An electric aircraft with a battery pack for failure safety is provided. The battery pack may be disposed within a fuselage of the electric aircraft. The battery pack may include a crush zone having energy absorbing material configured to compress as a function of a crash force.

A resin composition capable of improving or minimizing a load applied to injection equipment, such as a nozzle, when injected by the equipment is provided. The resin composition includes a thermally conductive filler capable of exhibiting a desired thermal conductivity.

A resin composition capable of improving or minimizing a load applied to injection equipment, such as a nozzle, when injected by the equipment is provided. The resin composition includes a thermally conductive filler capable of exhibiting a desired thermal conductivity.

A power storage module includes at least one cylindrical power storage device, and a lower holder that holds a lower end part of the power storage device, wherein at least one concave part is formed on one of a surface of the power storage device facing a holding part and a surface of the holding part facing the power storage device, and at least one convex part fitted in the concave part is formed on the other.

A power storage module includes at least one cylindrical power storage device, and a lower holder that holds a lower end part of the power storage device, wherein at least one concave part is formed on one of a surface of the power storage device facing a holding part and a surface of the holding part facing the power storage device, and at least one convex part fitted in the concave part is formed on the other.

A battery pack for failure safety includes a pack casing, a battery module of a plurality of battery modules secured to the pack casing by a battery module connection, a crush zone located beneath the battery module, wherein the crush zone comprises an energy absorbing material configured to compress as a function of the battery module and a crash force, and wherein the battery module connection releases the battery module into the crush zone guided by the inner lining.

A battery pack for failure safety includes a pack casing, a battery module of a plurality of battery modules secured to the pack casing by a battery module connection, a crush zone located beneath the battery module, wherein the crush zone comprises an energy absorbing material configured to compress as a function of the battery module and a crash force, and wherein the battery module connection releases the battery module into the crush zone guided by the inner lining.

A camera assembly is provided for a facial recognition system of a motor vehicle. The camera assembly includes a cosmetic panel adapted to be attached to the motor vehicle. The cosmetic panel has an outboard side and an inboard side facing the motor vehicle. The cosmetic panel is opaque to visible light and transmissive to an infrared light. The camera assembly further includes a single infrared camera adapted to be disposed adjacent to the inboard side of the cosmetic panel. The single infrared camera generates an image signal, in response to the single infrared camera receiving the infrared light transmitted through cosmetic panel.

A modular battery housing is provided for mounting at least one of a plurality of battery modules to an electric vehicle. Each of the battery modules includes a battery module case and one or more battery cells disposed within the battery module case. The modular battery housing includes a frame coupleable to the electric vehicle. The frame includes a pair of rails spaced apart from one another and a plurality of cross members coupleable to the rails. The modular battery housing further includes one or more battery pack enclosures separate from and coupleable to the frame. Each of the battery pack enclosures defines a chamber for sealingly containing at least one of the battery modules, and each of the battery pack enclosures being separate from the battery module case.

A modular battery housing is provided for mounting at least one of a plurality of battery modules to an electric vehicle. Each of the battery modules includes a battery module case and one or more battery cells disposed within the battery module case. The modular battery housing includes a frame coupleable to the electric vehicle. The frame includes a pair of rails spaced apart from one another and a plurality of cross members coupleable to the rails. The modular battery housing further includes one or more battery pack enclosures separate from and coupleable to the frame. Each of the battery pack enclosures defines a chamber for sealingly containing at least one of the battery modules, and each of the battery pack enclosures being separate from the battery module case.