REE P7-C Chassis Cab

REE Automotive unveils its P7-C chassis cab

Tuesday, May 9, 2023 - 08:24
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REE Automotive Ltd., an automotive technology company and provider of electric vehicle (EV) platforms, has revealed P7-C, a Class 4 chassis cab offering a new cabin design built on REE’s P7 modular electric platform.

REE P7-C Chassis Cab

REE P7-C Chassis Cab Upfit Variants

“Part of what our customers love about our highly modular P7 platform lineup is the fact that they can make the most out of it,” said Tali Miller, chief business officer of REE. “Be it P7-B, the ultra-low floor electric box truck designed for the highly popular last-mile Class 3 segment, or  P7-S that powers the Class 5 Proxima with EAVX and Morgan Olson for the walk-in-van market, and now the new cab design of the P7-C Class 4 chassis cab that we developed in response to market feedback to best meet customer needs, including capitalizing on government incentive programs. As we move forward in completing certification requirements and our first deliveries later in the year, I am very pleased to welcome Monarch Truck Center, The Truck Shop and RY-DEN Truck Center to our growing REE dealer network.”

P7 Program

The new P7-C is integral to REE’s complete vehicle lineup based on its flagship P7 platform, serving vehicles Class 3-5. The P7 vehicle lineup includes the P7-C chassis cab, P7-B box truck, and P7-S stripped chassis. The entire P7 electric truck line-up is powered by the REEcorners™, x-by-wire technology, and is purpose-built to drive down total cost of ownership (TCO). All P7 configurations are currently available to order with initial deliveries slated to begin in Q4 2023.

REE P7-C Chassis CabAll vehicles in the P7 program are built for urban environments with market-leading product attributes including optimal maneuverability, increased cargo volume, low step-in height, aerodynamic design, low noise, greater visibility, and increased safety.

P7-C Chassis Cab

The P7-C is a Class 4 chassis cab designed to meet the requirements for the Inflation Reduction Act incentives, which are more substantial for EVs Class 4 and above and meets market demand for the ability to simplify vocational upfits. P7-C was developed based on direct feedback from ongoing customer evaluations of proof-of-concept vehicles and is designed to meet fleet owners’ specific needs.

The configuration* offers a max range of 150 miles, up to 7,000 lbs payload, a gross vehicle weight rating (GVWR) of up to 16,000 lbs, a class-leading 24-inch platform height and 39 ft turning circle. On the interior of the advanced cab, customers will enjoy the driver-centric design including a 13-inch center screen, ample window space for excellent visibility and improved safety in tight urban environments and pedestrian- heavy areas, and hard-wearing durable materials. The high cab roof and low floor platform allowing for walk-through applications as the driver can stand and move about the cab with ease.

P7-S Stripped Chassis

The P7-S allows customers to enjoy total modularity. Whether it’s a rearward cabin for a walk-in van configuration or a forward cabin for a delivery truck, the P7-S can accommodate multiple EV specific top-hat designs. From Proxima by EAVX and Morgan Olson, to REE’s driver-centric cab, along with pre-existing cabins from leading OEMs, fleets can take the P7-S and turn it into the exact vehicle they need.

P7-B Box Truck

The P7-B box truck has a common cab design with the P7-C and targets the large and highly popular class 3 last-mile segment popular with commercial fleets and rental companies.

Certification Progress

Certification for the P7 electric lineup is well underway, with the most recent milestone being the completion of winter testing in Sweden. With first production-intent vehicles produced and being tested, certification is expected to be complete in H2 2023. View winter testing video at this link.


* Vehicle specifications are based on pre-production model and are subject to change. All data is approximate. Consult dealer and manual for details on final production model.

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