2016 BMW I3 Engine — Part # C3152 — Green-Bells Auto / Fenix Los Angeles · Sun Valley, CA

Product Details

$1200.17

Part Number

C3152

Vehicle

2016 BMW I3

Description

When considering a replacement engine for your 2016 BMW I3, it's crucial to verify the engine type and condition to ensure compatibility and performance. This listing offers a gasoline range extender engine with a low mileage of 53,000 miles, graded A for quality. The engine is noted as NV (likely indicating non-verified or a specific internal code) and contributes an estimated CO2e savings of 1194kg, reflecting its environmental efficiency compared to older models. Buyers should confirm the engine's specifications against their vehicle's requirements, especially since the I3 uses a unique range extender system rather than a traditional internal combustion engine alone. Comparing this engine to others in terms of mileage, condition, and environmental impact can help you make an informed decision. The seller stock identifier C3152 is your reference for inquiries or ordering. For more detailed parts or compatibility checks, consider exploring BMW parts and specifically I3 parts. Take the next step by verifying your vehicle's engine type and consulting the seller about this specific engine's history and performance before purchase.

Enhanced product content

Fitment & Buyer Verification

This engine is listed for a 2016 BMW I3 with a gasoline range extender setup. Buyers should compare this with their vehicle's engine type and mileage requirements before purchase.

Record only

Fitment checks

Vehicle Compatibility

Use these records to confirm the vehicle match before purchase.

Check	What to verify	Buyer action	Basis
Vehicle Year	2016	Confirm this detail before ordering.	Product recordHigh
Vehicle Manufacturer	BMW	Confirm this detail before ordering.	Product recordHigh
Vehicle Model	I3	Confirm this detail before ordering.	Product recordHigh
Engine Type	Gasoline range extender (Rex)	Confirm this detail before ordering.	Product recordHigh

Option checks

Configuration Details

Match trim, equipment, and listing-specific details against your vehicle.

Check	What to verify	Buyer action	Basis
Engine Mileage	53,000 miles	Confirm this mileage fits your expectations and vehicle needs.	Product recordHigh
Engine Grade	A	Verify the grading criteria with the seller to understand condition details.	Product recordHigh
Environmental Impact	Estimated CO2e Savings: 1194kg	Consider how this environmental benefit aligns with your priorities.	Product recordMedium

Before ordering

Buyer Verification Checklist

Confirm your BMW I3 uses a gasoline range extender engine compatible with this part.
Check the engine mileage (53K) matches your requirements for wear and longevity.
Understand the engine grade (A) and what it implies about condition.
Verify the seller stock identifier C3152 when communicating with the seller.
Assess the environmental impact figure if relevant to your decision.

Condition review

Condition & Inspection Notes

Inspect the engine for any signs of wear or damage despite the A grade.
Request detailed maintenance and usage history to confirm condition.
Verify the engine's operational status and any included warranties or guarantees.

Common questions

Product Fitment FAQs

Is this engine compatible with all 2016 BMW I3 models?

This engine is specified as a gasoline range extender type for the 2016 BMW I3. Compatibility depends on whether your vehicle uses the same range extender system; verify your vehicle's engine type before purchasing.

What does the engine grade A indicate?

The grade A suggests the engine is in excellent condition based on the seller's assessment. However, it's important to confirm the grading criteria and inspect the engine or request detailed reports to ensure it meets your expectations.

What does the estimated CO2e savings mean?

The estimated CO2e savings of 1194kg indicates the environmental benefit of this engine compared to less efficient or older engines. This figure helps buyers considering environmental impact but should be balanced with other factors like performance and condition.

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