Vanguard adds new motor series to portfolio

Vanguard MVG3500 motor. (Photo: Vanguard/Briggs & Stratton)

Vanguard has added the MVG Series electric motors to its existing lineup of commercial lithium-ion battery packs, motor controllers and chargers, completing its pre-validated 48V electrification stack.

By designing modular battery packs, motors, motor controllers and chargers to function as a unified system, Vanguard said it ensures that all hardware and software components will perform seamlessly together. Standard mounting dimensions allow OEMs to integrate the complete system into existing equipment layouts without requiring significant chassis redesigns, cross-vendor diagnostic testing and software troubleshooting.

“Adding electric motors to our portfolio allows Vanguard to solve technical integration challenges on behalf of our customers,” said David Frank, senior vice president and president of electrification at Briggs & Stratton. “By moving beyond fragmented component sourcing, we deliver a fully integrated 48V system that gives equipment manufacturers a direct, reliable pathway to production.”

Vanguard MVG5000 motor. (Photo: Vanguard/Briggs & Stratton)

Engineered to automotive-grade standards, the MV Series motor lineup includes three power options. In addition to the existing MVG1500 low-duty motor with integrated motor controller, the new MVG3500 generates 3.5 kW of continuous power and 6 kW peak output, while the new MVG5000 provides 5 kW of continuous power, peaking at 7.5 kW, and incorporates advanced thermal management to maintain performance under continuous heavy load.

Standardized SAE J609 mounting geometries enable easy drop-in integration into existing chassis.

The new motors are suited for walk-behind power trowels, turf rakes, industrial vacuums and blowers. Their fully sealed IP66 housing protects against water, dust and debris and enables maintenance-free operation.

As part of the product expansion, Vanguard now also offers an analog throttle, designed to provide continuous, proportional signal modulation to deliver smooth, variable-speed control across the equipment’s operating range.