Xpeng L03 at a glance

Xpeng L03 is an XPENG electric SUV with 219 hp, rear-wheel drive and a 7.5 sec acceleration figure. Its electric range is 314 mi, and its top speed is 112 mph. The vehicle has a 58.2 kWh battery and measures 183.1 × 75.6 × 63 in, with a 112.2 in wheelbase. Charging specifications include CCS, 11 kW AC and 193 kW DC peak charging, with a stated 10–80% charging time of 22 minutes.

Overview

What the Xpeng L03 is

The 2026 Xpeng L03 is a five-seat electric coupe SUV from XPENG. Its rear-drive layout, streamlined body and Germany-focused Standard Range configuration target buyers wanting distinctive family transport with substantial equipment.

Design with an efficiency focus

A tapered roof, concealed handles and a low drag coefficient support the L03’s aerodynamic design. Frameless doors, a full-width light strip, panoramic glass and alloy wheels give the SUV a coupe-inspired profile.

Cabin technology and comfort

The cabin pairs an instrument display with a large central touchscreen and head-up display. CarPlay, Android Auto, Google Maps integration and over-the-air updates support daily connectivity. Heated, ventilated and power-adjustable front seats add useful comfort.

Driving and charging

XPENG lists rear-wheel drive, MacPherson front suspension and five-link rear suspension. Charging uses CCS, with home and rapid-charging options described in the accepted specification. Driver assistance includes adaptive cruise, lane centering, automatic emergency braking, blind-spot monitoring and surround-view cameras. These systems provide supervised assistance rather than autonomous driving.

Who is the Xpeng L03 2026 best for?

The Xpeng L03 suits buyers who value coupe styling, connected technology and generous front-seat equipment in a five-seat electric SUV. Its Standard Range specification offers a clear entry point, while preliminary figures and Germany-specific pricing call for careful confirmation before purchase. Buyers prioritising larger rear luggage space or physical controls may prefer another model.