BDFHYK UF659 ignition coil and 91215 spark plug kit for 2011-2017 Nissan Juke 1.6L L4

UF659 ignition coil pack and 91215 spark plug service kit for Nissan Juke 1.6L L4

BDFHYK ignition coils and spark plugs with UF659 and 91215 references for Nissan Juke

UF659 coil and DILKAR7C9H 91215 spark plug references for 2011-2017 Nissan Juke

BDFHYK UF659 ignition coil replacement kit for listed Nissan Juke 1.6L L4 application

91215 spark plug and UF659 ignition coil service components for Nissan Juke

BDFHYK OE-style UF659 ignition coil and 91215 spark plug kit for Nissan Juke

BDFHYK Ignition Coil UF659 and Iridium Plugs 91215 For Nissan Juke 2011-2017 1.6L L4,Set of 4

$57.49

Type Ignition Coil + Spark Plug Set
SKU BDDLZ-BD-05-07366-CK
OE Number For Coil: 224481KC0A, UF659, GN10614, 1788535, C1807, 5C1864, U5147, E1159, 48764, IGC0084, IC762, 9212171, C858, CUF659, 368193, 6734231, 230522, EBC1108, 522202, 2505484825, 3IC517, C18074
OE Number For Spark plug:91215, DILKAR7C9H, 224011KC1C, 224011KC7C, AI5683, XP5683

Trust & Assurance

Free Shipping · 3–7 Business Days

12-Month Warranty

30-Day Return

Secured Payment

Technical Specifications

Brand	BDFHYK
Product Type	Ignition Coil & Spark Plug Kit
Ignition Coil Reference	UF659
Spark Plug Reference	91215 / DILKAR7C9H
Vehicle Fitment	2011-2017 Nissan Juke 1.6L L4
Fitment Check	Compare coil body, connector, boot profile, mounting points, and spark plug reference before ordering.

UF659 Ignition Coil & 91215 Spark Plug Kit for 2011–2017 Nissan Juke 1.6L L4

Rough idle, hesitation, hard starting, or a cylinder-specific misfire may involve an ignition coil or spark plug, but wiring, fuel delivery, intake leaks, compression, timing, and other engine conditions can produce similar symptoms. This BDFHYK ignition service kit is intended for 2011–2017 Nissan Juke 1.6L L4 applications using UF659 ignition coil and 91215 / DILKAR7C9H spark plug references.

UF659 / 91215 Nissan Juke Fitment

2011–2017 Nissan Juke
1.6L L4

Compare the removed ignition coil, connector shape, mounting points, boot profile, and spark plug reference before ordering.

UF659 Ignition Coil References

Reference numbers include UF659, 224481KC0A, GN10614, C1807, U5147, IC762, and other interchange numbers associated with this product.

91215 Spark Plug References

Primary spark plug references include 91215 and DILKAR7C9H. Additional references include 224011KC1C, 224011KC7C, AI5683, and XP5683.

Installation Checks

Inspect wiring and electrical connectors before installation.
Check spark plug wells for oil, moisture, or corrosion.
Compare the old and replacement coil body, connector, and boot profile.
Use the vehicle service specification for spark plug gap and tightening torque.
Confirm connector seating before starting the engine.

If a Misfire Remains After Replacement

Continue diagnosis of wiring, injectors, fuel delivery, intake leaks, compression, timing, sensors, and other mechanical conditions instead of assuming the replacement ignition component is the only possible cause.

Difficulty Moderate

Estimated Time 0.5–1 hour

Tools Required

Screwdrivers
Service manual specific to your vehicle
Socket set and ratchet
Wrenches

Pre-Installation Checklist

Stop the engine before disassembling or replacing the ignition coil.
Check the spark plugs and spark plug wires as part of diagnosis.
Keep the installation area clean and dry.
Make sure the ignition coil connections are correct.
Refer to the service manual for your specific vehicle because removal order and connector or fastener details can vary by make and model.
Disconnect the negative battery cable before working on the ignition system.

