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

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.

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.

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.

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 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.

The solution delivered excellent power density as required.

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

The high energy density and compact size provide flexibility and scalability across electric and hybrid vehicle applications.

Integrating this technology with a motor becomes seamless when you know the process.

Two conversations dive into motor technology and ideal electric and hybrid system project management.

This technology powers two pumps that drive steering, brakes, hoist, and the brake cooling system.

The time to act is now: The industry is moving from science projects to production-ready systems—and those who invest now

This new motor empowers electric and hybrid vehicle and equipment innovation with adaptable motor technology that enhances efficiency, flexibility, and

Axial flux motors, power electronics, and energy storage were on the menu for this video.

Our company looks forward to taking advantage of all the SEMA benefits that the association gives us.

Learn more about key requirements and implications for OEMs.

Axial flux motors efficiently power these vehicles to provide quiet operation in urban environments.

A pivot toward sustainable electric solutions presents unique engineering challenges, and efficiency and customizability are critical.

The design of axial flux motors—including the arrangement of magnets and coils—is optimized to deliver high torque in a compact

The company is committed to building a robust Indian supply chain and partnering with local manufacturers.

Learn why this technology is preferred over radial flux motors, particularly in electric and hybrid applications.

A reliable partner and the ideal components are the fastest way to electrify your vehicles and equipment with optimized performance

A total energy capacity of 20 kWh provided the power for the equipment.