0
Advanced OEM Laser Distance Sensors
High-Performance Measurement Solutions Engineered for Global System Integration
- MAX RANGE: 20km
- PRECISION: ±1m
- WAVELENGTH: 1535nm 905nm
- INTERFACE: RS422/TTL
- CORE CAPABILITY: LONG-RANGE TARGET ACQUISITION
- ENVIRONMENT: -40°C TO +85°C OPERATIONAL
- INTERFACE: FULL SDK & ICD DOCUMENTATION
- SHOCK RESISTANCE: 1200G HIGH-DYNAMIC STABILITY
SWaP-Optimized Integration (≤16g)
Integration Challenge: Excessive sensor weight in micro-gimbals and FPVs shifts the center of gravity (CG) and reduces operational endurance.
Technical Strategy: High-density optoelectronic integration allows for 1.5km+ ranging capabilities without the need for platform re-balancing.
Key Specs: Weight: 10g - 16g | Power Consumption: ≤ 1.0W
Applicable Models: NTLRA1000B / NTLRA1200B / NTLRA1500B / NTLRA2000B
All-Series Industrial Wide-Temperature Reliability
Integration Challenge: Outdoor integration demands data stability across extreme thermal fluctuations without non-linear drift.
Technical Strategy: Ruggedized thermal design is a standard feature, ensuring reliable operation from -40°C to +65°C across the entire product line.
Key Specs: Accuracy: ±0.05m (Exclusive to NTLRA200M) | Operating Temp: -40°C to +65°C (Full Series Standard)
Applicable Models: NTLRA200M (High-Precision) / NTLRA2000C / NTLRA Full Series (13 Models) / NTLRB Full Series (24 Models)
Tactical Precision Acquisition: 3km-8km UAV Locking
Integration Challenge: Micro-UAVs (Mavic/Phantom class) with low RCS and low reflectivity are difficult to lock onto, leading to signal loss.
Technical Strategy: Enhanced SNR algorithms and high-frequency sampling (up to 20Hz) ensure continuous, stable locking on low-reflectivity targets.
Key Specs: Sampling Rate: 10Hz - 20Hz | Success Rate: ≥ 99% for small RCS
Applicable Models: NTLRU3000A / NTLRB3000A / NTLRB3000B / NTLRB3200A / NTLRB3500A / NTLRB4000A / NTLRB4000B / NTLRB5000A / NTLRB5000B / NTLRB5300A / NTLRB6000A / NTLRB7000U / NTLRB7300A / NTLRB8000A / NTLRB8000B / NTLRB8000K
Strategic BVR Early Warning: 10km-20km Detection
Integration Challenge: Atmospheric attenuation over distances exceeding 10km significantly reduces return signal energy for BVR targets.
Technical Strategy: Large-aperture receiver optics and high-energy pulse technology capture precise spatial coordinates for long-range radar-link systems.
Key Specs: Max Range: 20,000m | Interface: RS422 / TTL (Standard Digital Output)
Applicable Models: NTLRB9000A / NTLRB9500A / NTLRB10500A / NTLRB12000L / NTLRB17500A / NTLRB20000A
Class 1 Eye-Safety & 1535nm Tactical Stealth
Integration Challenge: Systems must meet IEC 60825-1 safety standards for public use, while tactical missions require LPI (Low Probability of Intercept).
Technical Strategy: Both 905nm and 1535nm series are certified Class 1 eye-safe. The 1535nm modules offer superior stealth as they are invisible to standard NVGs.
Key Specs: Safety Level: IEC 60825-1 Class 1 | Stealth: 1535nm Covert Waveband
Applicable Models: NTLRA 905nm Series / NTLRB 1535nm Series
1200g High-Shock Reinforced Integration
Integration Challenge: High-recoil or ballistic impact environments (≥ 1000g) can cause optical axis misalignment and internal structural damage.
Technical Strategy: Stress-buffered mechanical frames and reinforced optoelectronic mountings maintain boresight alignment after repeated shocks.
Key Specs: Shock Resistance: 1200g, 1ms | Build: Reinforced Aviation-Grade Alloy
Applicable Models: NTLRB3000A / NTLRB5000A / NTLRB5000B / NTLRB8000B / NTLRB9000A / NTLRB9500A
Range Gating for Environmental Clutter Suppression
Integration Challenge: Near-field interference from sea spray, rain, or heavy fog can cause false alarms and "zero-distance" measurement errors.
Technical Strategy: Hardware-level Range Gating masks foreground noise, allowing the sensor to isolate and identify true target echoes in specific sectors.
Key Specs: Gating Zone: User-Configurable | Update Rate: 1Hz - 10Hz
Applicable Models: NTLRB2500A / NTLRB3000B / NTLRB5300A / NTLRB7000U / NTLRB20000A (Flagship)
Surveying-Grade Linear Accuracy(±1.0m)
Integration Challenge: GIS mapping and terrain analysis require strict data consistency (±1.0m) without non-linear drift across the entire measurement scale.
