In the rapidly advancing field of mobile robotics, obstacle avoidance and accurate distance measurement are key to ensuring smart devices operate successfully in complex environments. As a leading provider of 3D vision solutions for mobile robots, MRDVS of Lanxin Robotics has achieved full coverage of perception ranges, from near to far and from indoor to outdoor environments. MRDVS has launched its latest innovative products: the S10 Pro and S10 dToF obstacle avoidance cameras, based on advanced onboard LiDAR technology, offering high-performance solutions for long-range obstacle detection in complex environments.

dToF Obstacle Avoidance Cameras Designed for Complex Mobile Robot Work Environments

The S10 Pro and S10 feature a depth resolution of 240 × 160, capturing real-time depth and texture information to provide stable long-distance perception for low-speed unmanned vehicles, forklifts, drones, mowers, and more. These cameras are suitable for a variety of indoor and outdoor applications, including obstacle avoidance, end-effector identification for construction machinery, pile hole measurement, smart traffic, warehousing logistics, and security. The S10 Pro supports detection up to 18 meters, ideal for long-range perception, while the S10 offers a more cost-effective solution within an 8-meter range.

Key Highlights of the S10 Pro and S10

• Precise Long-Distance Perception and Motion Blur Resistance Using dToF technology, these cameras accurately measure distances in complex, dynamic indoor and outdoor environments, providing stable and clear depth data for fast-moving unmanned vehicles, forklifts, drones, and more.

• Powerful Resistance to Multi-Path Effects Compared to iToF, the S10 Pro and S10 better handle overlapping and interference from reflective signals in narrow environments, offering more reliable distance measurements.

• High Reflective Object and Dynamic Reflectivity Adaptability The S10 Pro and S10 can extract depth information more accurately when encountering high-reflectivity objects, ensuring stability and high efficiency in high-dynamic range scenarios.

• Low Power Consumption and High Response Speed Both the S10 Pro and S10 maintain low power consumption while achieving fast response speeds (up to 20fps), ensuring timely reaction to sudden obstacles in real-time applications, providing efficient and accurate obstacle avoidance.

• Multi-Machine Operation Support In collaborative multi-robot environments, the S10 Pro and S10, optimized with dToF chips, avoid interference, enabling multiple devices to work simultaneously.

• Outdoor Strong Light Capability The S10 Pro and S10 feature exceptional sunlight resistance, with the S10 Pro maintaining a detection range of up to 15 meters even under 100kLux of sunlight.

• Built-in Obstacle Avoidance Algorithm and Direct Signal Output via I/O Ports Users can choose between two operation modes: transmitting point cloud data via Ethernet for integration into existing obstacle avoidance systems, or directly using the built-in obstacle avoidance algorithm to send deceleration or stop commands to the controller via I/O ports.

MRDVS iToF vs dToF Camera Selection Guide

Both dToF (direct time of flight) and iToF (indirect time of flight) technologies have unique advantages. dToF, with its fast distance measurement and anti-interference capabilities, is more suitable for medium to long-range complex scenarios, while iToF excels in high-precision recognition at short ranges, ideal for detection applications within 5 meters. MRDVS effectively combines the strengths of both technologies to provide more accurate and efficient distance perception solutions for different scenarios.

dToF vs iToF Technology Comparison

MRDVS: Innovation-Driven, Empowering the Future

MRDVS is committed to driving innovation in mobile robot perception technology. By deeply understanding industry needs and addressing partners' pain points, MRDVS continues to optimize product design. The launch of the S10 Pro and S10 provides reliable perception solutions for mobile robots transitioning from indoor to outdoor environments. We will continue to collaborate with industry partners to create more stable, secure, and intelligent robotic applications for the future.