2.2 CDTi 4x4 with diesel straight-4 2.2 L 161 HP at 3800 RPM, 350 N⋅m at 2000 RPM engine (2010.12–)
725–875 rpm725–875 rpm725–875 rpm
2.2 CDTi 4x4 with diesel straight-4 2.2 L 181 HP at 3800 RPM, 400 N⋅m at 2000 RPM engine (2010.12–)
725–875 rpm725–875 rpm725–875 rpm
2.2 CDTi with diesel straight-4 2.2 L 161 HP at 3800 RPM, 350 N⋅m at 2000 RPM engine (2010.12–)
725–875 rpm725–875 rpm725–875 rpm
2.4 with gasoline straight-4 2.4 L 138 HP engine (2008.9–)
640–740 rpm640–740 rpm640–740 rpm
2.4 with gasoline straight-4 2.4 L 139 HP engine (2006.5–)
640–740 rpm640–740 rpm640–740 rpm
3.2 V6 with gasoline V6 3.2 L 224 HP at 6600 RPM, 297 N⋅m at 3200 RPM engine (2007.3–)
665–715 rpm665–715 rpm665–715 rpm
3.2 V6 with gasoline V6 3.2 L 224 HP engine (2007.3–)
665–715 rpm665–715 rpm665–715 rpm
All other modifications
820–860 rpm820–860 rpm820–860 rpm
expand_moreMinimum engine oil temperature at VET
2.4 with gasoline straight-4 2.4 L 138 HP engine (2008.9–)
140°F140°F60°C
2.4 with gasoline straight-4 2.4 L 139 HP engine (2006.5–)
140°F140°F60°C
3.2 V6 with gasoline V6 3.2 L 224 HP at 6600 RPM, 297 N⋅m at 3200 RPM engine (2007.3–)
140°F140°F60°C
3.2 V6 with gasoline V6 3.2 L 224 HP engine (2007.3–)
140°F140°F60°C
All other modifications
176°F176°F80°C
expand_morePetrol exhaust gas values
CO content at idling speed
0–0.5 %0–0.5 %0–0.5 %
CO content at increased idling speed
0.2 %0.2 %0.2 %
Increased idling speed
2800–3200 rpm2800–3200 rpm2800–3200 rpm
Lambda sensor design
Jump type lambda sensor
Lambda value
0.97–1.03 λ0.97–1.03 λ0.97–1.03 λ
expand_morePetrol conditioning time
2.4 4x4 with gasoline straight-4 2.4 L 165 HP at 6400 RPM, 217 N⋅m at 4500 RPM engine (2010.12–)
120 s120 s120 s
2.4 with gasoline straight-4 2.4 L 165 HP at 6400 RPM, 217 N⋅m at 4500 RPM engine (2010.12–)
120 s120 s120 s
All other modifications
30 s30 s30 s
expand_moreTest speed for lambda sensor signal
2.4 with gasoline straight-4 2.4 L 138 HP engine (2008.9–)
640–740 rpm640–740 rpm640–740 rpm
2.4 with gasoline straight-4 2.4 L 139 HP engine (2006.5–)
640–740 rpm640–740 rpm640–740 rpm
3.2 V6 with gasoline V6 3.2 L 224 HP at 6600 RPM, 297 N⋅m at 3200 RPM engine (2007.3–)
665–715 rpm665–715 rpm665–715 rpm
3.2 V6 with gasoline V6 3.2 L 224 HP engine (2007.3–)
665–715 rpm665–715 rpm665–715 rpm
expand_moreVoltage swing at test speed
2.4 with gasoline straight-4 2.4 L 138 HP engine (2008.9–)
0.4 V0.4 V0.4 V
More than
2.4 with gasoline straight-4 2.4 L 139 HP engine (2006.5–)
0.4 V0.4 V0.4 V
More than
3.2 V6 with gasoline V6 3.2 L 224 HP at 6600 RPM, 297 N⋅m at 3200 RPM engine (2007.3–)
0.3 V0.3 V0.3 V
More than
3.2 V6 with gasoline V6 3.2 L 224 HP engine (2007.3–)
0.3 V0.3 V0.3 V
More than
To reduce environment impact and pass government inspections keep emission parameters at the level prescribed by Opel.
Please be noted that all capacities listed here are approximate. Check fluid levels when adding or refilling as recommended in your 2010 Opel Antara user's manual. Keep in mind that all information here is provided “as is” without any warranty of any kind.
Before doing any DIY service please check your insurance policy and Opel warranty policy for your region. In some regions DIY service may invalidate your warranty.
DIY car service is not as difficult as it looks like and it might save you thousands of dollars per year. It might be even fun and a good thing to do with your kids on a weekend to teach them how basic machinery works. It's really hard to screw something up and damage your car permanently if you use right tools, follow Opel Antara service manual and use right parts and fluids in prescribed amounts. Even modern cars stuffed with electronics can be serviced in your garage or even in your driveway. Changing engine oil, brake fluid, ATF, replacing brake pads, and etc. It's all may be done by yourself in a mater of a couple of hours.
Doing basic service for your 2010 Opel Antara you're not only saving money, but also also improving your technical skills and learning something new.
2010 Opel Antara generations
In 2010 Opel offered 2 generations of the Antara. Emission may vary in different generations. Be sure that you are looking at the rigt modification.