Viewpro Gimbal Cameras

  Viewpro proudly introduces the  Q2 Series , a new generation of compact high-performance gimbal cameras tailored for UAV applications in public safety, industrial inspection, and environmental monitoring. The series now includes two models:  Q2R (dual-sensor)  and  Q2RM (triple-sensor) , both engineered to provide professional imaging and tracking capabilities in a miniature form factor. Q2R  integrates a  1080p visible-light camera  with  640×512 thermal imaging , offering outstanding dual-spectrum performance for target detection in day and night operations. It supports object tracking and IP video output, making it ideal for cost-sensitive missions requiring compact payloads. Q2RM , on the other hand, upgrades the Q2R with a  laser rangefinder  that delivers accurate target distance measurements up to  1200 meters . With EO+IR+LRF combined in one 200g unit, the Q2RM delivers complete situational awareness in dynamic enviro...

  Overview Viewpro  1280 IR thermal gimbals integrate advanced uncooled long-wave infrared sensors (1280×1024, 12 μm) and multi-axis stabilization, supporting object tracking, image fusion, and long-range target identification. These gimbals offer sharp thermal imagery and robust performance in harsh or invisible environments  — including night, smoke, fog, or fire scenes. Applications Search & Rescue Powerline & Infrastructure Inspection Firefighting & Forest Monitoring Law Enforcement & Border Patrol Series Product Details 1.  QIR50T Pro 50mm High-Definition IR Thermal Object Tracking Gimbal Camera (1280×1024) A lightweight and high-performance gimbal equipped with a 50mm IR lens, ideal for long-range thermal detection. IR Thermal: 50mm, 1280×1024, 12 μm Object Tracking:  √ Output: 1080p HDMI / IP / SDI Control: UART / PWM / PPM / S.BUS / TCP / UDP Storage: SD card up to 512G Weight: 943g Size: 112×136×181.3mm 2.  Q30TIR Pro 30x EO/IR Dual...

  Overview The QIR1975T is a high-performance 3-axis gimbal camera featuring dual thermal sensors with 19mm and 75mm focal lengths. Designed to switch seamlessly between wide and narrow fields of view, this dual-lens setup enables unmatched detection, recognition, and identification (DRI) capabilities over long distances. Tailored for professional surveillance, reconnaissance, inspection, and search & rescue missions, the QIR1975T excels in harsh conditions such as total darkness, fog, smoke, or inclement weather. With intelligent object tracking and 360° continuous pan, it delivers precise real-time thermal monitoring and situational awareness in dynamic environments. Key Features Dual Thermal Sensors Equipped with two thermal imagers: • 19mm lens for wide-area thermal awareness • 75mm lens for long-range detail and zoom capability • 640×512 resolution with 12μm pixel pitch • 1–8x digital zoom across both lenses 1x–3x via 19mm 4x–8x via 75mm Advanced Object Detection & Tra...

Viewpro is excited to announce its participation in the 9th Drone World Congress 2025, taking place from May 23 to 25 at the Shenzhen Convention and Exhibition Center (Futian). Join us at Booth 1C280, Hall 1, to explore our latest advancements in UAV technology.​ We will showcase a range of innovative products, including the V7 Pro flight controller, G1 gimbal, L4 Pro searchlight, and our newest gimbal series. Our team will be available for live demonstrations, providing insights into how our solutions can enhance your UAV applications.​ The Drone World Congress is a premier global event, featuring over 500 exhibitors and attracting more than 10,000 professionals from 100+ countries. The exhibition covers 50,000 square meters and includes over 40 forums focusing on drones, low-altitude economy, AI robotics, and more. ​ We look forward to connecting with you at this leading industry event!

The A613 is a compact, high-performance gimbal camera that integrates both Electro-Optical (EO) and Infrared (IR) sensors. Engineered with a lightweight 3-axis stabilization system and advanced AI tracking technology, A613 offers outstanding imaging capability in both daylight and low-visibility environments, making it ideal for surveillance, security, search & rescue, and environmental monitoring. Key Features Compact and Lightweight Weighing only 238g, A613 offers unmatched portability without compromising performance. Its ultralight design enables flexible deployment on small UAVs or robotic platforms. 3-Axis Stabilization The precision gimbal ensures smooth and stable footage, with wide angle ranges: Yaw: ±150°, Pitch: -48°～125°, Roll: ±60°. EO Camera Module 6mm fixed prime lens 2MP resolution 1080p Full HD output 12x digital zoom 50° horizontal field of view (HFOV) Advanced IR Imaging 13mm focal length 640×512 resolution with 12μm pixel pitch 8x digital zoom HFOV: 33°, VFOV: 2...

Gimbal Camera technology is becoming increasingly widespread across various industries, particularly in the drone sector. To help users quickly master the skills necessary for operating gimbal cameras, this article will guide you step by step from basic to advanced gimbal camera operation, leading you toward expertise. 1.  Basic Knowledge of Gimbal Camera A gimbal camera is an integrated tool that combines various sensors and imaging devices, often mounted on drones or other platforms. The basic configuration of a gimbal camera includes: Gimbal System : The gimbal usually consists of a three-axis gimbal, which effectively stabilizes the camera or sensor, ensuring high-quality imaging. Sensors and Cameras : Gimbal cameras integrate multiple sensors, such as infrared thermal cameras, high-definition cameras, and LiDAR, enabling various types of data collection. Control Methods : Gimbal cameras are typically controlled via PWM, S.BUS, TTL, and other signals, and are synchronized with ...

In post-disaster scenarios, the rapid and efficient assessment of damage is critical for saving lives and facilitating timely aid. Pods, equipped with cutting-edge sensors and imaging technologies, play an indispensable role in disaster response by enabling fast, comprehensive aerial surveys, even in complex and hazardous environments. Key Applications of Pods in Disaster Response: 1. Damage Assessment and Mapping Pods integrated with high-resolution cameras and LiDAR sensors enable the rapid capture of aerial imagery and the generation of 3D maps of affected areas. This data is crucial for assessing the extent of damage to infrastructure, buildings, and roads, helping rescue teams prioritize response efforts based on up-to-date, real-time information.     2. Thermal Imaging for Victim Detection Equipped with thermal imaging sensors, pods can detect heat signatures from survivors trapped beneath rubble or in low-visibility conditions. These infrared sensors aid in pinpo...