Looking for a mazda b22 petrol cylinder head torque settings main bearing,big ends

read as we do this

https://eautorepair.net/Marketing/Default.asp

Here are the torque settings for a Ford Fiesta 1.4 2010 for the main bearings, head bolts, and big ends:
Main bearings

• Main bearing caps: 1st stage - 7 Nm, 2nd stage - 16 Nm
• Main bearing bolts: 45 Nm + 90°

Head bolts

• Cylinders 1-3: 2nd stage - 30 Nm + 90°, 3rd stage - 80 Nm + 180°
• Cylinder 4: 2nd stage - 25 Nm + 90°, 3rd stage - 60 Nm + 180°

Big ends

• Connecting rod cap nuts: 1st stage - 22 Nm, 2nd stage - 40 Nm + 90°

Please note that these are just the general torque settings. The exact torque settings may vary depending on the specific engine and vehicle. It is always best to consult your vehicle's service manual for the correct torque settings.
Here are some additional tips for tightening the torque settings:

• Use a torque wrench to ensure that the bolts are tightened to the correct torque.
• Tighten the bolts in a star pattern, working your way from the center out.
• Do not overtighten the bolts, as this can damage the engine.

This manual has everything but cam torque

http://www.championbrands.com/aera-torquespecs.pdf

go google and type in - torque settings for (your engine as you haven't given that infomation) and there will be pages of details
There is no flywheel for an automatic. What you have is a flex plate as the torque converter acts as a flywheel

1997 Toyota Prado 5VZ-FE
Cylinder head bolts:
Tighten the cylinder head bolts in criss cross manner inside out, in four stages as under:
Stage 1. Torque the bolts up to 17 Nm.
Stage 2. 34 Nm.
Stage 3. Rotate all the bolts 90 degrees.
Stage 4. Finally rotate all the bolts further 90 degrees.

Main Bearings:
Tighten the main bearing bolts in two stages, as under:
Stage 1. 61 Nm.
Stage 2. Rotate the bolts further 90 degrees.

Big end bearings:
Tighten the big end bolt of connecting rods in two stages as under:
Stage 1. 25 Nm.
Stage 2. Rotate the bolts further 90 degrees.

petrol engine alloy head 65lbs
main bearing caps 80lbs
big end bolts 40lbs

Specifically which torque settings are you referring to. There are thousands to choose from. Please give an example such as "differential carrier", "cylinder head", "exhaust manifold to engine block" etc.

Torque Settings Mains = 108NM
Big Ends = 54NM + 90° +90°
Flywheel = 122.5NM
Cylinder Head = 78 NM + 90° + 90°

Valve Settings
Exhaust = 0.40 mm - 0.50 mm
Intake = 0.20 - 0.3 0mm

hi big end bearings are two stage, 25nm leave ten mins, then 49nm cylinder head bolts three stages 20nm leave ten mins, 40nm leave ten mins then 60nm check after 5,000miles hope this helps