Are your robots safe around humans?
Introducing ADAR, the breakthrough 3D ultrasonic sensor that lets robots and humans collaborate safely and seamlessly.
It’s sound, simple, safe.
Wanna go deeper?
Here’s why Forbes calls it “the technology that will change how robots see.”
Forbes investigated how decades of research into 3D ultrasonic sensing turned into a viable sensing technology for the industrial mass market for robotics.
Why Sonair?
More safety zones than your average sensor can handle.
128 configurable zones let you fine-tune your safety like a pro.
Tough as nails. Calm under pressure.
Wet floors, warehouse dust, temperature tantrums — ADAR keeps working, no drama, no wipe-downs.
Safety that doesn’t cost the earth (literally and financially).
Lower energy use, fewer components, less waste — it’s the green choice for machines that care. Reduce the cost of your sensor package by up to 50%.
Your questions, our answers
What are the key benefits of using Sonair's 3D ultrasonic sensors for autonomous robots?
Precision and accuracy: The Sonair 3D ultrasonic sensor allows AMRs to detect distance and direction to all objects in a 180x180 field of view, up to a 5 meter range.
Cost-efficiency: The sensor configuration on a robot often exceeds 30% of the total bill of materials. Cut that cost by 50-80% with Sonair.
Robustness: The Sonair sensors perform reliably in diverse conditions, including dust and varying lighting, where traditional sensors may fail.
Wide range: With an extensive detection range, our sensors are suitable for both close-range manoeuvring and long-distance obstacle avoidance.
Energy efficiency: Designed to consume minimal power, they are ideal for battery-operated autonomous robots.
Easy integration: Our compact sensors feature plug-and-play integration, compatible with most robotic platforms and control systems.
How do Sonair's 3D ultrasonic sensors compare to LiDAR and camera-based systems?
Sonair's 3D ultrasonic sensors allows robots to escape the narrow, in-plane view with 2D LiDAR and provides an omnidirectional view.
Cost-effective: Sonair offers a more affordable solution without compromising on performance.
Performance: Unlike LiDAR and cameras, ultrasonic sensors are less affected by environmental factors such as poor lighting, dust, or changing temperatures. Sonair can also detect reflective or see-through surfaces such as glass or mirrors.
Lower power consumption: Ultrasonic sensors typically consume less power, which is critical for mobile and autonomous applications. Sonair’s power consumption is maximum 5 W.
Safety: Our sensors operate at a frequency range that is safe for both humans and animals, making them suitable for use in public and indoor spaces.
What applications are Sonair’s 3D ultrasonic sensors suitable for in autonomous robotics?
The Sonair 3D ultrasonic sensors are versatile and can be used in a variety of applications, including:
Obstacle avoidance: Ensuring robots can move safely and efficiently in dynamic environments.
Human-Robot Interaction (HRI): Detecting and avoiding humans in shared spaces to ensure safety.
Typical settings:
Warehouse and factory automation: Streamlining inventory management and logistics through safe object detection.
Retail: Increasingly, autonomous robots zip around humans in grocery stores and cafes. Sonair's sensors keep people safe while the robots keep moving.
Agricultural robotics: Enhancing farming techniques by helping robots detect objects in environments with diverse conditions.
hello@sonair.com
Gullhaug Torg
2D0484 Oslo
Norway
