I don't know of any. Post the specs if you do. I've never come across a diesel that made as much horse or torque as a gas engine with same bore and stroke (unless turbocharged).
A few good examples.
Isuzu took their gas engines and converted them to diesel, so some are the exact same bore and stroke. Chevy used some in S10s, Chevettes, LUVs.
Chevy/Isuzu 1.8 liter gas (110 cubic inches) four-cylinder, 80 hp at 4800 rpm and 95 lb./ft. torque at 3000 rpm 3.31" bore x 3.23" stroke.
Same when converted to diesel. Chevy/Isuzu 1.8 liter diesel (110 cubic inches) four-cylinder, 51 hp at 5000 rpm and 77 lb./ft. torque at 2000 rpm 3.31" bore x 3.23" stroke
Now, take a Isuzu and compare to a Chevy designed gas engine with similar bore, stroke, size.
GM/Isuzu 2.2 liter (139 c.i.) diesel - 62 horse at 4200 RPM and 96 lb. ft. torque at 2200 RPM 3.4" bore by 3.62" stroke
Chevy Vega 2.2 liter gas engine, (140 c.i.) - 90 horse at 4600 RPM, 115 lbs. torque at 2400 RPM, 3.5” bore by 3.62” stroke
Now, compare a straight-six diesel Dodge used in 1/2 ton pickups to a similar sized straight-six gas engine Chevy used.
Dodge 1/2 ton pickup diesel, 3.9 liter, 243 cubic inches, in-line six cylinder, 100 horse at 3700 RPM, 165 lbs. torque at 2200 RPM. 3.62” bore by 3.94” stroke.
Chevy gas engine, 4 liter, 250 cubic inches, in-line six cylinder, 145 horse at 4200 RPM, 230 lbs. torque at 1600 RPM, 3.9” bore by 4.5” stroke.
Now, compare John Deere 1010 diesel and 2010 gas -both exactly same size, bore and stroke.
John Deere 1010 diesel engine, 2.4 liter, 145 cubic inches, 40 flywheel horsepower at 2500 RPM, 95 lbs.torque at 1500 RPM, 3.62” bore by 3.5” stroke.
John Deere 2010 gas engine, 2.4 liter, 145 cubic inches, 50 flywheel horsepower at 2500 RPM, 114 lbs.torque at 1500 RPM, 3.62” bore by 3.5” stroke
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Today's Featured Article - Hydraulic Basics - Part 2 - by Curtis Von Fange. In the last entry to this series we gave a brief overview of hydraulic system theory, its basic components and how it works. Now lets take a look at some general maintenance tips that will keep our system operating to its fullest potential. The two biggest enemies to a hydraulic system are dirt and water. Dirt can score the insides of cylinders, spool valves and pumps. Wate
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