The 2013-2016 BMW 5 Series (F10) stands out as a leading choice in New Zealand for those in search of a premium executive sedan. Balancing luxurious comfort with exceptional driving dynamics, this vehicle excels in both daily commutes and long-distance travel. This generation introduces cutting-edge technology and powertrains that blend efficiency with heart-pounding performance, particularly in the formidable M5 Competition variant.
Common issues for the 2013-2016 BMW 5 Series include: oil leaks (valve cover, oil filter housing, oil pan), coolant leaks (expansion tank, radiator hoses), and potential for injector issues on direct-injection petrol engines. The electrics are generally reliable, but check for proper iDrive functionality and sensor issues (parking sensors, etc.). Suspension components (control arm bushings, dampers) can wear, particularly on NZ roads. Carbon buildup on direct-injection engines (especially petrol) can cause performance issues.
WOF tips
WOF failures on the 2013-2016 BMW 5 Series often relate to suspension wear (worn bushes or ball joints), brake condition (rotor wear, pad thickness), and headlight alignment. Oil leaks are a common cause for concern, as are tire condition and tread depth. Ensure all lights (including indicators and brake lights) are functioning correctly, and the windscreen is free from chips or cracks in the critical viewing area.
About the BMW 5 M5 Competition
The F10 5 Series presents a wealth of engine configurations, from turbocharged four-cylinder options to robust V8 petrol engines, allowing it to cater to a variety of driving preferences. With an 8-speed automatic transmission for smooth gear changes, most models offer standard rear-wheel drive and optional xDrive for enhanced traction. Inside, the M5 Competition boasts luxurious finishes and a user-friendly iDrive infotainment system that enhances the driving experience.
Questions owners ask
What are some common problems I might encounter with a 2013-2016 BMW 5 Series in New Zealand?
Common issues for the 2013-2016 BMW 5 Series include oil leaks from the valve cover, oil filter housing, or oil pan. Coolant leaks from the expansion tank or radiator hoses are also possible. Direct-injection petrol engines can suffer from injector issues and carbon buildup. Suspension components like control arm bushings and dampers can wear out, especially on New Zealand roads. The iDrive system and sensors (like parking sensors) should also be checked.
What should I check on my 2013-2016 BMW 5 Series to pass a WOF in NZ?
For a Warrant of Fitness, pay close attention to suspension wear (bushes and ball joints), brake condition (rotor wear and pad thickness), and headlight alignment. Oil leaks are a common cause for failure. Also, ensure your tires have sufficient tread depth, all lights are functioning correctly, and the windscreen is free from chips or cracks in the critical viewing area.
Where can I get parts for my 2013–2016 BMW 5 Series in NZ?
CARFIX stocks over 170 SKUs for the 2013-2016 BMW 5 Series. You can find parts like brake pads, oil filters, air filters, and suspension components for your vehicle at CARFIX.
How often should I service my 2013-2016 BMW 5 Series?
The recommended service interval for the 2013-2016 BMW 5 Series is every 15,000km.
Are oil leaks a common issue on the 2013-2016 BMW 5 Series?
Yes, oil leaks are a known issue. Check for leaks at the valve cover, oil filter housing, and oil pan. Addressing these leaks promptly can prevent more serious engine problems.
Does the 2013-2016 BMW 5 Series have any known issues with its electronics?
While the electrics are generally reliable, it's wise to check the iDrive system for proper functionality and ensure all sensors (parking sensors, etc.) are working correctly. Any warning lights on the dashboard should be investigated.
I've noticed my 2013-2016 BMW 5 Series (petrol engine) is lacking power. What could be the cause?
If you have a petrol engine, carbon buildup on the direct-injection system can cause performance issues. Consider a carbon cleaning service to restore optimal performance.