Precision Drive
Components for
Commercial and
Off-Highway vehicles
Reduce vibration, improve efficiency, and extend system life with precision engineered powertrain components
Years of Experience
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10+ Manufacturing plants
and R&D centres
and R&D centres
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Countries
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Solving the Drivetrain Challenges
That Cost You Downtime
Every commercial and off-highway platform faces the same set of problems. MUVIQ components are engineered specifically to solve them.
CRANKSHAFT TORSIONAL VIBRATION
Crankshaft Vibration Threatening Long-Term Reliability?
Torsional vibration issues often surface during durability testing, creating unexpected wear across bearings, FEAD systems, and other rotating components. Resolving them late in development can lead to redesign effort, validation delays, and increased programme costs.
MUVIQ heavy-duty viscous dampers absorb torsional energy at the crankshaft before it propagates through the engine and accessory drive system.
ALTERNATOR BELT LOAD & NVH
Belt Slip, Squeal, And Premature Wear?
Higher alternator loads, engine downspeeding, and transient operating conditions place increasing stress on modern FEAD systems. The result is often belt slip, noise, and accelerated wear that can affect both durability and customer perception.
MUVIQ heavy-duty ADP pulleys decouple alternator inertia during speed fluctuations, reducing belt load and limiting slip-induced noise.
BELT TENSION INSTABILITY
Dynamic Belt Tension Causing Reliability Issues?
Operating temperatures, duty cycles, and changing load conditions continuously influence belt behaviour. Small tension variations can contribute to belt wear, bearing loads, and inconsistent FEAD performance over time.
MUVIQ heavy-duty tensioners automatically compensate for belt stretch and operating variations to maintain consistent system tension.
BELT ROUTING & IDLER WEAR
Idler Failures Driving Unplanned Downtime?
Idler pulleys play a critical role in belt alignment and load distribution. When wear develops, tracking errors can accelerate deterioration across belts, tensioners, and adjacent accessories, increasing maintenance requirements and downtime risk.
MUVIQ heavy-duty idler pulleys maintain accurate belt tracking under sustained load, vibration, contamination, and thermal cycling.
DRIVETRAIN TORSIONAL ISOLATION
Rising Torque Levels Increasing Drivetrain Stress?
Increasing torque density and higher cylinder pressures place additional stress on drivetrain interfaces. Without effective isolation, torsional loads are transferred through connected components, contributing to vibration, wear, and reduced service life.
MUVIQ heavy-duty decouplers reduce torsional load transmission between rotating systems, helping protect drivetrain components under demanding operating conditions.
HYBRID POWERTRAIN INTEGRATION
Electrifying Existing Platforms Without Starting Over?
Hybrid integration introduces new requirements for packaging, load management, thermal performance, and component durability. Meeting those requirements without redesigning the entire powertrain remains a major development challenge.
MUVIQ supports P0, P1, and P2 hybrid architectures with purpose-engineered solutions designed to integrate within existing commercial vehicle platforms.
Solving the Drivetrain Challenges
That Cost You Downtime
Every commercial and off-highway platform faces the same set of problems. MUVIQ components are engineered specifically to solve them.
CRANKSHAFT TORSIONAL VIBRATION
Crankshaft Vibration Threatening Long-Term Reliability?
Torsional vibration issues often surface during durability testing, creating unexpected wear across bearings, FEAD systems, and other rotating components. Resolving them late in development can lead to redesign effort, validation delays, and increased programme costs.
MUVIQ heavy-duty viscous dampers absorb torsional energy at the crankshaft before it propagates through the engine and accessory drive system.
ALTERNATOR BELT LOAD & NVH
Belt Slip, Squeal, And Premature Wear?
Higher alternator loads, engine downspeeding, and transient operating conditions place increasing stress on modern FEAD systems. The result is often belt slip, noise, and accelerated wear that can affect both durability and customer perception.
MUVIQ heavy-duty ADP pulleys decouple alternator inertia during speed fluctuations, reducing belt load and limiting slip-induced noise.
BELT TENSION INSTABILITY
Dynamic Belt Tension Causing Reliability Issues?
Operating temperatures, duty cycles, and changing load conditions continuously influence belt behaviour. Small tension variations can contribute to belt wear, bearing loads, and inconsistent FEAD performance over time.
MUVIQ heavy-duty tensioners automatically compensate for belt stretch and operating variations to maintain consistent system tension.
BELT ROUTING & IDLER WEAR
Idler Failures Driving Unplanned Downtime?
Idler pulleys play a critical role in belt alignment and load distribution. When wear develops, tracking errors can accelerate deterioration across belts, tensioners, and adjacent accessories, increasing maintenance requirements and downtime risk.
MUVIQ heavy-duty idler pulleys maintain accurate belt tracking under sustained load, vibration, contamination, and thermal cycling.
DRIVETRAIN TORSIONAL ISOLATION
Rising Torque Levels Increasing Drivetrain Stress?
Increasing torque density and higher cylinder pressures place additional stress on drivetrain interfaces. Without effective isolation, torsional loads are transferred through connected components, contributing to vibration, wear, and reduced service life.