Technical Strategy: Optimized timing circuitry (TDC) ensures that absolute measurement error remains stable for high-fidelity 3D modeling and power line inspection.
Key Specs: Accuracy: ±1.0m (Standard for Surveying) | Ranging Capacity: Full-scale linearity
Applicable Models: NTLRB2500A / NTLRB3200A / NTLRA1000A / NTLRA1200A / NTLRA1500A / NTLRA2000A / NTLRA2500A / NTLRA3000A
Multi-Echo Discrimination in Obscured Environments
Integration Challenge: Targets hidden behind smoke, foliage, or power lines cause single-echo sensors to report inaccurate or conflicting distances.
Technical Strategy: Advanced signal extraction logic allows the module to simultaneously track and output data for up to 3 distinct target echoes.
Key Specs: Echo Detection: 3 Targets | Technology: 1535nm Multi-pulse Logic
Applicable Models: NTLRB Full Series / NTLRA2500B
Specialized C-UAV: Low RCS Target Capture
Small Target Identification & Tracking Series (NTLRU3000A)
Integration Challenge: Micro-UAVs (carbon-fiber/plastic) have extremely low RCS, leading to frequent "signal loss" in tracking loops.
Technical Strategy: Enhanced sensitivity thresholding and SNR optimization designed specifically for Mavic/Phantom class aerial targets.
Key Specs: Capture Prob: ≥ 99% for Small RCS | Range: 3km - 5km Optimization
Applicable Models: NTLRU3000A (UAV Specialized)
Core Technical Solutions
Advanced ICT integration and high-precision drone payloads designed for mission-critical applications and global communication infrastructures.
905nm
Semiconductor Laser Modules
A highly mature and cost-effective solution for short-to-medium range sensing. Its compact design and low power consumption make it ideal for mass-market integration and portable devices.
- Small size & low cost: Ideal for embedding in devices with strict space and budget requirements.
- High efficiency & Low power consumption: Direct electrical injection excitation, perfect for battery-powered mobile devices.
- Long lifespan: Can reach tens of thousands or even over 100,000 hours of use.
- High maturity: Stable supply chain with diverse, proven options.
- Limited distance: Restricted by safety regulations and lower power, making ultra-long ranging difficult.
- Average anti-interference: Performance may decrease in strong sunlight backgrounds.
Application Scenarios:Autonomous driving, service robots, logistics UAVs, smart homes, and consumer-grade AR ranging.
1535nm
Er-Glass Eye-Safe Sensors
The ultimate solution for high-performance ranging. Known for its exceptional eye safety and ability to penetrate complex environmental conditions, making it the top choice for strategic and professional applications.
- Extremely high eye safety: 1535nm/1570nm wavelength is absorbed by the human eye's anterior part, protecting the retina. Allows higher output power.
- Long ranging distance: Capable of reaching several kilometers or even further.
- Strong penetration: Better performance in harsh weather (fog, haze, dust) compared to 905nm.
- High anti-interference: Low solar background radiation at this band, resulting in a higher signal-to-noise ratio during daytime.
- Large size and heavy weight due to complex pump source.
- Higher manufacturing and calibration costs (expensive Erbium glass crystals).
- Relatively lower efficiency with higher heat generation.
Application Scenarios:Military target designators, border defense reconnaissance, and professional UAV payloads where extreme safety and long distance are required.
Key Technical Features
1
Ultra-Long Detection & Low Blind Zone
Achieves industry-leading long-range detection while suppressing short-range blind zones for a wider operational scope.
2
Ultra-Compact & Lightweight Design
Minimalist form factor optimized for weight-sensitive UAV payloads and space-constrained integration.
3
Extreme Temperature Adaptability
Reliable operation in complex climates, ranging from freezing sub-zero conditions to scorching outdoor heat.
4
Ultra-Low Power Consumption
High-efficiency electronics architecture that significantly extends the runtime of battery-powered mobile devices.
5
Standardized OEM Communication
Universally supported TTL, UART, and RS422 interfaces allow your engineering team to establish data links instantly without custom hardware adjustments.
6
Industrial-Grade Reliability
Built to operate stably in extreme outdoor conditions with wide operating temperature ranges (-40°C to +65°C).
Next-Gen Sensing for Diverse Drone Platforms
From lightweight micro-drones to long-range tactical platforms, our modules offer seamless SDK integration and rugged GJB-standard reliability.
Fully Customizable Parameters
We offer tailored solutions for specific ranging distances and mechanical dimensions to meet your unique needs.
7
High Precision & Low False Alarm Rate
Delivers ≥98% accuracy and ≤2% false alarm rate, providing reliable data for automated decision-making.
8
Comprehensive PC Software & SDK
SDK Includes a full software suite and SDK for seamless secondary development and real-time data analysis.