Ignition Coil and Iridium Spark Plugs for Hyundai Accent (2006-2011) 1.6L

Direct-Replacement Ignition Coil and Iridium Spark Plug Kit for 2006-2011 Hyundai Accent

Direct-Fit Ignition Service Kit: Complete 4-cylinder tune-up solution designed to replace heat-fatigued coil packs and worn spark plugs to eliminate misfires, restore clean combustion, and stabilize idle quality.

The Stock Accent Ignition Breakdown

Over continuous thermal cycles within the compact MC chassis engine bay, the OEM ignition coils suffer from dielectric breakdown and micro-fracturing along their plastic housings. When paired with aged factory spark plugs whose gaps have widened from electrode erosion, secondary ignition resistance spikes. This leads to common G4ED engine issues including P0300 random misfire codes, rough cold-start idle, hesitations under moderate acceleration, and unburned fuel entering the catalytic converter.

The Engineering Solution

This comprehensive ignition kit features four direct-fit coil-on-plug assemblies constructed with high-grade internal copper windings and reinforced thermal-resistant casings for consistent high-voltage transfer. Paired with four premium fine-wire iridium spark plugs, the kit delivers lower required ignition voltages, elevated spark energy, and enhanced resistance to fouling. The result is rapid flame propagation, crisp throttle response, and dependable cold-weather starting.

Technical Specifications

Compatibility

• 2006-2011 Hyundai Accent GLS (1.6L L4 - Gas)
• 2006-2011 Hyundai Accent GS (1.6L L4 - Gas)
• 2007-2011 Hyundai Accent SE (1.6L L4 - Gas)
• 2008-2011 Hyundai Accent SR / Blue (1.6L L4 - Gas)
• Interchange Cross-References: UF499, UF-499, 27301-26640, 2730126640, C1543, PFR5N-11, 91924, 610-50103, 52-1841, 521841, 5C1586, 178-8290, C691, IC579

The Hyundai Commuter Reliability Standard

Engineered to precise OEM terminal specifications and resistance values, this direct-replacement kit ensures factory ECU compatibility without check engine lights, providing dependable daily commuter operation and efficient fuel burn.