The 2006 Mitsubishi Lancer was most commonly equipped with a 2.0‑liter 4G94 SOHC inline‑four engine, though some markets offered a 2.4‑liter 4G69 or a 1.5‑liter 4G15.
How many cc is a Mitsubishi Lancer?
Mitsubishi Lancer engines have been offered in 1.5 L (1468 cc), 2.0 L (1999 cc) and 2.4 L (2378 cc) displacements.
The 1.5 L 4G15 was typically reserved for base‑level models in Asia and Europe, while the 2.0 L 4G94 powered most North American sedans and hatchbacks. The 2.4 L 4G69 appeared in higher‑trim or sport‑oriented trims, delivering a modest torque bump. Always verify the exact displacement by checking the VIN‑decoded engine code or the owner’s manual before ordering parts.
How much is a 2006 Mitsubishi Lancer worth?
In 2026 a clean, low‑mileage 2006 Mitsubishi Lancer typically sells for $3,000 – $7,000, while a well‑preserved Evolution can reach $10,000 – $30,000+.
Pricing varies with mileage, condition, regional demand, and whether the car has been modified. Use the Kelley Blue Book and Edmunds tools to generate a market‑adjusted estimate for your zip code. When buying, request a recent service record and a vehicle‑history report to avoid hidden expenses.
Is a 2006 Mitsubishi Lancer a good car?
Yes, a well‑maintained 2006 Mitsubishi Lancer remains a reliable, fuel‑efficient daily driver.
Its simple SOHC engine layout makes DIY maintenance straightforward, and parts are widely available. Pay particular attention to the timing belt condition, suspension bushings, and rust‑prone undercarriage areas, especially in regions with harsh winters. A pre‑purchase inspection by a trusted mechanic can confirm that the car’s major wear items have been addressed.
How long will a Mitsubishi Lancer last?
With regular care, a Mitsubishi Lancer can comfortably exceed 150,000 – 200,000 miles.
Key to longevity are timely oil changes, coolant flushes, and adhering to the manufacturer’s timing‑belt replacement schedule (usually every 60,000 – 105,000 miles depending on the engine). Replace worn suspension components before they cause uneven tire wear, and keep the rust‑inhibiting undercoat intact. Owners who follow these practices often report 10‑plus years of trouble‑free service.
Does 2006 Mitsubishi Lancer have timing belt?
All 2006 Mitsubishi Lancer models equipped with the 2.0 L 4G94 or 2.4 L 4G69 use a timing belt.
The 4G94 is an interference engine, so a broken belt can bend valves and cause catastrophic damage; the 4G69 is non‑interference but still requires prompt replacement to avoid loss of power. Mitsubishi recommends replacement at 60,000 miles for the 4G94 and 105,000 miles for the 4G69, though many owners opt for the earlier interval for added safety. When you replace the belt, consider a kit like the Gates TCKWP257, which includes the belt, tensioner, and water pump.
Do Mitsubishi Tritons have timing belts?
Modern Mitsubishi Triton trucks (post‑2006) primarily use timing chains, while older models often employed timing belts.
The 2.5 L 4D56 common‑rail diesel and the 2.4 L 4G64 gasoline engines switched to chains for durability and reduced service intervals. Pre‑2006 diesel variants (e.g., the 2.5 L 4D56) used a belt that typically required replacement every 100,000 km (≈62,000 miles). Verify the engine code stamped on the block or consult the owner's manual to confirm the drive type before planning maintenance.
Does a 2004 Mitsubishi Lancer have a timing belt?
The 2004 Mitsubishi Lancer equipped with the 2.0 L 4G94 engine uses a timing belt.
Because the 4G94 is an interference design, a failed belt can lead to bent valves and costly repairs. Mitsubishi’s service bulletin advises a belt change at 60,000 miles or every 5 years, whichever comes first. Inspect the belt for cracks, oil contamination, or looseness during each service, and replace the tensioner and water pump at the same time for best results.
Does 2009 Mitsubishi Lancer have timing belt or chain?
The 2009 Mitsubishi Lancer continues to use a timing belt on its 2.0 L 4G94 engine, while the 2.4 L 4G69 still uses a belt as well.
