the answer depends if ur car is vtec if it is it has more but if it doesent it only has 125hp and the vtec pushes a little more at 135hp
125 HP on the D16Z6 prior to 1996 127 HP on the D16Y8 on 1996 and 1997
D16z6
the b16a2 is alot better because it is a DOHC(dual over-head cam) VTEC which makes 160 hp. the d16z6 is a SOHC(single over-head cam) which makes about 110-120 hp.
5w30 is what Honda recommends.
D16z6 vtec (1.6L SOHC)
its located in the distributor.
came with the 125 hp d16z6 engine, I believe
All Honda d series motors are basically interchangeable... however, for the swap to be street legal in the USA, the motor must be from the same year as the car or later. The d16Z6 block is gen. 5 (92 - 95), the 96-98 ex is gen. 6, so the swap wouldn't be considered legal. You would also be switching from OBD2 to OBD1, which is another no-no... So, can it be done ? Yes. Has it been done? Yes. Should you do it ? Hmmm... The stock motor (d16y8) in the 98 EX is a VTEC motor w/ about 127 hp. The d16z6 motor is a VTEC motor w/ about 125 HP. The only advantage to be gained here is possibly one of price &/or availability. I recently saw a full d16y8 motor w/ less than 70K miles up on an auction site for about $450... find someone who has recently done a B or K series swap into their Honda, & you might even get one for less, just so they can get rid of it.
it depends on your head gasket. a d16y8 head gasket will work best for giving you the highest compression. as for the compression ratio.. i do not know. i would not worry about it since the power out put will be approximate to that of a d16z6 give or take a few hp.
1.
A d16z6 has 16 valves 8 intake and 8 exhaust valves.
To determine the size of the hydraulic motor needed to be equal to a 3 hp electric motor, you would need to calculate the hydraulic motor's power output in horsepower. Hydraulic motors are generally less efficient than electric motors, so you may need a larger hydraulic motor to match the power output of a 3 hp electric motor. Consult the manufacturer's specifications and consider factors such as efficiency and operating conditions.