Avia LiDAR sensor

  1. Processes over 240,000 points per second.
  2. Covers a scanning range of up to 450 meters.
  3. Operates efficiently with a low power requirement.
  4. Generates high-resolution 3D point clouds for precision.
  5. Adaptable for large-scale mapping or focused data collection.
1 Year Warranty
After Sales Service
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Description

Introducing Avia LiDAR sensor

The Livox Avia is a high-performance LiDAR sensor designed for diverse applications, including robotics, autonomous vehicles, and mapping. It features cutting-edge technology for precision and efficiency, offering compact size, high resolution, and extensive detection range. With advanced algorithms for seamless integration and enhanced environmental adaptability, Avia delivers reliable performance for various industrial and research scenarios.

Features 

Feature Details
Detection Range Up to 450 meters in optimal conditions.
Field of View Horizontal: 70.4°; Vertical: 4.5°.
Point Density High point density for detailed mapping.
Weight Compact and lightweight at 498 grams.
Power Consumption Low power usage for prolonged operations.
Scanning Patterns Versatile patterns for application-specific needs.
Weather Resistance Reliable in various weather conditions.
Integration Compatible with multiple platforms and systems.
Data Output High-speed and reliable data transmission.
Applications Ideal for mapping, navigation, and surveillance.

Long Detection Range

The Livox Avia dynamically adjusts its detection range based on ambient light intensity while effectively minimizing noise. Under low-light conditions, such as at night, indoors, or on overcast days, its range extends up to 450 meters, enabling precise capture of distant objects in great detail.

Avia LiDAR Sensor

Dual-Scanning Mode

The Livox Avia leverages multi-line lasers and high-speed scanning to deliver a point cloud data rate of up to 240,000 points per second. It supports both repetitive and non-repetitive scanning modes, offering versatility to suit diverse application scenarios.

Non-repetitive Circular Scanning

In non-repetitive scanning mode, the system increases its coverage area over time, enhancing the detection of objects and fine details within the field of view. This mode is particularly effective for applications like traditional mapping and low-speed autonomous driving, where comprehensive area coverage is crucial.

Repetitive Line Scanning

The repetitive scanning mode of the Livox Avia is optimized for applications demanding high precision and uniform point cloud distribution. It excels in scenarios such as mapping agricultural fields, forests, and hill slopes, as well as inspecting construction sites where consistent and accurate data collection is crucial.

Light, Compact, and Easily Integrated

The Livox Avia is designed for effortless connectivity using a standard conversion cable, ensuring quick setup. Its inclusion of M12 circular connectors makes it ideal for installations in confined spaces, enhancing its adaptability across various integration scenarios.

Diverse Application Scenarios

Power Line Surveying and Mapping

Avia’s long-range capability enables mapping at higher altitudes with improved efficiency. Its specialized spot shape offers enhanced resolution and range for thin structures like power lines, while the repetitive scanning mode ensures precise surveying and mapping.

Forestry Surveying and Mapping

In terrain-focused scenarios, Avia’s triple-return feature captures extensive point clouds from canopies and terrains, ensuring detailed data collection for critical natural environment surveys and mapping.

Mobile Surveying and Mapping

Weighing under 500g, Avia is optimized for mobile applications where space and weight constraints are critical. Its built-in inertial measurement unit (IMU) provides spatial posture and acceleration data, enhancing system design flexibility.

Smart Cities

With a 70°+ field of view, Avia captures large-scale point clouds in a single scan. Its long-range capabilities and non-repetitive scanning mode generate high-density, high-resolution point cloud models over time, ideal for urban mapping need

Specifications 

Specification Details
Model AVIA
Laser Wavelength 905 nm
Laser Safety Class 1 (IEC60825-1:2014) (Eye Safety)
Detection Range (@ 100 klx) 190 m @ 10% reflectivity; 230 m @ 20% reflectivity; 320 m @ 80% reflectivity
Detection Range (@ 0 klx) 190 m @ 10% reflectivity; 260 m @ 20% reflectivity; 450 m @ 80% reflectivity
Field of View (FOV) Non-repetitive: 70.4° (H) × 77.2° (V); Repetitive: 70.4° (H) × 4.5° (V)
Range Precision (1σ @ 20 m) 2 cm
Angular Precision (1σ) < 0.05°
Beam Divergence 0.28° (Vertical) × 0.03° (Horizontal)
Point Rate 240,000 points/s (first/strongest return); 480,000 points/s (dual return); 720,000 points/s (triple return)
Data Latency ≤ 2 ms
Data Port 100 Mbps Ethernet
Data Synchronization IEEE 1588-2008 (PTPv2), PPS (Pulse Per Second), GPS (PPS + UTC)
False Alarm Rate (@ 100 klx) < 0.0003%
IMU Built-in model: BMI088
Operating Temperature -4°F to 149°F (-20°C to 65°C)
IP Rating IP67 (excluding Livox Converter 2.0 and cables)
Power Consumption Repetitive: 9 W (Startup: 16 W); Non-repetitive: 8 W (Startup: 16 W)
Power Supply Voltage Range 10 ~ 15 V DC (with Converter 2.0: 9 ~ 30 V DC)
Noise 40 cm omnidirectional < 45 dBA
Dimensions 91 × 61.2 × 64.8 mm
Weight 498 g (without cables)

Notes:

  1. All measurements are conducted at 25°C with specific targets under controlled conditions.
  2. False alarms are tested under 0 to 100 klx at 25°C.
  3. Detailed power requirements and IP rating exceptions are available in the user manual.

 

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