e DELIVER 3

MAX LENGTH

*All prices are subject to Vat and RFL and Reg fee at current rate. OZEV Van - Plug - in -Grant can be applied for at current rate.

REVOLUTIONISING THE TRANSPORT INDUSTRY

At its core, the e DELIVER 3 is built on reliability, safety & driver comfort and is redefining the light commercial vehicle industry.

The e DELIVER 3 is available in a 35Kw or 52.5Kw battery configuration with a 90KW /250Nm motor, working in tandem to produce an impressive range of up to 213 miles/344kms.

The smaller of the vehicles in the MAXUS e DELIVER range, the e DELIVER 3 is cleverly designed to maximise payload and performance. Using a combination of light weight materials such as aluminum and polymer composite materials, the nifty EV is robust in design and powerful in performance.

The future is green – the future is now.

Maxus e Deliver 3

•First E LCV to be built from the ground up as an

Electric vehicle (not a converted ICE product)

•MY22 has towing capacity up to 1200kgs

•2 Battery size options, 32kW and 50.23kW

•L2 chassis cab variant 52.5kWh for conversion

•DC fast charging as standard

•Up to 213 miles range (WLTP City Cycle 50.23kW battery)

•Congestion / ULEZ zone exempt

•8 year / 100,000 mile battery warranty

STANDARD EQUIPMENT INCLUDES:

• 2 Driving Modes
• 3 Energy Recovery Modes
• Dual Rear Barn Doors
• 6 Cargo Area Floor Strapping Rings
• Cargo Area Partition (Optional With Glass)
• Daytime Running Lights
• Driver Airbag
• Driver Seatbelt Lock Reminder
• Electric Adjustment Of Outside Mirror
• Electric Power Assisted Steering
• Electric Windows
• ESC
• Front & Rear Ventilated Discs

• Front McPherson Independent Suspension
• Front Passenger Airbag
• High-Resolution Touch Screen - 7 inch
• Hydraulic Handbrake
• Immobilizer
• Multifunction steering wheel
• Rake Adjustable Steering Wheel
• Rear Leaf Spring Suspension
• Reversing Camera
• Reversing Radar
• Stainless Steel Cargo Area Floor
• Ternary Polymer Lithium Battery

E DELIVER 3 BODY STRUCTURE

The 3 Deliver 3 design uses aerodynamic principles to reduce wind resistance and lighten the entire vehicle. A large number of aluminum alloys and polymer composite materials are used. Strong design with emphasis on strength and payload.