Electro-Optical and Thermal Imaging Systems

Laser Rangefinding and Designation Systems

MAXXCONTROL offers laser technologies for diverse rangefinding and target designation requirements. Our portfolio includes laser rangefinders, LRF modules, target designators, and solutions combining thermal imaging with laser rangefinding. Products are evaluated based on range, accuracy, integration, and application requirements to support the selection of suitable solutions for different platforms and applications.

Golf Laser Rangefinder
MC-LMS 001

Designed to measure target distances on golf courses, this device offers ±1 yard measurement accuracy, flag lock, and slope compensation. Its multilayer optical system and digital processor support target imaging and distance measurement. Its compact design makes it suitable for portable use.

Tactical Laser Rangefinder
MC-LMS 002

The Tactical Laser Rangefinder is designed for precise distance measurement across varying ranges. It supports adjustable measurement ranges, angle compensation, and multiple target acquisition with distance measurement capabilities. Its rugged construction provides resistance to water, dust, and impact for use in diverse environmental conditions. Optional power supply configurations support different application requirements.

Infrared Laser Rangefinder
MC-LMS 003

The Infrared Laser Rangefinder offers configurable features for precise distance measurement across diverse applications. Measurement accuracy and pulse repetition rate can be customized according to requirements, while angle compensation and area and volume calculations can be integrated. Bluetooth or Wi-Fi connectivity can also be incorporated. IP68 protection options and high humidity resistance support operation in demanding environments. Software customization and data processing capabilities enable integration of measurement data with existing systems.

Mini Target Designator
MC-LMS 004

The Mini Target Designator is a compact and lightweight electro-optical device designed for portable use and integration into various platforms. It supports laser designation, target positioning, angle compensation, and environmental sensing. Night vision and infrared imaging capabilities enable operation in low-light conditions. According to manufacturer specifications, it weighs less than 500 g, offers measurement accuracy of up to ±0.5 m, and provides a working range of up to 10 km, with different options available for specific application requirements.

Miniature Laser Designator
MC-LMS 005

The Miniature Laser Designator is a compact and lightweight laser system designed for portable use and integration into various platforms. It supports target designation and laser marking functions, with optional integration of night vision and infrared imaging systems. Ruggedized design options provide resistance to water, dust, and impact, making it suitable for vehicles, drones, and similar platforms across diverse applications.

Hunting Laser Rangefinder
MC-LMS 006

The Hunting Laser Rangefinder is designed for precise distance measurement between targets, offering a 5–500 m measurement range and accuracy of up to ±0.5 m according to manufacturer specifications. Its compact and ergonomic design supports one-handed operation, while ruggedized options provide suitability for outdoor use in demanding conditions. In addition to distance measurement, it can be used for golf, nature observation, and similar applications.

Thermal Rangefinding Module
MC-LMS 007

The Thermal Rangefinding Module combines thermal imaging and infrared sensing technologies with distance measurement capabilities. It is designed to support rangefinding in low-light conditions and environments with visibility limitations such as fog and smoke. Its compact and lightweight design enables integration into portable devices and unmanned systems. By combining thermal imaging and range data, it provides solutions for surveillance, terrain measurement, and various imaging applications.

Thermal Imaging Rangefinder
MC-LMS 008

The Thermal Imaging Rangefinder combines thermal imaging and laser rangefinding technologies in a single device. Its thermal sensor provides thermal profiles of objects, while the laser rangefinder determines the distance to the target. Designed for low-light conditions, it combines thermal imaging and range data for applications such as surveillance, terrain observation, and search and rescue.

7 km LRF Module
MC-LMS 009

The 7 km LRF Module is a laser rangefinding solution designed for distance measurement up to 7 km. Advanced laser technology and optical sensors provide precise range data. Supporting single-shot, continuous, and angle measurement modes, the module can be configured with different measurement units, screen options, and output formats to meet specific system and application requirements.

7 km Laser Rangefinder
MC-LMS 010

The 7 km Laser Rangefinder is a compact device designed for precise distance measurement, weighing only 130 g. According to manufacturer specifications, it offers a measurement range of up to 10 km, 1 m measurement accuracy, a low power consumption, an operating temperature range of −40 °C to +65 °C, and specified impact resistance. Its compact design supports integration into surveillance systems, handheld devices, and unmanned platforms.

12 km LRF Module
MC-LMS 011

The 12 km LRF Module is a compact laser rangefinding component designed for integration into various electro-optical systems. With a manufacturer-specified measurement range of up to 12 km, it is suitable for applications requiring long-range distance measurement. Its modular design supports integration into surveillance, reconnaissance, unmanned systems, and industrial measurement applications. Product specifications are subject to the required system configuration and technical requirements.

5 km LRF Module
MC-LMS 012

The 5 km LRF Module is a laser-based distance measurement component designed for integration into systems requiring precise range measurement. With a measurement range of up to 5 km, it can be used in electro-optical systems, surveillance platforms, and unmanned systems where target distance measurement is required. Its compact modular design provides flexibility for system integration, enabling precise rangefinding according to the application scenario and system requirements.