Precision inertial solutions for autonomous logistics vehicles

Autonomous systems for industrial logistics include automated vehicles and robotic systems designed specifically for urban settings, outdoor warehouses or industrial yards, and other private sites. These autonomous systems give you an efficient, economical, and always-available mobility option for goods transportation. They suit well many applications, such as cargo and baggage handling at airports, automated container movements at port terminals, and deliveries to campuses or in city centers.

Multi-sensor fusion equipped vehicles are particularly useful in large-scale industrial sites, where traditional logistics solutions may struggle due to severe environmental conditions (cranes, high buildings, metal infrastructures, large vessels in ports blocking GNSS signal receptions). All autonomous vehicles, such as autonomous guided vehicles (AGVs) and autonomous mobile robots (AMRs), are equipped with advanced sensors, cameras, LiDAR, GNSS, and inertial navigation systems (INS) to navigate without human intervention.

Home Vehicles Industrial logistics

Ensuring safe operations

Our sensors are integrated with these autonomous vehicles, to continuously collect data about their position and orientation, allowing for real-time adjustments and strategic planning based on insights.

Autonomous systems can adapt to various terrains and environments, and their deployment can be scaled up based on operational needs.

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Increasing efficiency

Industrial logistics’ autonomous systems operate continuously without fatigue, optimizing time and resources in material transport and other logistics operations. They reduce human involvement in dangerous environments, lowering accident rates and improving overall safety in industries like mining or construction.

Automated conveyor belts, sorters, and cranes move items between storage areas, loading docks, and production lines, improving the flow of goods and reducing manual labor. Automation speeds up processes, such as order picking, packing, and shipping, enabling businesses to handle larger volumes of goods with fewer delays.

Key benefits of these solutions include process optimization, increased efficiency, and greater safety for employees.

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Delivering real-time positioning

Our real-time positioning systems provide operators with location-relevant data and helps make the logistics process faster and smoother.

Not only can a locating system help increase productivity, but it also enables automated real-time decision-making and identification of hidden costs.

Indoor positioning in industry and logistics makes the locations of goods and employees visible and allows for analysis, coordination, and optimization of manufacturing and logistics processes.

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Our strengths

Our systems combine advanced inertial sensors to deliver accurate real-time positioning and motion data for industrial logistics.

Accurate asset tracking Precise positioning and motion data, ensuring efficient tracking and management of assets.

Enhanced automation and efficiency Enables seamless navigation and optimized workflow in warehouses and distribution centers.

Made for challenging environments Maintains accuracy in GPS-denied or complex indoor environments.

Compact and easy integration Lightweight and compact design for straightforward integration into industrial equipment.

Solutions for industrial logistics

Discover how our sensors integrate seamlessly with industrial logistics platforms to deliver reliable performance, even in the most challenging conditions.

Pulse-40

Pulse-40 IMU is ideal for critical applications. Make no compromise between size, performance, and reliability.

Tactical grade IMU 0.08°/√h noise gyro 6µg accelerometers 12-gram, 0.3 W

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Pulse-40

Achieve tactical grade while maintaining a smart balance of performance in a 12-gram and 0.3 W sensor.
High measurement range (2000°/s and 40g). Variant with limited range has no export control.
Very low noise gyro (0.08°/√hr) and accelerometers (0.02m/s/√hr) and high bandwidth (480Hz).
Factory calibrated for bias, scale factor and axis misalignment. Rigid mechanical frame for integration without recalibration.

Ellipse-D

Ellipse-D is the smallest Inertial Navigation System with dual-antenna GNSS, offering precise heading and centimeter-level accuracy in any condition.

INS Dual Antenna RTK INS 0.05 ° Roll and Pitch 0.2 ° Heading

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Ellipse-D

The smallest Inertial Navigation System integrating a Dual-antenna, multi-band GNSS receiver.
Provides attitude, heading, heave as well as navigation outputs.
Immune to magnetic distortions
Delivers outstanding performance with centimeter precision (RTK) and RAW data output for post-processing applications.

Ekinox Micro

Ekinox Micro is a compact, high-performance INS with dual-antenna GNSS, delivering unmatched accuracy and reliability in mission-critical applications.

INS Internal GNSS single/dual antenna 0.015 ° Roll and Pitch 0.05 ° Heading

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Ekinox Micro

ITAR Free, designed and manufactured in France, and has no export restriction.
Small and lightweight, yet tough enough to be used in the toughest environments.
Plug-and-play with ethernet connectivity
REST API for configuration, and multiple input/output formats.

Industrial applications brochure

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Case studies

Discover our case studies related to your application.

Cordel

Railway maintenance with Quanta Plus and Qinertia

LiDAR mapping

Lidar Point Cloud With Modelled Kinematic Envelope For Railway Maintenance

VSK Global

INS solutions for mobile mapping excellence

Mobile mapping

Yellowscan

Perfect accuracy and efficiency in LiDAR mapping with Quanta Micro

LiDAR mapping

Discover all our case studies

They talk about us

Hear first hand, from the innovators and clients who have adopted our technology.

Their testimonials and success stories illustrate the significant impact our sensors have in practical UAV navigation applications.

University of Waterloo

“Ellipse-D from SBG Systems was easy to use, very accurate, and stable, with a small form factor—all of which were essential for our WATonoTruck development.”

Amir K, Professor and Director

Fraunhofer IOSB

“Autonomous large-scale robots will revolutionize the construction industry in the near future.”

ITER Systems

“We were looking for a compact, precise and cost-effective inertial navigation system. SBG Systems’ INS was the perfect match.”

David M, CEO

Explore more industrial applications

Discover how our advanced inertial navigation systems and motion sensors are transforming a wide range of autonomous vehicles applications. From land-based robots to underwater vehicles, our solutions enable precise, reliable performance in diverse and challenging environments. Explore how we support the evolution of autonomous technologies with our cutting-edge solutions.

Industrial UAV inertial systems Autonomous farming systems Autonomous construction machinery

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What is an automated guided vehicle?

An automated guided vehicle, or AGV, is a type of mobile robot used in industrial applications to transport materials and products within a facility without human intervention.

AGVs are guided by various technologies such as magnetic strips, lasers, inertial sensors, or cameras that allow them to navigate predetermined paths and avoid obstacles.They are commonly used in industries like manufacturing, warehousing, and logistics to automate tasks like moving pallets, raw materials, or finished goods.

AGVs improve efficiency, reduce labor costs, and enhance safety by performing repetitive tasks autonomously. They play a key role in modern automated industrial systems.