Key Players
Competitive Landscape
Competition in automotive transmission park locks is shaped by ownership of the surrounding drivetrain architecture. A supplier that develops the transmission or eDrive can package the parking mechanism around gear geometry, housing space, lubrication, software, and actuator interfaces from the beginning. A specialist supplier competes differently, typically by offering a mechanism, actuator, sensor, or control layer that can be qualified inside multiple customer architectures. The distinction matters because the same Park command can be executed through a mechanical cable, solenoid, electric motor, hydraulic circuit, or integrated electromechanical module.
Electrification is raising the value of integration without eliminating mechanical holding requirements. BorgWarner now packages an integrated park system inside its next-generation iDM, Schaeffler uses smart hydraulics for parking-lock actuation in its MultiMode hybrid transmission, Bosch provides electric actuation for parking locks in eAxle applications, and Magna offers electrified drive architectures with park-lock options. Competitive advantage therefore depends less on treating the park pawl as an isolated component and more on making the holding function work predictably with the actuator, position feedback, diagnostics, and drivetrain controller.
Company Developments Mapped to Drivers, Trends and Opportunities (2026-2036)
| Development | Driver | Trend | Opportunity |
|---|---|---|---|
| BorgWarner secured a next-generation integrated drive module program in August 2026 that includes an integrated park system and is scheduled for production from 2027. | OEMs need compact electric drive systems with a qualified stationary holding function. | Park-lock hardware is moving deeper into integrated eDrive packages. | Suppliers can capture more content by combining the park function with gearbox, inverter, motor, and control architecture. |
| Schaeffler announced in April 2026 that its MultiMode dedicated hybrid transmission would enter volume production during the year at European and Asian OEMs, using smart hydraulics for clutch and parking-lock actuation. | Hybrid platforms require transmission functions that work across electric, serial, and parallel operating modes. | Parking actuation is increasingly engineered as part of integrated hybrid transmission control. | Reusable hydraulic, electronic, and software modules can reduce engineering work across several hybrid programs. |
| Magna announced a 250 kW, 800 V, two-speed eDrive award with Chery in July 2026, expanding a modular electrified-drive portfolio that includes park-lock-capable architectures. | OEMs are increasing local production of high-voltage electric-drive systems. | Modular eDrive families are being adapted across vehicle classes and regional programs. | Park-lock options can be packaged as part of scalable drive-system configurations rather than engineered as standalone hardware. |
BorgWarner packages the park system with the complete drive module. Schaeffler shares hydraulics across clutch and parking-lock actuation, while Magna offers park-lock options within electric-drive families. Integration allows these suppliers to resolve space, lubrication and control interfaces during drivetrain design. Independent component suppliers need compatible modules that can enter the same development process.
Who provides direct park-lock actuation and integrated park-system capability?
Bosch currently lists parking-lock actuation among the functions of its electric powertrain actuator for eAxle transmissions and electric central drives. BorgWarner's 2026 integrated drive module includes an integrated park system, while Schaeffler's MultiMode hybrid transmission uses smart hydraulics for parking-lock actuation. These suppliers address the function from different points in the architecture: Bosch at actuator level and BorgWarner and Schaeffler closer to the complete drive system.
Which suppliers combine park-lock capability with broader electrified-drive platforms?
Magna's current eDrive portfolio includes park-lock options, while its dedicated hybrid-drive architecture reuses mature shift and park-lock systems across a scalable platform. ZF's 2025 SELECT platform takes a broader modular approach to electric motors, power electronics, reduction gears, and software. These architectures matter commercially because park-lock design increasingly follows the complete drivetrain package rather than being sourced independently after the major transmission decisions have been made.
How are transmission specialists responding to changing drivetrain architectures?
AISIN continues to develop automatic transmissions while building a global production base for hybrid and electric units. JATCO's 2026 X-in-1 expansion shows the same transition from conventional transmission expertise toward integrated EV and e-POWER units. Hyundai Transys' 2025 sustainability report highlights its e²AT next-generation hybrid transmission and three-in-one electric drive system. The common thread is that established transmission engineering is being carried into new drivetrain layouts rather than disappearing with electrification.
Representative Company Overview
| Company | Positioning | Development |
|---|---|---|
| ZF Friedrichshafen | Transmission and electrified-powertrain supplier with integrated reduction gear, control, and software capability. | In June 2025, ZF introduced the modular SELECT electric-drive platform covering electric motors, power electronics, reduction gears, and software with standardized interfaces intended to shorten integration and development cycles. |
| Bosch | Actuation and vehicle-electronics supplier with direct powertrain actuator capability for Park functions. | Bosch's current powertrain actuator portfolio supports parking-lock operation in eAxle transmissions and electric central drives, together with clutch and gear-shift actuation. |
| AISIN | Large transmission and electrified-drive supplier serving conventional automatic, hybrid, and electric architectures. | In September 2025, AISIN detailed its build-out of global capacity for 4.5 million electric units, while its June 2026 GR-DAT material documented continued development of high-performance eight-speed automatic transmissions. |
| JATCO | Automatic transmission, CVT, gearbox, and electrified-powertrain manufacturer. | In June 2026, JATCO reported expanded adoption of its 3-in-1 EV and 5-in-1 e-POWER units across multiple Nissan models after market introduction beginning in fiscal 2025. |
| Schaeffler | Powertrain and motion-technology supplier with complete hybrid-transmission and park-lock actuation capability. | In April 2026, Schaeffler said its MultiMode hybrid transmission was entering volume production at several European and Asian vehicle manufacturers and uses smart hydraulics for clutch and parking-lock actuation. |
| Magna International | Integrated powertrain supplier spanning hybrid drives and scalable electric-drive systems. | In July 2026, Magna secured a 250 kW, 800 V, two-speed eDrive award with Chery. Its current eDrive System Mid portfolio includes optional park-lock capability. |
| BorgWarner | Electrified propulsion supplier with integrated drive modules and direct park-system integration. | In August 2026, BorgWarner won a global OEM program for its next-generation three-in-one iDM, which includes an integrated park system and is expected to begin production in 2027. |
| Hyundai Transys | Transmission and electric-drive supplier covering hybrid transmissions, reducers, and integrated electric drive systems. | Its 2025 Sustainability Report describes mass production of the e²AT next-generation hybrid powertrain and development of the 3-in-1 electric drive system. |
| Mitsubishi Electric | Automotive electronics and electrification supplier active in xEV power electronics and vehicle-control technologies. | In June 2026, Mitsubishi Electric announced fifth-generation SiC-MOSFET devices for xEV motor and eAxle inverters; in April 2026 it also announced an MoU with Hon Hai concerning potential joint operation of automotive equipment activities. |
| HL Mando | Automotive control and EV-system supplier with e-Drive and by-wire capabilities. | HL Mando's current e-Drive system integrates motor, reducer, and inverter and supports scalable EV traction applications together with integrated traction and chassis control. |
Research Methodology
The competitive assessment combines current product portfolios, 2025-2026 corporate developments, vehicle-production indicators, and drivetrain technology activity relevant to transmission park locks. Companies are considered by their position across the physical holding mechanism, actuation and sensing, transmission or eDrive integration, and vehicle-control interface. The analysis distinguishes park-lock component and module activity from the value of the complete transmission, eDrive, or finished vehicle.
