Engine repair

Engines

Why Recondition your engine over a used swap?

When faced with engine issues, vehicle owners often weigh the options between a straight swap with a used engine and opting for engine reconditioning. While a straight swap might seem like a quick fix, reconditioning your engine offers a host of advantages that go beyond mere immediate convenience. It involves a detailed process where the engine is dismantled, inspected, cleaned, and any worn or damaged parts are repaired or replaced. This not only restores the engine to its optimal condition but also often enhances its performance and efficiency. Here are several compelling reasons why reconditioning your engine could be a more advantageous choice over a straight swap:

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Oil & Filter

Changing oil and oil filter during engine reconditioning is crucial to remove contaminants, ensure lubrication, protect against wear, and maintain optimal engine performance and longevity

Main & Big End Bearings Replaced

Main and big end bearings are replaced in an engine to prevent failure, reduce friction, enhance performance, and extend engine life after wear or damage

Crankshaft Polish

Polishing the crankshaft in an engine is done to smooth its surface, reduce friction, improve oil retention, decrease wear on bearings, and enhance overall engine efficiency

Stem Seals Replaced

Stem seals are replaced during engine reconditioning to prevent oil leakage, maintain valve lubrication, enhance seal integrity, reduce emissions, and ensure efficient and smooth engine operation

Valves, cut and reseated

Cutting and seating valves during engine reconditioning ensures proper sealing, improves airflow, enhances combustion efficiency, reduces leakages, and optimizes overall engine performance and durability

Piston Rings Replaced

Piston rings are replaced to restore compression, reduce oil consumption, minimize exhaust smoke, improve heat transfer, and enhance the overall efficiency and longevity of the engine

Engine Block & Liners inspected

Inspecting the engine block using specialist equipment and liners is crucial to detect cracks, wear, or damage, ensure structural integrity, verify dimensions, prevent leaks, and guarantee reliable engine performance

Cylinder Head pressure tested & Skimmed

Pressure testing and inspecting the cylinder head are essential to identify leaks, check for cracks or warping, ensure seal integrity, and guarantee optimal performance and safety of the engine

Connecting Rods Inspected

Inspecting the connecting rods is vital to check for deformities, cracks, or wear, ensure alignment and balance, verify strength, and maintain proper piston movement and overall engine reliability

Timing Kit Replaced

Replacing the timing chain during engine reconditioning ensures accurate valve timing, prevents mechanical failure, reduces noise, maintains efficient engine operation, and extends the engine’s overall lifespan.

Gasket Kit Replaced

Changing the gasket kit during engine reconditioning is essential to ensure leak-free seals, maintain pressure integrity, prevent oil and coolant leaks, and enhance overall engine reliability

Crankshaft Seals Replaced

Crankshaft seals are replaced to prevent oil leaks, protect against contaminants, ensure lubrication, maintain pressure integrity, and preserve the smooth operation and longevity of the engine

Guaranteed Quality

Reconditioned engines undergo a thorough process of disassembly, cleaning, inspection, and replacement of damaged or worn parts. This ensures that the engine you receive is in excellent condition, often comparable to a new engine in terms of performance and reliability.

Warranty Coverage

Many reconditioned engines come with a warranty, offering peace of mind and protection for your investment. In contrast, used engines often have little to no warranty, leaving you vulnerable to unforeseen issues.

Cost-Effectiveness in the Long Run

While a reconditioned engine might have a higher upfront cost compared to a used engine, the long-term reliability and potential for fewer repairs can make it more cost-effective over time.