Volkswagen Sharan 1.4 TSI & 2.0 TSI Engine ReplacementCompare Prices & Get Quotes

For a Volkswagen Sharan 1.4 TSI (EA111), expect £2,500-£4,000 supply-only for a rebuilt unit, or £600-£1,200 for a used engine. For the 2.0 TSI (DEDA), rebuilt units typically range £3,800-£5,500, with used options from £1,200-£2,200. Fitting adds approximately £520-£650 labour at UK specialist rates.

• Rebuilt 1.4 TSI: £2,500-£4,000
• Rebuilt 2.0 TSI: £3,800-£5,500
• Used 1.4 TSI: £600-£1,200
• Used 2.0 TSI: £1,200-£2,200

The most common warning sign on EA111 1.4 TSI and EA888 2.0 TSI engines is a rattling noise on cold start lasting 1-3 seconds. This is the tensioner losing hydraulic pressure. Other symptoms include engine management light illumination, timing-related fault codes, and eventually misfiring or non-start if the chain jumps.

• Cold-start rattle is the earliest warning
• Timing-related diagnostic trouble codes indicate advanced wear
• Do not ignore - chain failure destroys the engine

It depends on your Sharan's value. On examples worth under £5,000: a used engine at £600-£1,200 plus fitting often makes more sense than a rebuilt unit. On cars worth £6,000+: a rebuilt engine at £2,500-£5,500 is financially viable and carries a 12-month warranty, which a used engine typically doesn't.

• Sub-£5k value: used engine is the economic choice
• £6k+ value: rebuilt engine with warranty is justified
• Always compare your Sharan's current value against replacement cost

Both are 1.4-litre EA111 engines producing 148hp (150 PS). The CAVA (2010-2015) was the original 1.4 TSI engine in the second-generation Sharan. The CTHA (2012-2015) was introduced later with minor calibration differences. Both share the same timing chain tensioner weakness and carbon buildup issues.

• CAVA: original 1.4 TSI (2010-2015)
• CTHA: later 1.4 TSI (2012-2015) with minor differences
• Both EA111 engines with timing chain concerns

A straight engine swap on a Volkswagen Sharan 1.4 TSI or 2.0 TSI typically takes 8-10 hours labour at a specialist, including transfer of ancillary components (alternator, starter, manifolds, sensors). Most workshops complete the job in 1-2 working days.

• 1.4 TSI: 8-10 hours
• 2.0 TSI: 8-10 hours
• Plan for 2-3 days including diagnostics and road-testing

The EA111 1.4 TSI (CAVA, CAVB, CTHA, CTHB, 2010-2015) has a known timing chain tensioner weakness that makes it unreliable if not proactively maintained - tensioner failure can occur from 60,000 miles. The EA888 2.0 TSI (DEDA, 2015-2020) is more robust but still has timing chain concerns on early units. Both engines suffer from carbon buildup on intake valves due to direct injection. Rebuilt units include upgraded components addressing original flaws.

• EA111 1.4 TSI: timing chain is the critical failure point
• EA888 2.0 TSI: improved but timing chain still a concern
• Both: carbon buildup requires periodic cleaning