56820-2G000
56820-2G000
Hyundai, Kia
2012, 2011, 2010, 2009, 2008, 2007, 2006, 2005
Chassis System
Inner Tie Rod End / Outer Tie Rod End
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Product Description
Manufactured to IATF16949 quality system standards, this 56820-2G000 left-hand outer tie rod end is constructed with one-piece hot-forged 40Cr alloy steel for chassis system applications. The component features a double-lip neoprene boot and PTFE self-lubricating bearing, designed for Kia Optima, Magentis, and Rondo/Carens models. Each unit undergoes salt spray corrosion and swing fatigue testing prior to distribution. The assembly includes a galvanized lock nut and cotter pin for installation. Minimum order quantity starts at 500 units to support volume orders for aftermarket distribution networks and repair facilities.
Parameter | Specification |
OE Number | 56820-2G000 |
Official Name | END ASSY-TIE ROD, LH |
Interchange OEM Numbers | 56820-2G090 |
Applicable Models | Kia Optima/Magentis 2006-2010, Kia Rondo/Carens UN 2007-2012 |
Mount Position | Front steering left side (driver side) |
Net Weight | 0.65 kg |
Internal Thread | M12×1.25 |
Ball Stud Taper | Standard OEM specification for steering knuckle |
Included Components | Galvanized lock nut, cotter pin |
Single Package Dimension | 245×85×65 mm |
Rod Body Material | One-piece hot-forged 40Cr alloy steel with electrophoretic anti-rust coating |
Ball Stud Material | High-carbon steel with high-frequency quenched surface |
Dust Boot Material | Double-lip anti-aging neoprene rubber |
Inner Bearing | PTFE self-lubricating liner with high-temperature lithium grease |
Fastener Finish | Zinc-plated carbon steel for corrosion resistance |
Production Standard | Equivalent to Mobis OEM specification, IATF16949 certified |
Service Life Rating | 80,000-120,000 km under standard driving conditions |
The 1:1 OEM forging geometry allows direct bolt-on replacement without modification. Rod curvature, thread specification, ball stud taper, and mounting dimensions match original equipment dimensions. The integral hot forging process reduces internal material defects, while the electrophoretic coating provides resistance against rain, mud, and road salt exposure. The assembly withstands steering torsion loads and impact forces encountered during normal operation.
The double-lip seal design isolates dust, silt, and water from the ball joint chamber, retaining internal lubrication to reduce dry friction and knock conditions over uneven road surfaces. The high-frequency surface hardening process increases ball stud durability, while the PTFE liner reduces friction coefficient for consistent steering response. The component transfers steering force between the steering rack and wheel hub to maintain front wheel alignment parameters.
This tie rod end addresses common steering system symptoms including bump noise during turns, vehicle drift, excessive steering free play, irregular tire wear, and vague high-speed handling. Each unit passes standardized testing protocols including salt spray exposure, swing fatigue cycling, vibration resistance, and impact testing.
This component fits mid-size sedan and MPV chassis systems for the listed Hyundai and Kia platforms. Commercial procurement teams should verify OE number 56820-2G000 against vehicle VIN prior to order placement to ensure proper fitment. The component works with both hydraulic and electric power steering systems for the listed applications. For inventory planning, each unit ships with installation hardware included, reducing additional parts sourcing requirements for service centers.
Two packaging options are available for commercial orders:
Genuine Mobis standard packaging for OE channel distribution
Aftermarket packaging options including neutral packaging (standard for wholesale) and custom branded packaging for volume orders above 1000 units Minimum order quantities start at 500 units for standard production runs. Custom logo printing and branded packaging support is available for orders meeting MOQ requirements.
Common indicators include clunking or rattling noise from the front left wheel area when driving over potholes or speed bumps, increased noise during low-speed turning, vehicle pulling to one side during straight-line braking, uneven tire wear on front tires, and increased steering free play before wheel response. Technicians can inspect for wear by lifting the vehicle and manually rocking the front wheel horizontally to check for excessive play.
While single-side replacement is technically possible when only one side shows wear, most service procedures recommend replacing left and right sides in pairs. Components on the same axle typically experience similar wear rates, and paired replacement helps maintain balanced steering feel and consistent handling characteristics. Always perform a four-wheel alignment after any tie rod end replacement.
Verify the part number matches vehicle application before installation, as left (56820-2G000) and right (56821-2G000) sides have different geometry. Do not attempt to straighten bent tie rod assemblies. Torque the lock nut to manufacturer specification and install a new cotter pin to prevent loosening. Protect the rubber dust boot from damage during installation, as boot damage leads to premature wear. Avoid over-tightening, which can compress the ball joint and cause stiff steering.
Torn dust boots represent the most common failure cause, as they allow water and contaminants to enter the ball joint and accelerate wear. Other factors include impact damage from potholes or curbs, lack of lubrication (sealed units cannot be re-greased), and corrosion from road salt in winter climates. Units installed without proper torque may also experience accelerated wear or loosening.