Anmeldung

Warenkorb

Ihr Warenkorb ist derzeit leer.

Jetzt einkaufen
Gesamt
$0.00 USD
  • 905nm Laser Rangefinder Module 1000m Compact Sensor
  • 905nm Laser Rangefinder Module 1000m Compact Sensor
  • 905nm Laser Rangefinder Module 1000m Compact Sensor
  • 905nm Laser Rangefinder Module 1000m Compact Sensor
  • 905nm Laser Rangefinder Module 1000m Compact Sensor
  • 905nm Laser Rangefinder Module 1000m Compact Sensor
1 / 6

905nm Laser Rangefinder Module 1000m Compact Sensor

LR1000C3

MOQ

After-Sales Support

OEM/ODM Capabilities

Support Global Delivery
30-day TrialTake
905nm Laser Rangefinder Module 1000m Compact Sensor 905nm Laser Rangefinder Module 1000m Compact Sensor 905nm Laser Rangefinder Module 1000m Compact Sensor 905nm Laser Rangefinder Module 1000m Compact Sensor 905nm Laser Rangefinder Module 1000m Compact Sensor 905nm Laser Rangefinder Module 1000m Compact Sensor

PRODUCT DESCRIPTON

The ERDI LASER® LR1000C3 is a new-generation compact 905nm laser rangefinder module designed for high-precision distance measurement in size- and weight-sensitive applications. Based on advanced Time-of-Flight (ToF) technology, it provides stable and accurate ranging from 4 m to 1000 m, with an adaptive refresh rate of 3–10 Hz to meet dynamic measurement requirements. 

With its ultra-compact structure and low power design, the LR1000C3 is ideal for integration into UAV payloads, handheld electro-optical devices, and embedded industrial systems. The module supports a UART-TTL interface and is delivered with test software and communication protocols, enabling fast integration and efficient secondary development. Designed for reliability and flexibility, it performs consistently across various environments, making it suitable for both portable devices and professional measurement systems.

Key Advantages

  • High-Precision Ranging Performance: Delivers ±1 m accuracy within 500 m and enhanced precision for extended distances up to 1000 m.
  • Ultra-Compact & Lightweight: Small form factor (30 × 19 × 29 mm) and ≤16 g weight, ideal for compact systems and UAV integration.
  • Adaptive Measurement Rate: Supports 3–10 Hz adjustable ranging frequency for both static and dynamic applications.
  • Low Power Consumption Design: Optimized for embedded and battery-powered devices with ultra-low standby and sleep power.
  • Easy Integration & Development: UART-TTL interface with full protocol documentation for seamless system integration.
  • Reliable & Robust Performance: High measurement reliability (≥98%) with low false alarm rate (≤1%) and strong environmental adaptability.

TECHNICAL PARAMETERS

Parameter

Specification

Laser Wavelength

905 nm ± 5 nm

Laser Beam Divergence

< 6 mrad

Optical Material

Resin aspheric lens

Receiver Aperture

9.2 mm × 14.5 mm

Ranging Range

4 m – 1000 m

Ranging Accuracy

±1 m¹) (≤ 500 m)
±1 m + d × 0.1%²) (500 m < d < 1000 m)

Ranging Frequency

3 Hz – 10 Hz, adaptive

Valid Measurement Rate

≥ 98%

False Alarm Rate

≤ 1%

Communication Interface

UART-TTL, customizable

Baud Rate

115200 bps

Supply Voltage

3.3 V – 5 V

Startup Time

≤ 200 ms

Startup Inrush Current

≈ 350 mA

Sleep Power Consumption

< 1 mW

Standby Power Consumption

< 0.3 W

Near-Range Power Consumption

< 0.5 W

Long-Range Power Consumption

< 1.2 W

Operating Temperature

−20 °C to +55 °C (−40 °C optional)

Storage Temperature

−40 °C to +60 °C

Protection Rating

IP67 (inside lens cavity)

Laser Safety Class

IEC Class 1

Dimensions

30 mm × 19 mm × 29 mm (square)

Weight

≤ 16 g

Shock

1000 g/ms (10 times/s along the optical axis)

Vibration

5–50–5 Hz, 1 octave/min, 2.5 g

Reliability

MTBF ≥ 1500 h

                    Notes:

                    1）The target size is 2.3m × 2.3m with a reflectivity of 90%.

                    2) The target size is 2.3m × 4.6m with a reflectivity of 90%.

                    3) The accuracy indicated in the table is the accuracy for the white board.

INTERFACE

 

Pin

Definition

Description

1

SW-SHOT

Function Enable (active high)

Note: Compatible with active-low control requirements

2

RXD

Signal input port, Host → Ranging Module

3

TXD

Signal output port, Ranging Module → Host

4

I/O (Reserved)

Reserved for expansion

5

VCC

Power +

6

GND

Power −

Information Download

  • PRODUCT DESCRIPTON

  • TECHNICAL PARAMETERS

  • INTERFACE

  • Information Download

The ERDI LASER® LR1000C3 is a new-generation compact 905nm laser rangefinder module designed for high-precision distance measurement in size- and weight-sensitive applications. Based on advanced Time-of-Flight (ToF) technology, it provides stable and accurate ranging from 4 m to 1000 m, with an adaptive refresh rate of 3–10 Hz to meet dynamic measurement requirements. 

