Key details

Make

Hyundai

Type

Engine & Drivetrain

Model

Elantra

Condition

Used

Engine and Drivetrain Subtype

Engine & Transmission Mounts

Hyundai Elantra Gearbox (16-Pin) - New Model 2022-2023 Highlights

• Hyundai Elantra Engine Performance — The Hyundai Elantra typically offers a range of efficient and responsive engine options. These powertrains are designed to balance fuel economy with adequate power for daily driving needs.
• Elantra Fuel Efficiency — Elantra models are generally recognized for their competitive fuel economy. This makes them a cost-effective choice for commuters and those looking to minimize fuel expenses.
• Reliability and Running Costs — Hyundai vehicles, including the Elantra, often receive good ratings for reliability. Routine maintenance is typically straightforward, contributing to manageable long-term running costs.
• Comfortable Interior Space — The Elantra usually provides a comfortable and well-appointed interior for its class. It offers sufficient passenger space and a practical trunk for everyday utility.
• Advanced Safety Features — Modern Elantra models often come equipped with a suite of advanced safety technologies. These can include features designed to assist the driver and enhance occupant protection.
• Strong Resale Value — The Hyundai Elantra has historically maintained a respectable resale value. This is often attributed to its reputation for reliability and consistent demand in the used car market.

Description

• This is a new gearbox for Hyundai Elantra, compatible with 2022 and 2023 models. • Features a 16-pin connector, ensuring precise integration with the vehicle's electrical system. • Designed as a direct replacement for the original transmission, facilitating a smooth installation process. • Built to meet Hyundai's standards for durability and performance, offering reliable power transfer. • Essential component for the drivetrain, ensuring efficient gear changes and optimal engine performance. • This part is crucial for maintaining the vehicle's driving dynamics and overall functionality.

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