MUVIQ heavy-duty decouplers reduce torsional load transmission between rotating systems, helping protect drivetrain components under demanding operating conditions.
HYBRID POWERTRAIN INTEGRATION
Electrifying Existing Platforms Without Starting Over?
Hybrid integration introduces new requirements for packaging, load management, thermal performance, and component durability. Meeting those requirements without redesigning the entire powertrain remains a major development challenge.
MUVIQ supports P0, P1, and P2 hybrid architectures with purpose-engineered solutions designed to integrate within existing commercial vehicle platforms.
Built for the PlatformsThat Demand the Most
01
Trucks & Buses
High-cycle commercial diesel engines in long haul, regional, and urban transit. Components validated for sustained high torque and variable load operation.
Complete Drivetrain Coverage for
Commercial Applications
MUVIQ engineers the full range of NVH and power transmission components across the commercial vehicle accessory drive system from crankshaft to alternator, conventional to hybrid.
VISCOUS DAMPERS
Heavy-duty torsional vibration control for commercial diesel and off-highway crankshaft applications.
ALTERNATOR DECOUPLER PULLEYS
Reduce belt slip, noise, and dynamic belt loads across commercial vehicle FEAD systems.
ACCESSORY DRIVE TENSIONERS
Maintain consistent belt tension across demanding operating conditions and duty cycles.
DECOUPLERS
Reduce torsional load transmission to protect drivetrain components and improve durability.
HYBRID SYSTEM SOLUTIONS
Hybrid-ready solutions engineered for evolving commercial vehicle powertrain architectures.
Looking for passenger car and light vehicle NVH solutions?
MUVIQ engineers FEAD and powertrain components for LV platforms too.
Built for the Demands of OEM
Powertrain Programmes
25 Years of Engineering Experience
Founded in Italy, MUVIQ is built on decades of powertrain engineering expertise for global OEM platforms.
Complete Accessory Drive Coverage
From crankshaft dampers to hybrid system solutions, MUVIQ delivers engineering coverage across the complete accessory drive ecosystem. One partner, comprehensive system expertise.
Global Manufacturing Footprint
Production and engineering operations span Italy, Germany, France, Poland, India, Brazil, and North America, providing local technical support and supply chains capability across key markets.
Application Engineering Support
Our engineers collaborate with OEM and Tier-1 teams throughout the product lifecycle, supporting system integration, application validation, and platform-specific development to help ensure reliable performance and seamless implementation.
Starting a Supplier Relationship
MUVIQ
For procurement and sourcing teams evaluating MUVIQ as a supplier here is how the process works.
01
Submit Your Application Requirements
Share your vehicle platform, operating conditions, performance targets, and system requirements. Our engineering team reviews the application to identify the most suitable solution.
02
Engineering Review & Solution Selection
MUVIQ engineers evaluate compatibility, operating loads, packaging constraints, and performance requirements to recommend the optimal component configuration.
03
Validation & Production Support
From prototype evaluation through production launch, we provide technical documentation, validation support, and ongoing engineering assistance throughout the programme lifecycle.
Technical Resources for Engineers
Fundamental Guide to Viscous Damper Selection
Selection parameters, application criteria, and common specification mistakes for heavy-duty dampers and rotating equipment systems.
NVH in Automotive: A Practical Guide for Engineers
Vibration sources, measurement, control strategies, and component selection for light and heavy-duty vehicle NVH management.
What types of commercial vehicles and equipment do MUVIQ components support?
MUVIQ components are validated for trucks and buses, agricultural machinery, industrial equipment, powergen applications, and off-highway platforms including construction and mining equipment.
Are MUVIQ components compatible with existing OEM accessory drive systems?
MUVIQ components are validated for trucks and buses, agricultural machinery, industrial equipment, powergen applications, and off-highway platforms including construction and mining equipment.
How do I initiate a supplier qualification process with MUVIQ?
MUVIQ components are validated for trucks and buses, agricultural machinery, industrial equipment, powergen applications, and off-highway platforms including construction and mining equipment.
Do you supply directly to OEMs or through distributors?
MUVIQ components are validated for trucks and buses, agricultural machinery, industrial equipment, powergen applications, and off-highway platforms including construction and mining equipment.
Can MUVIQ components be application-engineered for a specific platform?
MUVIQ components are validated for trucks and buses, agricultural machinery, industrial equipment, powergen applications, and off-highway platforms including construction and mining equipment.
What certifications and quality standards do MUVIQ components meet?
MUVIQ components are validated for trucks and buses, agricultural machinery, industrial equipment, powergen applications, and off-highway platforms including construction and mining equipment.
What is the typical lead time from enquiry to supply?
MUVIQ components are validated for trucks and buses, agricultural machinery, industrial equipment, powergen applications, and off-highway platforms including construction and mining equipment.
Have A Question Or Need Assistance? Let's Connect!
Fill out the form, and one of our experts will get back to you as soon as possible. Your feedback is important to us, and we’re here to ensure your experience with MUVIQ is seamless and satisfying. Thank you for choosing us as your automotive partner!