Bollinger Motors Reveals Electric Class 3 Platform
Bollinger Motors has unveiled a patent-pending E-Chassis Class 3 electric platform, designed with commercial applications in mind.

The patent-pending E-Chassis is the same platform shared with the company’s B1 sport utility truck and B2 pickup. Bollinger Motors will manufacture the E-Chassis alongside the B1 and B2 trucks and will be available for commercial use in 2021.
Photo courtesy of Bollinger Motors.
Bollinger Motors has unveiled a patent-pending E-Chassis Class 3 electric platform, designed with commercial applications in mind.
The patent-pending E-Chassis is the same platform shared with the company’s B1 sport utility truck and B2 pickup. Bollinger Motors will manufacture the E-Chassis alongside the B1 and B2 trucks and will be available for commercial use in 2021, according to the company.
This E-Chassis will also accommodate future models and other trucks developed by Bollinger Motors.
"When we first built our Class 3 B1, we knew there was a commercial aspect to the platform," says CEO Robert Bollinger. "Not only cab-on-chassis, but entirely new truck bodies can fit on our E-Chassis, and help propel the world to all-electric that much faster."
The patent-pending E-Chassis includes these features:
120 kWh battery pack/180 kWh battery pack optional
All-wheel drive
All-terrain capabilities
Dual motor
Portal gear hubs
5000-lb. payload
Low center of gravity
Easily adjustable to fit various wheelbases
Hydraulic anti-lock power brakes (ABS)
Electronic traction control/Electronic stability control
Hydraulic power steering
Hydro-pneumatic self-leveling suspension
Independent front and rear suspension
5-15 kW on-board charger/inverter
Complete power system controls, configurable to given vehicle application
Integrated thermal-management system
Meets Class 3 regulations
Bollinger Motors was founded in 2015 by Robert Bollinger. Bollinger Motors is a U.S. based company headquartered outside of Detroit in Ferndale, Mich.
Originally posted on Automotive Fleet
More Electric Vehicles

Electrify America Opens EV Fast Charging Station in Southern California
The large-format depot features 20 hyper-fast chargers capable of delivering 350 kilowatts and is backed by a powerful battery energy storage system.
Read More →
Charging Gaps That Impede Electric Fleets
Find out why charger breakdowns can be so misleading, costing fleets time, money, and usage.
Read More →
Inspiration Mobility Acquires Key Electrada Assets
Inspiration Mobility Group has acquired select assets of Electrada, adding the fleet electrification provider's team, technology, and charging infrastructure development capabilities to its energy management business.
Read More →
Used EVs Strengthen Overall Electric Vehicle Market
The latest sales data point to several reasons for the divergent trends in new and used EVs that can factor into fleet cycling decisions.
Read More →
Lucid Adds Hands-Free Highway Driving, Software Updates To Gravity SUV
Hands-free drive assist makes highway driving more comfortable while keeping drivers attentive to the road.
Read More →
Harbinger Creates Hybrid-Electric Unmanned Vehicle Platform for Defense Use
The platform is based on the company's medium-duty plug-in hybrid chassis, which is also used in commercial vehicles.
Read More →
Mitsubishi To Debut All-Electric Eclipse Subcompact For North American Market
The 2027 Mitsubishi Eclipse Sportback is a small SUV that will go on sale by this fall.
Read More →
Turo Launches Electric Vehicles vs. Gas Trip Cost Calculator
New free tool helps travelers compare fuel and charging costs side by side before they book, aimed at more affordable summer road trips.
Read More →
EV Energy Savings Mount As Volatile Gas Prices Soar
Electric vehicle owners, including fleets, are saving increasing amounts by driving EVs instead of internal combustion engine vehicles.
Read More →
Hybrid Vehicle Collision Claims Hit Record High In Q1 As BEV Claims Flatten
The number of hybrids on the road is growing, indicating that overall electrification is evolving.
Read More →