We are proud of this honor and the design and manufacturing team.

Data centers, compressors, backup power systems, and other critical industrial applications are creating new opportunities for axial flux motor technology.

Axial flux technology gave Fering the flexibility to integrate a powerful electric drivetrain into its rugged platform built for extreme

These vehicles are shifting from pilots to scalable, software-enabled deployment.

This technical presentation covers axial flux motor and inverter approaches that support improved integration, power blending, and fuel efficiency in

The latest market signals show that affordability, scalability, and deployment speed are increasingly shaped by integrated vehicle architectures, software-defined systems,

This webinar provides a practical look at how LFP battery and hybrid rail technologies can help operators bridge today’s infrastructure

The compact motors and inverters helped integrate a powerful electrified drivetrain into a rugged platform built for extreme range, demanding

This infographic details the advantages of water cooling when compared to oil cooling.

Commercial fleets move beyond pilots to practical deployment models for long-haul transport and improved/megawatt charging options.

High torque density, short axial length, and fast transient response are making this technology ideal for hybrid architectures

Modularity, hybrid, weather extremes, and charging infrastructure currently being prioritized

The project will expand manufacturing to support the widespread, mainstream adoption of axial flux motors.

Integrated architectures define the next phase of electric and hybrid commercial transport.

Transport electrification is shifting toward integrated systems shaped by infrastructure realities, operating needs, and TCO.

Principles, process, and people are the pillars to look for in your partner.

Expansion at this facility is required to meet the rising demand for high-voltage, LFP battery systems for the rail industry.

Strategies are fragmenting by duty cycle, making flexible, system-level integration more important than ever.

New batteries to enable greener train operations to remove over 600 engines on existing trains, offering lower cost of operations,

Electrification is accelerating, but the market is fragmenting by architecture, infrastructure model, and duty cycle.

The country’s EV inventory has dropped to single digits amid increasing waiting periods.

Watch this webinar to learn how this technology is ideal for hybrid systems.

The next phase of electrification and hybridization has multiple paths.

Axial flux motors speed matched to the engine provide the ideal, efficient operation for a hybrid system.

All platforms are designed for flexibility, not single-architecture outcomes.

How axial flux motors are shifting these systems and providing more range, smoother operation, and decreased cost per mile.

The awards celebrate the theme of engineering intelligence, recognizing engineers who demonstrate exceptional problem-solving, innovation, and leadership.

From BEV freight deployments to shared e-axle platforms and EREV standards, the market is moving toward integrated, standardized powertrains.

This technology simplifies retrofitting classic cars with electric systems.

OEM production, fleet deployment, terminal vehicles, system-level procurement, and semiconductor capability move toward more EVs and EV support.

External e‑drive supply is structurally commoditizing under OEM/Tier‑1 control.

Learn why engineers should select axial flux motors for any hybrid system.

Learn about the benefits of this technology in compact, high efficiency generators

Glass said, “We couldn’t have done it without the ANA EBOSS.”

Electromagnetic, thermal, and manufacturing unlock the full potential of this technology.

Why now is the time to invest in a series hybrid using axial flux motors.

The new motors help OEMs and fleet owners integrate without redesign while reducing fuel costs and extending vehicle and equipment

Nixon covers the technology from top to bottom.

Technology offers a flexible, application-specific route to lower emissions and an improved bottom line.

During the January 2026 webinar, industry experts discussed last year and the expectations for 2026.

The new technology speeds OEMs’ time to market.

Axial Flux Electric Drive Units (EDUs) are solving the challenges of space constraints and speeding OEMs’ time to market. In

At CONEXPO 2026, Hornyak talked technology with the team from OEM Off-Highway magazine.

Editors, analysts, and other industry experts weigh in on show themes and industry direction.

The joint venture company will focus on powertrains for India’s growing electric vehicle (EV) segment.

This partnership will deliver advanced mobility vehicle powertrain solutions for the rapidly growing Indian market.

Following the gala dinner on March 26, regional winners will have the chance to win Made in the UK Awards.

Watch this webinar to learn about the benefits of this technology for these market verticals.

Check out the harsh conditions this technology handled.

