Seating
Structure & Mechanism
HYUNDAI TRANSYS designs a safe and efficient seat structure with a lightweight but sturdy frame and a highly compatible core mechanism.
Frame
HYUNDAI TRANSYS provides seat structure solutions that meet various customer needs such as safety, weight reduction, and economy.
1st Row Standard Frame
The 4 types of standard seat frames (economy, small, medium, and large), categorized by vehicle class, help automakers reduce development time and costs. HYUNDAI TRANSYS' frames achieve both stability and lightweight design through the use of ultra-high-strength steel and an optimized structure.
Economy
Small
Medium
Large
2nd Row Multifunctional Frame
The multifunctional frame applied to HYUNDAI TRANSYS’ 2nd and 3rd-row seats offers various seat functions.
As customer demands for interior space utilization and convenience features continue to diversify, it enables a range of seat movements that align with the latest market trends, including fold-and-dive, back reclining, and easy entry.
2nd row back reclining
2nd row easy entry(double folding)
2nd row easy entry(sliding)
3rd row fold & dive
Core Mechanism
The core mechanism of HYUNDAI TRANSYS is equipped with excellent compatibility to meet the diverse requirements of its customers.
Slide Rail
The slide rail is a seat adjustment mechanism that moves the position back and forth to fit the passenger's body conditions. HYUNDAI TRANSYS' slide rail provides an excellent seat adjustment experience with quiet and smooth movement, and ensures passenger safety during vehicle collisions by applying a locking system.
Recliner
The recliner is a seat back adjustment mechanism that helps passengers adjust their posture and is a key component in protecting passengers during vehicle collisions. HYUNDAI TRANSYS' recliner has achieved weight reduction by using Boron steel from HYUNDAI STEEL.
Pumping Device
The pumping device is a seat height adjustment mechanism that helps ensure clear visibility for passengers. HYUNDAI TRANSYS' pumping device features excellent strength and tactile quality. Additionally, it minimizes complex shapes and achieves weight reduction, securing a competitive advantage.