What Suspension and Steering Systems 2026 Maserati Grecale?

The new Maserati Grecale uses an independent suspension layout and an electric power steering system across its trim levels. Suspension configuration and steering calibration vary depending on the selected trim.

2026 Maserati Grecale Suspension Architecture 

 

The Maserati Grecale features a fully independent suspension system:

• Front suspension: Double wishbone layout
• Rear suspension: Multi-link layout

This configuration appears across the lineup and forms the structural base for both standard and adaptive setups.

Independent suspension allows each wheel to move separately. This supports stability, ride control, and traction under varying road conditions.

 

Front Suspension Design

 

Double Wishbone Layout

 

The front axle uses a double wishbone configuration. Key characteristics include:

• Upper and lower control arms
• Coil springs
• Anti-roll bar
• Shock absorbers

The double wishbone layout supports:

• Precise wheel alignment control
• Reduced camber variation during cornering
• Stable contact between tires and road surface

This type of suspension appears in performance-oriented vehicles due to its geometry control advantages.

 

Rear Suspension Design

 

Multi-Link Layout

 

The rear axle uses a multi-link configuration. Main components include:

• Multiple control arms
• Coil springs
• Anti-roll bar
• Shock absorbers

The multi-link design allows:

• Independent wheel movement
• Improved ride isolation
• Controlled rear axle alignment

This structure supports balance between ride comfort and directional stability.

 

Standard Suspension System

 

Steel Spring Setup

 

On entry trims, the Grecale uses conventional steel coil springs paired with passive dampers.

Key characteristics:

• Fixed damping rate
• Mechanical anti-roll bars
• No ride height adjustment

This setup provides consistent suspension behaviour without electronic ride height control.

 

Adaptive Suspension System

 

Skyhook Adaptive Damping

 

Certain trims offer an adaptive suspension system known as Skyhook.

Main features:

• Electronically controlled dampers
• Continuous damping adjustment
• Sensors that monitor vehicle movement

The system modifies damping force based on:

• Vehicle speed
• Steering input
• Acceleration and braking forces
• Road surface conditions

The goal is to adjust suspension stiffness in real time according to driving conditions.

 

Air Suspension System

 

Air Spring Configuration

 

The Grecale offers an available air suspension system on higher trims.

Key characteristics:

• Air springs replace steel coil springs
• Electronically controlled dampers
• Adjustable ride height

Ride height adjustment allows:

• Lower vehicle height at higher speeds
• Increased ground clearance when required

The air suspension works in combination with drive modes to modify ride height and damping calibration.

 

Trim-Level Suspension Differences

 

GT Trim

• Steel coil springs
• Passive dampers or available adaptive dampers
• Double wishbone front suspension
• Multi-link rear suspension

 

Modena Trim

• Steel springs or available adaptive system
• Sport calibration compared with GT
• Same suspension architecture

 

Trofeo Trim

• Standard adaptive suspension
• Available air suspension system
• Double wishbone front
• Multi-link rear

 

The Trofeo includes performance-oriented calibration compared with lower trims.

 

Drive Modes and Suspension Calibration

 

The Grecale includes selectable drive modes that adjust:

• Throttle response
• Transmission behaviour
• Suspension damping (if equipped with adaptive system)
• Ride height (if equipped with air suspension)

Drive modes influence suspension stiffness and body control. Vehicles without adaptive dampers retain fixed mechanical settings.

 

Steering System Overview

 

Electric Power Steering (EPS)

 

All trims use electric power steering.

Key characteristics:

• Electrically assisted steering rack
• Speed-sensitive assistance
• Integration with driver assistance systems

Electric power steering replaces hydraulic systems. It uses an electric motor to provide steering assist.

 

Steering Calibration

 

Steering calibration varies by trim and drive mode.

Main aspects include:

• Variable steering effort
• Different response in sport-oriented modes
• Rear-biased feel under higher speeds

The steering system integrates with electronic stability control and traction systems.

 

Steering Ratio and Precision

 

The electric power steering system provides:

• Direct steering ratio
• Consistent assist at varying speeds
• Reduced steering effort during low-speed manoeuvres

At higher speeds, steering assist reduces to increase driver feedback.

 

Integration With Driver Assistance Systems

 

The steering system integrates with:

• Lane keeping assistance
• Highway assist systems
• Stability control functions

Electric steering enables small automated corrections when driver-assistance features are active.

 

Suspension and Steering Interaction

 

Suspension and steering systems operate together to influence:

• Body roll control
• Cornering stability
• Ride comfort
• Directional accuracy

Adaptive dampers adjust vertical movement, while electric power steering adjusts steering effort and response.

Vehicles equipped with air suspension modify ride height to influence centre of gravity and handling balance.

 

Chassis Structure and Rigidity

 

The Grecale uses a unibody platform designed for:

• Structural rigidity
• Suspension mounting stability
• Controlled flex under load

A rigid chassis supports consistent suspension geometry and steering precision.

 

Anti-Roll Bars

 

Both front and rear axles include anti-roll bars.

Purpose:

• Reduce body roll during cornering
• Maintain lateral stability
• Support balanced weight transfer

Anti-roll bars work alongside dampers and springs to control lateral movement.

 

Ride Height and Ground Clearance

 

Ride height varies depending on suspension configuration.

Steel spring models maintain fixed ride height.
Air suspension models allow adjustable height based on drive mode and speed.

Lower ride height improves aerodynamic profile. Higher ride height increases clearance.

 

2026 Maserati Grecale Suspension and Steering Systems

 

The Maserati Grecale includes:

• Double wishbone front suspension
• Multi-link rear suspension
• Steel coil springs or available air springs
• Passive or adaptive Skyhook dampers
• Electric power steering system

Trim differences mainly relate to damping type, calibration, and air suspension availability.

 

Questions and Answers

 

What type of front suspension does the 2026 Maserati Grecale use?

• It uses a double wishbone front suspension layout.

What type of rear suspension does the Grecale have?

• It uses a multi-link rear suspension design.

Does the Grecale offer adaptive suspension?

• Yes. Certain trims include an adaptive damping system known as Skyhook.

Is air suspension available on the Grecale?

• Yes. Higher trims offer an available air suspension system with adjustable ride height.

What type of steering system does every trim use?

• All trims use an electric power steering system.

 

*Disclaimer: Content contained in this post is for informational purposes only and may include features and options from US or internacional models. Please contact the dealership for more information or to confirm vehicle, feature availability.*