From concept to car in eight months: High-performance technology simplifies electrification for manufacturers and reduces time-to-market.

Technology delivers sustained performance in the toughest race conditions.

This infographic details how electrification is transforming unique vehicles and mobile equipment.

During the American Automotive Summit in October 2025 Steve Hornyak shared a keynote about the versatility and power density of

Watch this panel discussion webinar to learn about the trends from 2025 and look into what to expect in 2026

This technology, combining electric, battery, and diesel power, offers a pragmatic solution by reducing infrastructure costs and decreasing emissions.

The Sierra Echo-R, powered by double-stacked axial flux motors, to compete in one of the toughest races in the world

The winning technology is designed to meet the unique needs associated with the electrification and hybridization of equipment and vehicles.

Providing fully validated, plug-n-play motor and inverter solutions to OEMs worldwide.

Selecting an axial flux motor with low cogging torque brings many benefits.

Why hybrid conversions are the industry’s bridge to tomorrow

Collaborative engineering delivers peak performance and faster delivery of popular off-road motorcycles.

During METSTRADE 2025, CMD S.p.A. featured its marine engine with evolutionary axial flux motor technology.

From unveiling game-changing partnerships and an electrifying new car launch to commanding the FUTURETECH Studio Stage, the company’s debut set

Along with the Hypercraft CEO, our team introduced the Sierra Car to attendees and media at SEMA.

Key requirements for success and selecting the right partner for your application.

Industry experts discuss the benefits of axial flux technology.

This division will support OEMs, system integrators, and Tier 1 partners across the region.

Sierra Car and axial flux motors draw attention during the event.

Turntide‘s double-stacked axial flux motor marks a new era in off-road electric performance.

What do you need to know to ensure that your vehicles and equipment provide your end users with the safest

The industry gathered to learn about new technology during the event.

More than 30 new OEMs chose Turntide technology in 2025

A comprehensive solution addressed technical and strategic needs allowing the Dust Moto team to focus on product innovation, reducing risk

Modular energy storage gives OEMs the flexibility, efficiency, and sustainability edge they need—without compromising on safety or performance.

Learn about the connections and other components of this technology.

This webinar details the requirements for inverter selection and integration and includes an inverter Tech Tour.

An insulation blower manufacturer successfully transitioned from diesel-powered to battery-operated equipment.

A compact, high-torque axial flux motor enabled an Austrian integrator to optimize electric motorbike performance.

Reducing this issue provides precision movement and decreased NVH problems in the whole system.

In this on-demand webinar: Circular Economy of Electrical Motors, Presenter and Application Engineer Mat Lamb with Turntide Technologies reviewed the

Four surprising applications for electrification

Getting inverter specs right isn’t optional—it’s essential to performance, safety, and system integrity.

Air-cooled, high-voltage inverter technology delivers efficient, cost-effective power for electric power take-off (ePTO) systems, eliminating the need for water cooling.

The team discussed axial flux motors and Hitachi Rail partnership.

Discover how a leading U.S.-based construction equipment OEM electrified a compact wheel loader—achieving diesel-level performance while paving the way for

The choice of voltage has a big impact on TCO.

Specifying a full, system solution for electric and hybrid systems results in more efficient vehicles and equipment.

All products, including new energy storage production line, are manufactured at this facility.

The OEM decided to partnering with an advanced electrification specialist to add a sensorless inverter and efficient pump.

The motor operates as a PMG to provide grid-independent power.

This latest development strengthens Turntide’s long-term relationship with Hitachi Rail.

Learn what drives the selection of this technology for an electric or hybrid systems in vehicles and equipment.

This video shares the components and functionality of a modular battery.

This webinar shares the requirements for safety and reliability and why working with a certified battery manufacturer saves OEMs design

This foundational design choice defines the performance, efficiency, and scalability of inverter-based systems.

With rapid innovation and deep industry partnerships, Turntide empowers OEMs with flexible systems-level solutions for next-gen mobility.

Thank you for your interest in Turntide’s inverters and motor controllers. Please contact us if you have any questions or

Download Turntide Gen6 Inverter Datasheet

The solution delivered excellent power density as required.

The technology helped lower the machine’s carbon footprint and increased its efficiency.