Precision-engineered for integration into UAVs, handheld systems, and fire-control platforms, our compact laser rangefinder modules deliver accurate distance measurements in the most demanding environments. Fast, reliable, and OEM-customizable, they support a wide range of targeting and navigation applications.
Our stabilized gimbal camera systems combine visible, thermal, and low-light imaging into lightweight, high-performance payloads. Designed for drones and unmanned platforms, these payloads are ideal for surveillance, mapping, search & rescue, and industrial monitoring.
Engineered for precision and rapid target acquisition, our tactical holographic sights offer rugged construction, wide field of view, and compatibility with day/night operations. Trusted by defense and law enforcement professionals, they enhance accuracy without sacrificing speed.
Fire-Control and Targeting Systems
Tactical Surveillance & Reconnaissance
Border Security & Perimeter Monitoring
Night Vision & Low-Light Combat
Works alongside visible and thermal cameras
Enhances target tracking and geo-referencing
Provides accurate target distance data
Optimized for compact, low-power integration
Power-line & Pipeline Inspection
Wind Turbine & Tower Monitoring
Robotic Arm Positioning
Factory Safety & Measurement Systems
Supports obstacle avoidance and target ranging
Integrates with navigation and control systems
Lightweight for payload-limited platforms
Ready for multi-sensor fusion
Oneyoung Technology Co., Ltd. is a forward-thinking company dedicated to innovation in the optoelcetronic and UAV (unmanned aerial vehicle) industries. We specialize in delivering comprehensive solutions that empower our clients across sectors such as defense, security, mapping, surveillance, and industrial inspection.
With a strong focus on R&D, we manufacture high-performance laser rangefinders and modules, advanced drone gimbal camera systems, and a wide range of infrared and night vision handheld devices. At Oneyoung, we combine technical expertise with a commitment to quality and reliability, aiming to support our global partners with cutting-edge technologies and professional support.
The 1535 nm Erbium-doped glass (Er:Glass) pulsed laser operates in a wavelength band that is widely recognized as eye-safe. At this wavelength, laser radiation is strongly absorbed by the cornea and the aqueous humor before it can reach the retina.
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The ultimate goal of LiDAR and forward-scatter technology is to reduce uncertainty. In aviation, for example, eye-safe laser technology allows for continuous 24/7 monitoring in busy airport environments without risking personnel safety.
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You've received an electro-optical/infrared (EO/IR) pod with a stated "recognition range of 20 km." The real question isn't the specification itself, but how you prove it. Without objective validation, this number is merely a claim.
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Range resolution refers to the ability of a laser rangefinder to distinguish between two objects that are located very close to one another. In more technical terms, it is the minimum detectable difference in distance between two targets that the device can effectively measure.
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