3 Ignition Coil UF196 and 6 Iridium Spark Plug 4642 for Mitsubishi Montero 1997-2002, Montero Sport 1997-2004;3.0L 3.5L V6

$66.49

Type Ignition Coil + Spark Plug Set
SKU BDDLZ-BD-05-11319-CK
OE Number For Coil: MD314583, 88921387, UF-196, UF196, UF196T, SKUF196, CUF196, C196, 48630, GN10396, U3016, 1788244
OE Number For Spark plug:4642

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Product Overview

BDFHYK Ignition Coil Pack & Iridium Spark Plugs Kit built for Mitsubishi Ignition Coil UF196; Spark Plugs 4642 Compatible with Montero 3.5L V6 V6 setups. Provides consistent spark output and ignition stability with OE-spec fitment.

Compatible Vehicles
1997-2002 Mitsubishi Montero 3.5L V6
1997-2002 Montero Sport 3.0L V6 3.0L V6
1999-2004 Montero Sport 3.5L V6 3.5L V6

Ignition Coil Specifications

Materials & Construction:

- High-grade silicon steel core
- Japan-imported high-temperature rubber
- Germany-imported varnished copper wire

OE Replacement Reference (Coil):
MD314583
88921387
UF-196
UF196
UF196T
SKUF196
CUF196
C196
48630
GN10396
U3016
1788244.

Spark Plug Specifications

Materials & Design:
- Iridium electrode / Ceramic insulator;

OE Replacement Reference (Spark Plug):
4642

Why Replace Both Coils & Spark Plugs Together?

Replacing only one component often leads to imbalance within the ignition system:

New coils overloaded by worn spark plugs
Old plugs reducing the performance of new coils
Continued misfire or check engine light
Uneven combustion across cylinders

A complete ignition kit helps ensure:

✔ Balanced spark energy
✔ Stable combustion
✔ Smooth acceleration
✔ Extended ignition system lifespan

Engine Size vs Engine Type — What’s the Difference?

Engine Size refers to the engine’s displacement, usually shown in liters (L), such as 2.0L, 3.5L, or 5.0L.

Engine Type refers to the engine configuration and cylinder layout, such as:

L4 (Inline 4-cylinder)
V6 (V-shaped 6-cylinder)
V8 (V-shaped 8-cylinder)

Engine type determines how many ignition coils your vehicle requires.

How to Confirm Your Engine Type

You can confirm your engine type in three simple ways:

1️⃣ Check Your VIN (Most Accurate)
Use your 17-digit VIN to decode your vehicle’s engine configuration.

2️⃣ Check the Engine Label
Look under the hood for engine cover markings, emissions sticker, or manufacturer information plate.

3️⃣ Use Year / Make / Model + Engine Size
Select your vehicle details and verify the engine size before ordering ignition components.

Always match your ignition replacement to your specific engine configuration to ensure proper fitment and balanced performance.

Returns & Refunds

We accept returns within 30 days of delivery for eligible items. If the product is unused and in original condition, you may request a return according to our refund policy. Full policy details: View Refund Policy . We recommend contacting our support team before initiating a return to ensure the fastest resolution.

Customer Support

If you purchased the wrong part, received an incompatible item, or need installation assistance, please contact us directly.

Email: service@bdfhyk.com

Business Hours:

Mon–Fri 9:00–18:00 (GMT+8)

Mon–Fri 19:00–04:00 (UTC−6 / CST)

Manufacturing Standards

Direct Factory Supply, Cost Saving
Integrated R&D, production, and warehousing. Eliminate middleman markups: same quality at lower prices, superior quality at same prices.

Precision Inspection, Commitment to Excellence
Rigorous inspection process, international certification standards. Each product includes individual inspection.

Before vs After Replacement

Replacing worn ignition coils and spark plugs helps restore stable ignition and smoother engine performance.

BEFORE

Rough Idle & Engine Vibration Noticeable engine shaking while idling. Irregular exhaust flow may indicate unstable ignition performance.

AFTER

Fast Start & Stable Idle IMore consistent spark delivery reduces misfires and stabilizes idle speed.

BEFORE

Sluggish Acceleration Weak throttle response at lower RPM. Vehicle may feel underpowered.

AFTER

Enhanced Power Response Improved throttle response and smoother acceleration

BEFORE

Increased Fuel Consumption Poor combustion can lead to higher fuel usage.

AFTER

Improved Fuel Efficiency Optimized ignition supports more efficient combustion.

Performance improvements may vary depending on vehicle condition.