Remote Controlled Lightweight Miniature Reconnaissance Robot

Remote-controlled Lightweight Miniature Reconnaissance Robot

Description and Features

The JP R30S is a versatile, compact reconnaissance robot designed for rapid deployment in high-risk environments. Its innovative wheel-track hybrid system allows it to traverse a wide range of challenging terrains, such as underground pipes, caves, jungles, and grasslands. The robot can be deployed by throwing it into the scene or breaking through windows to enter buildings, making it highly effective for reconnaissance missions. Equipped with "dual vision" technology, which includes a front thermal imaging sensor and a rear visible light sensor, the R30S is capable of capturing both thermal and visible light images, ensuring optimal performance during both day and night operations. The Auxiliary-Support-Arm allows the robot to self-right if overturned, providing continuous operational capability.

With a weight of ≤3 kg (including the battery), the JP R30S maintains excellent mobility while offering a detection distance of up to 50 meters in daylight and 25 meters at night. It features a horizontal field of view of ≥60°, obstacle clearance of ≥10 cm, and the ability to climb gradients of up to 35°, ensuring adaptability across various terrains. Designed to withstand impacts from drops of up to 4 meters and featuring an IP67 waterproof rating, the R30S is built for durability in extreme conditions. The robot operates for ≥2 hours on a single charge, while its controller, weighing ≤1.2 kg, has a runtime of ≥3.5 hours, providing reliable remote operation at distances of up to 350 meters outdoors and 50 meters indoors.

Composite Wheel-Crawler Design — Superior Terrain Adaptability

The "Composite Wheel-Crawler Design" delivers exceptional terrain traversal capabilities, allowing the robot to navigate rugged landscapes such as jungles, underground tunnels, and grasslands with ease, significantly enhancing mission flexibility and success in challenging environments.

Dual-Mode Observation — Enhanced Day and Night Vision

With "Dual-Mode Observation," the robot integrates visible light and thermal imaging technologies, enabling it to operate efficiently in both day and night scenarios. This seamless switch between observation modes improves reconnaissance accuracy and overall mission adaptability.

Unique Arm Design — Quick Self-Righting Capability

The "Unique Arm Design" allows the robot to quickly adjust its posture if overturned, ensuring continuous operational readiness. This self-righting capability minimizes downtime and increases operational efficiency in fast-paced environments.

Impact-Resistant Construction — Durable and Deployable

Built with "Impact-Resistant Construction," the robot can withstand being thrown into target areas, ensuring that it remains functional even in rough deployment conditions. This durable design provides operators with the confidence to execute high-risk missions without compromising performance.

Four Thermal Imaging Modes — Versatile Visualization

The robot offers "Four Thermal Imaging Modes," including white heat, black heat, pseudo-color, and outline displays. These modes allow operators to choose the most suitable visualization method for different operational conditions, enhancing the robot’s effectiveness in detecting and analyzing heat signatures.

Three Speed Settings — Adjustable Mobility for Varied Environments

Equipped with "Three Speed Settings," the robot can adjust its speed to match the demands of various tactical situations, providing greater control and flexibility. This feature ensures efficient movement whether navigating through confined spaces or covering larger areas quickly.

Graphically Dual-Mode Control — Intuitive and Precise Operation

The "Graphically Dual-Mode Control" system combines graphical touch and joystick control, offering operators intuitive and precise handling of the robot in real-time. This dual-mode setup enhances user interaction and ease of use during complex missions.

IR Auxiliary Illumination — Clear Vision in Low-Light Conditions

Featuring "IR Auxiliary Illumination," the robot ensures clear visibility in low-light and nighttime environments. This capability allows operators to conduct reconnaissance and tactical operations with confidence, even in complete darkness.

Picture-in-Picture (PIP) Display — Enhanced Operational Awareness

The "Picture-in-Picture (PIP) Display" enhances situational awareness by displaying thermal imaging and visible light views simultaneously. This feature provides operators with comprehensive and real-time visual information, improving decision-making in critical moments.

Applications

Image Gallery

Technical Parameters

Contact Us

Ms. Amy

Email : amy-huang@mysmech.com