Engine Rebuild Kit Pistons Rings Connecting Rod Bearings Set Compatible With N52B30 E87 E90 E92 E60 130i 330i 530i

N52B30 Car Engine Overhaul Rebuild Kit Pistons Rings Connecting Con Rod Bearings Set For E87 E90 E92 E60 130i 330i 530i Compression ratio 9.3:1 OE quality or aftermarket brand parts available Designed according to specifications Direct fit for specified vehicle models Installation is straightforward and efficient Consistent function under normal operating conditions Connect Rod Bearing OE11 24 7 576 714 11 24 7 576 715 Replacement OE11 24 7 576 717 11 24 7 552 063 11 24 7 628 034 11 24 7 628 035 11 24 7 558 880 Piston OE11 25 7 564 335 11 25 7 559 434 Replacement OE11 25 7 551 349 11 25 7 534 552 11 25 7 547 838 Specifications - STD 0.00 specification (no cylinder bore expansion required) - Cylinder bore Φ85.00mm - Wrist pin diameter Φ20mm - Wrist pin length 49mm - Ring thickness: 1st ring 1.2mm, 2nd ring 1.5mm, 3rd ring 2.0mm - Fits N52B30 3.0L L6 (2996cc) naturally aspirated engine - Compression ratio 9.3:1 Package includes - Pistons and rings x6 - Crankshaft and connecting rod bearing set x1 Fitment details - 125i 2008–2013 E82 E88 / 3.0L L6 - 130i 2006–2011 E87 / 3.0L L6 - 330i / 330xi 2005–2013 E90 E91 E92 E93 / 3.0L L6 - 530i / 530xi 2005–2010 E60 E61 / 3.0L L6 - 630i 2005–2010 E63 E64 / 3.0L L6 - 730i / 730Li 2004–2008 E65 E66 / 3.0L L6 - 730i / 730Li 2008–2015 F01 F02 / 3.0L L6 - X3 3.0si / xDrive30i 2006–2010 E83 / 3.0L L6 - X3 28i x / xDrive28i 2009–2012 F25 / 3.0L L6 - X5 3.0si / xDrive30i 2006–2010 E70 / 3.0L L6 - Z4 3.0si / sDrive30i 2005–2011 E85 E86 E89 / 3.0L L6

• Compatible with N52B30 engine models precise fitment for E87 E90 E92 and E60 chassis variants
• Complete rebuild kit includes pistons rings connecting rod bearings and related components for full engine restoration
• Engineered to meet OEM specifications for function and in 130i 330i and 530i applications
• Designed for efficient installation and compression to restore engine power and fuel efficiency
• Ideal for use in vehicles requiring a comprehensive bottom-end overhaul with consistent operational results