Radar

Time-tested and rugged, radar sensors emit an electromagnetic pulse which reflects off objects and return to the receiver, giving information about the object's location and speed, much like a bat’s use of sound waves to navigate in the dark.

Lidar

Lidars use an infrared laser beam – reflected on a rotating mirror – instead of an electromagnetic pulse, to survey the surroundings. A fast-developing technology, lidars can detect any object, regardless of its characteristics.

Camera

Sensitive to color and contrast, cameras can read lane markings and traffic signs. A passive sensor, cameras complements active sensors like radars and lidars, adding redundancy to the T-pods situation awareness system.

black illustration of feature
circle next to headerRadar

Time-tested and rugged, radar sensors emit an electromagnetic pulse which reflects off objects and return to the receiver, giving information about the object's location and speed, much like a bat’s use of sound waves to navigate in the dark.

black illustration of feature
circle next to headerLidar

Lidars use an infrared laser beam – reflected on a rotating mirror – instead of an electromagnetic pulse, to survey the surroundings. A fast-developing technology, lidars can detect any object, regardless of its characteristics.

black illustration of feature
circle next to headerCamera

Sensitive to color and contrast, cameras can read lane markings and traffic signs. A passive sensor, cameras complements active sensors like radars and lidars, adding redundancy to the T-pods situation awareness system.

Computer

The T-pod uses the NVIDIA DRIVE platform for its autonomous smarts.

Intelligent

Connected to an intelligent operating system, providing it with customer data, traffic data, etc., the T-pod identifies the most efficient route from A to B, adjusting its course real-time to avoid congestion, optimizing battery use and delivery time.

// SetGear sets the raw bit-level value of Gear. func (msg *Message) SetGear(value uint64) *Message { msg.payload.SetBits(start_Gear, length_Gear, value) return msg } // EncodeGear encodes and sets the value of Gear. func (msg *Message) EncodeGear(value int64) *Message { clamped := signal.ClampDecimal( min_Gear, max_Gear, value) encoded := signal.EncodeDecimal( scale_Gear, offset_Gear, clamped) msg.SetGear(encoded) return msg }

Loading capacity15 euro-pallets
Range200km on one charge
Top speed85km/h (electronically limited)
Battery capacity200kWh
Size7 x 2.5m (approximately)
Weight26 tons fully loaded