With its ultra-compact structure and low power design, the LR1000C3 is ideal for integration into UAV payloads, handheld electro-optical devices, and embedded industrial systems. The module supports a UART-TTL interface and is delivered with test software and communication protocols, enabling fast integration and efficient secondary development. Designed for reliability and flexibility, it performs consistently across various environments, making it suitable for both portable devices and professional measurement systems.

Key Advantages

  • High-Precision Ranging Performance: Delivers ±1 m accuracy within 500 m and enhanced precision for extended distances up to 1000 m.
  • Ultra-Compact & Lightweight: Small form factor (30 × 19 × 29 mm) and ≤16 g weight, ideal for compact systems and UAV integration.
  • Adaptive Measurement Rate: Supports 3–10 Hz adjustable ranging frequency for both static and dynamic applications.
  • Low Power Consumption Design: Optimized for embedded and battery-powered devices with ultra-low standby and sleep power.
  • Easy Integration & Development: UART-TTL interface with full protocol documentation for seamless system integration.
  • Reliable & Robust Performance: High measurement reliability (≥98%) with low false alarm rate (≤1%) and strong environmental adaptability.

Parameter

Specification

Laser Wavelength

905 nm ± 5 nm

Laser Beam Divergence

< 6 mrad

Optical Material

Resin aspheric lens

Receiver Aperture

9.2 mm × 14.5 mm

Ranging Range

4 m – 1000 m

Ranging Accuracy

±1 m¹) (≤ 500 m)
±1 m + d × 0.1%²) (500 m < d < 1000 m)

Ranging Frequency

3 Hz – 10 Hz, adaptive

Valid Measurement Rate

≥ 98%

False Alarm Rate

≤ 1%

Communication Interface

UART-TTL, customizable

Baud Rate

115200 bps

Supply Voltage

3.3 V – 5 V

Startup Time

≤ 200 ms

Startup Inrush Current

≈ 350 mA

Sleep Power Consumption

< 1 mW

Standby Power Consumption

< 0.3 W

Near-Range Power Consumption

< 0.5 W

Long-Range Power Consumption

< 1.2 W

Operating Temperature

−20 °C to +55 °C (−40 °C optional)

Storage Temperature

−40 °C to +60 °C

Protection Rating

IP67 (inside lens cavity)

Laser Safety Class

IEC Class 1

Dimensions

30 mm × 19 mm × 29 mm (square)

Weight

≤ 16 g

Shock

1000 g/ms (10 times/s along the optical axis)

Vibration

5–50–5 Hz, 1 octave/min, 2.5 g

Reliability

MTBF ≥ 1500 h

                    Notes:

                    1）The target size is 2.3m × 2.3m with a reflectivity of 90%.

                    2) The target size is 2.3m × 4.6m with a reflectivity of 90%.

                    3) The accuracy indicated in the table is the accuracy for the white board.

 

Pin

Definition

Description

1

SW-SHOT

Function Enable (active high)

Note: Compatible with active-low control requirements

2

RXD

Signal input port, Host → Ranging Module

3

TXD

Signal output port, Ranging Module → Host

4

I/O (Reserved)

Reserved for expansion

5

VCC

Power +

6

GND

Power −

Learn More

Technical Highlights
  • Laser Type: 905 nm semiconductor laser (Class 1 eye-safe)
  • Measurement Principle: Time-of-Flight (ToF)
  • Measurement Range: 4 m – 1000 m
  • Accuracy: ±1 m (≤500 m), ±1 m + distance × 0.1% (>500 m)
  • Refresh Rate: 3 – 10 Hz (adaptive)
  • Interface: UART TTL (115200 bps)
  • Power Supply: 3.3 V – 5 V
  • Startup Time: ≤ 200 ms
  • Weight: ≤ 16 g
Applications

The LR1000C3 laser rangefinder module is suitable for:

  • UAV & Drone Systems – distance measurement, navigation assistance, obstacle awareness
  • Thermal Imaging & Night Vision Devices
  • Laser Targeting & Optical Systems
  • Perimeter & Border Security Monitoring
  • Industrial Automation & Smart Infrastructure
  • Railway, Aviation & Communication Systems
  • Outdoor Sports & Portable Measurement Devices
Why Choose ERDI LASER®
  • Professional manufacturer of laser ranging modules and electro-optical systems
  • Extensive experience in UAV, defense, and industrial applications
  • Support for customization and OEM/ODM integration
  • Reliable performance with proven field applications
FAQ

Q1: What is the main difference between LR1000C3 and other 1000m modules?

The LR1000C3 features a more compact square design, lower weight, and adaptive ranging frequency, making it ideal for embedded and space-limited applications.

Q2: Is this module suitable for UAV integration?

Yes, its lightweight design and low power consumption make it highly suitable for UAV and drone systems.

Q3: What communication interface does it support?

It uses a UART-TTL interface, allowing easy integration into embedded platforms.

Q4: How accurate is the module?

It provides ±1 m accuracy within 500 m, with proportional accuracy for longer distances.

Q5: Is the laser safe for human use?

Yes, it meets IEC Class 1 eye safety standards, ensuring safe operation.

Related products
-LRF1000A
-LR1000B23
-LR1000C4
-905nm Laser Rangefinder Module Comparison

 

Looking for a reliable 905nm laser rangefinder module for your system? Contact us today for technical support, customization options, and pricing.

Contact us