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1938 Cadillac V16 - GM Heritage Center

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placing these short engines well in the rear of the fan.<br />

On a longer V-12 it is impossible to avoid reduction of<br />

fan efficiency. On the Sixteen, however, half of the<br />

, -j- ENGINES RESTRICT FAN AIR<br />

New Sixteen<br />

"Typical Twelve<br />

complete fan diameter is entirely unblocked and the<br />

upper portion of the radiator is unrestricted.<br />

SIXTEEN ENGINE<br />

CONSTRUCTION<br />

Enbloc Design<br />

The extremely compact Sixteen engine permits spacious<br />

bodies on the 141 inch wheelbase. Bodies are equal or<br />

larger in all dimensions than those on the previous V-16<br />

despite a thirteen inch reduction in wheelbase. The<br />

compact engine is largely due to one-piece unit design.<br />

It is a great tribute to <strong>Cadillac</strong>'s foundry practice<br />

that sixteen cylinders with long water jackets, side<br />

valves and ports and a nine bearing crankcase can be<br />

successfully produced in a single casting. The <strong>Cadillac</strong><br />

and LaSalle V-8's have proved that the greater rigidity<br />

of enbloc design increases smoothness and that service<br />

maintenance is reduced because of the fewer number of '<br />

joint surfaces subject to leakage or gasket troubles.<br />

The enbloc engine is an important factor in weight<br />

reduction. The new 431 cubic inch Sixteen is lighter<br />

than the former 368 cubic inch V-12 with its light<br />

aluminum crankcase.<br />

• 210»

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