This section provides important information about storage precautions, cargo capacity, and load distribution. Following these guidelines helps ensure safe driving and prevents damage to both cargo and vehicle components.
warning: the following items must not be carried in the luggage compartment because they may pose a fire hazard:
storage precautions
Observe these recommendations to avoid interference with pedal operation, driver vision, or safety in general:
capacity and load distribution
Your vehicle's available cargo capacity depends on the total weight of its occupants. The general calculation is:
cargo capacity = total load capacity − total weight of occupants.
To determine the correct load limit, follow these steps:
For example, if the maximum load is 1400 lbs and five passengers weighing 150 lbs each are in the vehicle, the available cargo capacity is 650 lbs (calculation: 1400 − 750 = 650 lbs).
warning: capacity and distribution
Proper cargo management ensures both the safety of your travels and the longevity of your vehicle's components. Taking the time to secure and evenly distribute your load can prevent accidents, reduce wear on your vehicle, and enhance your overall driving experience.
Calculation formula for your vehicle
When 2 people with the combined weight of A lb. (kg) are riding in your vehicle, which has a total load capacity (vehicle capacity weight) of B lb. (kg), the available amount of cargo and luggage load capacity will be C lb. (kg) as follows:
B*2 lb. (kg) - A*1 lb. (kg) = C*3 lb.
(kg)
*1:A = Weight of people
*2:B = Total load capacity
*3:C = Available cargo and luggage load
In this condition, if 3 more passengers with the combined weight of D lb. (kg) get on, the available cargo and luggage load will be reduced E lb. (kg) as follows:
C lb. (kg) - D*4 lb. (kg) = E*5 lb.
(kg)
*4:D = Additional weight of people
*5:E = Available cargo and luggage load
If the 12-Volt Battery is Discharged
If your vehicle's 12-volt battery is discharged, the EV system may fail to start. You can follow the steps below to restart the system or contact your Toyota dealer or a qualified repair shop for assistance.
Restarting the EV System
If you have access to jumper cables (or boo ...
Electric Vehicle system
This section provides an in-depth overview of the advanced electric vehicle technologies that power the Toyota bZ4X. It explains how the electric drive system functions, including key components such as the electric motor, inverter, and battery management system. You’ll gain a better understan ...