and closes 46° after BDC; exhaust opens 36° before BDC and closes 38° after TDC. Operating clearance adjustment uses graduated shims ranging 3.25-4.60 mm in 0.05 mm increments.

Determine the **specific** pressure requirements for brake system validation? keyboard_arrow_down

0.9 kg/cm² maximum pressure holds in the cooling expansion tank calibrated valve, established from page 177+ specifications showing front brake circuit operates at dual independent circuits with ATE type S fluid capacity of 0.580 liters total. Rear brake limiting valve maintains 0.7 pressure ratio while hand brake provides mechanical emergency backup on rear calipers.

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