RoboSense Ruby Plus LiDAR Sensor for Autonomous Driving and Robotics

• ✔ Cutting-edge hybrid LiDAR technology with 128 beams.
• ✔ Unrivaled detection range of up to 250 meters.
• ✔ High angular resolution for detailed mapping.
• ✔ Extreme point scanning speed – up to 9.2 million per second.
• ✔ Ideal for autonomous driving and advanced robotics.
• ✔ Robust construction for reliable operation in demanding conditions.

Discover the future of autonomous driving and robotics with the RoboSense Ruby Plus hybrid LiDAR sensor. This cutting-edge 128-beam sensor represents the technological pinnacle of spatial data collection, offering unmatched accuracy and range for the most demanding applications.

🌟 What can this robotic vision do?

• Advanced real-time object detection and tracking.
• Accurate 3D mapping and localization for autonomous vehicles.
• High resistance to interference and various lighting conditions.
• Performance optimization with Balance and High Performance modes.
• Integration with various time synchronization systems (PTP, gPTP).

🔍 Explore every detail

RoboSense Ruby Plus is designed to provide critical data for safe and efficient operations. With its hybrid solid-state technology, it minimizes moving parts, increases reliability, and reduces maintenance. Its ability to rapidly generate dense point clouds with accurate 3D coordinates and reflectance information is key to advanced navigation systems and perception of surroundings.

The sensor boasts an impressive range of 240 meters at 10% NIST reflectivity, allowing it to detect obstacles and dynamic objects in time, even at high speeds. The wide horizontal field of view and flexible rotation speed (up to 1200 rpm) ensure comprehensive scene coverage, essential for autonomous decision-making.

⚠️ Are you worried about limited visibility and reliability of sensors?

In the rapidly evolving world of autonomous systems, flawless perception of the environment is key. Standard sensors often fail in adverse weather, darkness, or complex traffic environments, leading to uncertainty and safety risks. Insufficient range and low accuracy can slow the development and deployment of your autonomous solutions.

🚀 Get unmatched accuracy and reliability!

RoboSense Ruby Plus is your solution. With its advanced features and robust design, you get a reliable partner for the development and operation of autonomous vehicles, robotic systems and other high-tech applications. Enjoy detailed and fast mapping of the environment, eliminating blind spots and providing the data needed for advanced artificial intelligence algorithms.

✅ More than just features, real benefits

• Long detection range: Up to 250m for early obstacle detection and route planning.
• High point density: Up to 9.2 million points per second for extremely detailed 3D maps.
• Adaptive modes: Balance and High Performance modes to optimize consumption and performance according to current needs.
• Precise time synchronization: Support for $GPRMC with 1pps, PTP and gPTP for precise integration of data from various sensors.
• Hybrid design: Combines the advantages of mechanical and solid-state LiDARs for maximum reliability and performance.

🎯 Who is it the ideal choice for?

• Autonomous vehicle developers and engineers.
• Researchers in the field of robotics and artificial intelligence.
• Companies involved in logistics and industrial automation.
• Teams developing systems for smart cities and infrastructure monitoring.

❓ Do you have concerns? We will answer them

• Concern: Will the sensor be compatible with my existing system? -> Answer: The sensor uses the standard UDP over Ethernet protocol and supports a wide range of synchronization methods, making integration easy.
• Concern: Is the sensor resistant to harsh conditions? -> Answer: RoboSense Ruby Plus is designed for harsh environments, its hybrid design increases reliability in the field.
• Concern: What is the power consumption? -> Answer: With the flexible Balance (27W) and High performance (30W) modes, you can optimize consumption according to the current application requirements.

⚙️ Technical specifications

Parameter	Value
Number of rays	128
Measurement range	250m (240m @ 10% NIST)
Vertical angular resolution (Balance mode)	0.2°/0.4°
Vertical angular resolutions (High performance mode)	0.1°/0.2°
Horizontal angular resolution (Balance mode)	0.2°/0.4°
Horizontal angular resolutions (High performance mode)	0.1°/0.2°
Rotational speed / Frequency	600/1200rpm (10/20Hz)
Point acquisition speed (Balance mode, single/double echo)	~2,304,000 pts/s / ~4,608,000 pts/s
Point acquisition speed (High performance mode, single/double echo)	~4,608,000 pts/s / ~9,216,000 pts/s
Output data protocol	UDP packets over Ethernet
Output data	3D spatial coordinates, reflection intensity, timestamp
Power consumption (Balanced Mode)	27W
Power consumption (High performance mode)	30W
Time synchronization	$GPRMC with 1pps, PTP & gPTP
Dimensions (WxDxH)	125mm x 125mm x H128mm

❓ Frequently Asked Questions (FAQ)

What is the RoboSense Ruby Plus LiDAR sensor?

This is an advanced hybrid LiDAR sensor with 128 beams and a range of up to 250 meters, designed for autonomous driving and complex robotic applications.

What is the maximum detection range of the sensor?

The sensor can detect objects at a distance of up to 250 meters, or 240 meters at 10% reflectivity according to the NIST standard.

What angular accuracy does the sensor offer?

In Balance mode, it provides vertical and horizontal angular resolution of 0.2°/0.4°, while in High performance mode it reaches 0.1°/0.2°.

What are the available operating modes and their consumption?

The sensor offers Balance (27W consumption) and High performance (30W consumption) modes, which allow you to optimize performance and efficiency.

What data does the sensor provide and with what protocol?

The sensor provides 3D spatial coordinates, reflection intensity, and timestamp via UDP packets over Ethernet.

What are the physical dimensions of the sensor?

The sensor dimensions are 125mm x 125mm x 128mm (width x length x height).

For which applications is the sensor best suited?

It is ideal for autonomous vehicle driving, advanced mobile robotics, 3D mapping, and navigation systems with high demands on accuracy and speed.

Can the sensor be synchronized with other systems?

Yes, the sensor supports precise time synchronization using $GPRMC with 1pps, PTP and gPTP, which makes it easy to integrate with other sensors and systems.