Calyo Pulse
Accurate, real-time, 3D spatial awareness. The most advanced air-coupled 3D ultrasound perception sensor for autonomous mobility.
Product Details
Calyo Pulse is an ultra-low size, weight and power 3D ultrasound sensor that integrates onto any vehicle or platform, from passenger vehicles to shuttles, industrial and mining vehicles to low-speed shuttles, first/last-mile delivery vehicles, and drones.
With a compact design and the ability to operate in adverse weather conditions, Calyo Pulse provides safe and reliable imaging performance, ensuring success of autonomous mobility in a range of industries. Powered by Calyo Sensus, it processes real-time multi-channel RF data, offering customisable outputs.
Calyo’s 3D ultrasound sensor systems show various competitive advantages;
- Robust and reliable – they have no moving parts;
- Unaffected by object colour or transparency unlike cameras and LiDAR sensors;
- Unaffected by atmospheric conditions like dust, fog, rain & snow;
- Unaffected by light levels – they work equally well in darkness;
- Excellent for near-field sensing.
Click the "Contact us" button if you want start a conversation!
Calyo Pulse is an ultra-low size, weight and power 3D ultrasound sensor that integrates onto any vehicle or platform, from passenger vehicles to shuttles, industrial and mining vehicles to low-speed shuttles, first/last-mile delivery vehicles, and drones.
With a compact design and the ability to operate in adverse weather conditions, Calyo Pulse provides safe and reliable imaging performance, ensuring success of autonomous mobility in a range of industries. Powered by Calyo Sensus, it processes real-time multi-channel RF data, offering customisable outputs.
Calyo’s 3D ultrasound sensor systems show various competitive advantages;
- Robust and reliable – they have no moving parts;
- Unaffected by object colour or transparency unlike cameras and LiDAR sensors;
- Unaffected by atmospheric conditions like dust, fog, rain & snow;
- Unaffected by light levels – they work equally well in darkness;
- Excellent for near-field sensing.
Click the "Contact us" button if you want start a conversation!
Calyo's 3-D ultrasound perception sensors are more than viable for use in self-driving road vehicles, for use cases involving parking, heavy traffic and low speed city driving. This image shows and 2 integrated Pulse sensors (in the front bumper) with a self driving car's ROS2 based perception stack. Replacing the multitude of 1-D parking aids – cutting down the unit count by at least half, and offering a significant upgrade in full 3-D at a comparable or reduced cost.
Introducing Calyo Pulse - the world's most advanced air-coupled 3D ultrasound sensor, revolutionising perception and localisation capabilities, enabling safe and efficient navigation in any environment.
Calyo's 3-D ultrasound perception sensors are more than viable for use in self-driving road vehicles, for use cases involving parking, heavy traffic and low speed city driving. This image shows and 2 integrated Pulse sensors (in the front bumper) with a self driving car's ROS2 based perception stack. Replacing the multitude of 1-D parking aids – cutting down the unit count by at least half, and offering a significant upgrade in full 3-D at a comparable or reduced cost.
Calyo's 3-D ultrasound perception sensors are more than viable for use in self-driving road vehicles, for use cases involving parking, heavy traffic and low speed city driving. This image shows and 2 integrated Pulse sensors (in the front bumper) with a self driving car's ROS2 based perception stack. Replacing the multitude of 1-D parking aids – cutting down the unit count by at least half, and offering a significant upgrade in full 3-D at a comparable or reduced cost.
Introducing Calyo Pulse - the world's most advanced air-coupled 3D ultrasound sensor, revolutionising perception and localisation capabilities, enabling safe and efficient navigation in any environment.
Calyo's 3-D ultrasound perception sensors are more than viable for use in self-driving road vehicles, for use cases involving parking, heavy traffic and low speed city driving. This image shows and 2 integrated Pulse sensors (in the front bumper) with a self driving car's ROS2 based perception stack. Replacing the multitude of 1-D parking aids – cutting down the unit count by at least half, and offering a significant upgrade in full 3-D at a comparable or reduced cost.
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