Installation Steps

Disconnect the battery. Remove the negative battery cable by loosening the clamp bolt with a socket or wrench.
Locate the ignition coils on top of the engine. They may be attached to the engine block or surrounding components.
Disconnect and remove the old ignition coil. Remove the mounting bolts or screws and disconnect the electrical connector(s). The order can vary by vehicle, so follow the vehicle-specific service manual. Remove the old coil once fully disconnected.
If one coil serves multiple spark plugs and has multiple electrical connections, mark or label the connectors so they can be reattached to the correct terminals.
Install the new ignition coil in the reverse order of removal. Secure the mounting bolts or screws and reconnect the electrical connector(s) in the correct positions.
Reconnect the negative battery terminal. Hand-tighten the connection, then tighten the terminal bolt with a socket or wrench. Do not over-tighten.
Close the hood, start the engine with the vehicle in Park, and confirm it starts and idles normally. If it does, test-drive the vehicle.

Post-Installation Verification

Confirm the new ignition coil is securely mounted.
Confirm all electrical connectors are connected to the correct terminals.
Confirm the negative battery terminal is reconnected and tightened sufficiently without over-tightening.
Start the engine in Park and confirm it starts and idles normally.
If idle is normal, test-drive the vehicle and check for remaining misfire or drivability symptoms.

Troubleshooting

Spark plug and wire checks from the manual:
With the engine running, disconnect spark plug wires one at a time and observe engine-speed or roughness changes; the manual states that no significant change can indicate a bad spark plug.
The manual describes checking for spark by holding the end of a disconnected spark plug wire near a metal surface and looking or listening for a spark or cracking sound.
While the engine is cranked, check for spark at each spark plug wire; the manual states that no spark can indicate a dead wire.
Make sure battery, ignition, coil, and spark-plug wire connections are secure. Wiggle connections and retest if a loose connection is suspected.
Keep spark plug ends clean and free of dirt, oil, or grease; clean and retest before replacing a plug.
Inspect wires for cracked, cut, scraped, or burned insulation. Check boots and terminals for damage, corrosion, or poor contact.
Check for corrosion between the boot, spark plug, and ignition coil, and inspect the spark plug for discoloration or damage.
Inspect spring clips and wire retention at the distributor and spark plug ends to make sure connections are held securely.
Ignition coil failure can cause one or more cylinders to misfire, stuttering, sluggishness, and other drivability issues.

BDFHYK Ignition Coil Installation Guide

Q: Will this kit fit a 2011-2017 Nissan Juke 1.6L L4? A: It is intended for the 2011-2017 Nissan Juke 1.6L L4 application shown on this product. Compare the removed coil, connector, and plug references before ordering.

Q: Which ignition coil reference should I compare? A: The primary ignition coil reference is UF659. Other references include 224481KC0A, GN10614, C1807, U5147, and IC762.

Q: Which spark plug reference should I compare? A: The primary references are 91215 and DILKAR7C9H. Additional references include 224011KC1C, 224011KC7C, AI5683, and XP5683.

Q: Does a misfire code prove the ignition coil is bad? A: No. A misfire code identifies where the misfire is detected, but wiring, spark plugs, injectors, fuel delivery, intake leaks, compression, timing, and other conditions can cause similar symptoms.

Q: Should the spark plugs be checked when servicing ignition coils? A: Yes. Inspect plug condition and service history and compare the plug reference for the exact engine before deciding the service scope.

Q: Should all ignition coils be replaced together? A: Not automatically. Replacement quantity should follow diagnosis, component condition, service history, labor access, and exact engine requirements.

Q: What should be compared before installation? A: Compare the coil body, connector shape and keying, mounting points, boot profile, and spark plug reference with the removed components.

Q: What if there is oil or moisture in a spark plug well? A: Correct the contamination source and clean the plug well before judging the replacement coil.

Q: What spark plug gap and tightening torque should be used? A: Use the exact vehicle service specification. Gap and torque values are not universal across applications.

Q: What if the engine still misfires after replacement? A: Continue diagnosis of wiring, connectors, injectors, fuel delivery, intake leaks, compression, timing, sensors, and other mechanical conditions.

Q: Are these factory-branded OEM parts? A: No. These are BDFHYK OE-style aftermarket service components.

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.