Aerodiesel engine

1. An engine, comprising:

compression ignition and having a flat, opposed eight cylinder arrangement with four cylinders in a first bank and four cylinders in an opposed second bank, the first bank and the second bank separated by a vee angle of 180 degrees; and

a crankshaft, having four crankpins and being configured such that opposing pistons from each bank are coupled to the same crankpin, wherein the four cylinders in the first bank are numbered 1 through 4 commencing at an end of the engine and the four cylinders in the second bank are numbered 5 through 8 commencing at the same end of the engine and the firing order is 1-7-5-3-6-4-2-8.

2. The engine of claim 1 including an engine control unit being dedicated to each respective bank whereby the first and second banks are independently operable.

3. The engine of claim 2 including bank-bank independence, comprising:

the engine control unit dedicated to each respective bank providing electrical independence from an engine management perspective;

redundant independent bank-band induction/exhaust systems for providing induction independence from an engine air charging and exhaust perspective; and

the engine control unit dedicated to each respective bank providing fuel independence from an engine fueling perspective.

4. The engine of claim 2 including bank-bank sharing, comprising:

a single cooling system being operably coupled to each respective bank; and

a single lubrication system being operably coupled to each respective bank.

5. The engine of claim 1 , further comprising a turbocharger.

6. A method of forming an engine, including forming the engine of a flat, opposed eight cylinder arrangement with four cylinders in a first bank and four cylinders in an opposed second bank, the first bank and the second bank separated by a vee angle of 180 degrees, the engine including a crankshaft having four crankpins and being configured such that opposing pistons from each bank are coupled to the same crankpin, and numbering the four cylinders in the first bank 1 through 4 commencing at an end of the engine and numbering the four cylinders in the second bank 5 through 8 commencing at the same end of the engine and establishing a firing order as 1-7-5-3-6-4-2-8.

7. The method of forming the engine of claim 6 including separating the engine first and second banks for independent operation.

8. The method of forming the engine of claim 7 including forming the engine with bank-bank independence, the bank-bank independence including:

providing electrical independence from an engine management perspective;

providing induction independence from an engine air charging and exhaust perspective; and

providing fuel independence from an engine fueling perspective.

9. The method of forming the engine of 7 including forming the engine with bank-bank sharing, comprising:

providing cooling system sharing; and

providing lubrication system sharing.

10. The method of forming the engine of claim 6 , further comprising forming the engine to include a turbocharger.

11. An engine, comprising:

a first bank of four cylinders numbered 1 through 4 commencing at an end of the engine, each cylinder configured to receive a piston;

a second bank of four cylinders numbered 5 through 8 commencing at the same end of the engine, each cylinder configured to receive a piston; and

a crankshaft, having four crankpins and being configured such that opposing pistons from each bank are coupled to the same crankpin,

wherein the first bank of cylinders and the second bank of cylinders are separated by a vee angle of 180 degrees and further wherein the engine has a firing order as 1-7-5-3-6-4-2-8.

12. The engine of claim 11 , further comprising a first engine control unit operably coupled to the first bank of cylinders, and a second engine control unit operably coupled to the second bank of cylinders, wherein the first and second banks are independently operable.

13. The engine of claim 11 , further comprising:

a cooling system operably coupled to both the first bank of cylinders and the second bank of cylinders; and

a lubrication system operably coupled to both the first bank of cylinders and the second bank of cylinders.