Both engines remain interference (4G94) or non‑interference (4G69) designs, so timely belt replacement is still critical. The recommended service interval stayed at 60,000 miles for the 4G94 and 105,000 miles for the 4G69. Many owners elect to replace the belt at the lower interval to avoid surprise failures, especially in high‑temperature climates.
Does a 2012 Mitsubishi Lancer have a timing belt?
Yes, the 2012 Mitsubishi Lancer’s 2.0 L 4G94 engine is driven by a timing belt.
The 2012 model year retained the same belt‑driven architecture as earlier versions, with Mitsubishi’s service guide still citing a 60,000‑mile replacement interval. Because the belt also drives the water pump on many variants, it’s cost‑effective to replace the pump and tensioner as a package. Always disconnect the battery and relieve fuel pressure before beginning the job to stay safe.
Do pajeros have timing belts?
Most Mitsubishi Pajero (Montero) models up to the 2015 generation use timing chains, not belts.
The larger 3.0 L V6 (6G72) and 3.8 L V6 (6G75) engines employ robust chains designed for high‑torque off‑road use. Earlier 2.5 L diesel variants (4D56) used belts, but those were replaced by chains in later revisions. Check the specific engine code in the vehicle’s documentation; chain‑driven engines typically require less frequent service, but regular inspection of chain tensioners is still advisable.
Does Mitsubishi have a timing belt?
Yes, many Mitsubishi models—especially those with 4‑cylinder SOHC engines like the Lancer, Outlander and early‑year Triton—use timing belts.
Higher‑displacement V6 and newer diesel powerplants switched to timing chains for durability. When a belt‑driven engine is identified, follow the manufacturer’s interval (often 60,000 – 105,000 miles) and replace the belt, tensioner, and water pump together. Ignoring belt wear can lead to engine failure, so always schedule the service before the mileage limit is reached.
What is a Mivec engine in Mitsubishi?
MIVEC (Mitsubishi Innovative Valve timing Electronic Control) is Mitsubishi’s variable‑valve‑timing system that optimizes intake‑valve opening for power and efficiency.
It works by using hydraulic actuators and an electronic controller to advance or retard valve timing based on engine load and RPM. The result is a broader torque curve, better fuel economy, and lower emissions compared with a fixed‑timing SOHC design. MIVEC debuted on the 4G93 1.8 L engine and now appears on many modern Mitsubishi models, including the Lancer Evolution and Outlander.
Does a Mitsubishi 380 have a timing belt or chain?
The Mitsubishi 380 (based on the Australian Magna) uses a timing belt on its 3.8 L V6 (6G75) engine.
Despite the engine’s size, Mitsubishi retained a belt‑driven cam system for cost and packaging reasons. The service manual recommends belt replacement at 60,000 miles or every 5 years, with the tensioner and water pump replaced simultaneously. Because a belt failure on a V6 can cause severe internal damage, adhere strictly to the interval and inspect the belt for wear during routine maintenance.
Do modern cars have timing belts?
Many modern cars have shifted to timing chains, but a significant number of compact‑car and midsize models still use timing belts.
Chains offer longer service intervals and higher durability, which is why they dominate in larger engines and performance platforms. However, belts remain common in economy‑focused four‑cylinder engines because they are lighter, quieter, and cheaper to produce. When buying a newer vehicle, verify the engine’s drive type; if it’s a belt, plan for a replacement around 60,000 – 100,000 miles.
What cars dont have timing belts?
Cars that use timing chains, such as most V6/V8 models from manufacturers like BMW, Audi, Toyota (e.g., 2.5 L V6), and newer Honda four‑cylinders, do not have timing belts.
Examples include the BMW 3‑Series (B58 engine), Audi A4 (2.0 L TFSI with chain), and the 2022 Honda Accord (2.0 L turbo with chain). These engines rely on a metal chain that typically lasts the life of the engine, though tensioners and guides should still be inspected at major service intervals. When researching a used car, check the service literature or a reliable database to confirm the cam‑drive system.
Sources: NHTSA, Car and Driver, Kelley Blue Book, Wikipedia.
