Maximize Productivity​

The global shutter, 3 FPS capture rate, real-time video, and gimbal stabilization enable quicker and longer flights without compromising data quality, meaning you can cover more ground significantly faster than any other camera on the market.​

Maximize Productivity​

The global shutter, 3 FPS capture rate, real-time video, and gimbal stabilization enable quicker and longer flights without compromising data quality, meaning you can cover more ground significantly faster than any other camera on the market.​

Ease of Use​

Plug-and-play integration on many popular UAS platforms, time-of-capture geo-tagging, and ample internal storage reduce training requirements and streamline workflows.​

65R data is supported in most major image processing platforms which means the data ready for image processing immediately after flight. ​

High Accuracy​

Equipped with 65 million pixels of global shutter image capture, integrated pulse-per-second (PPS) synchronization, and time-of-capture geo-tagging, the 65R ensures high-accuracy data right out of the box​

High Accuracy​

Equipped with 65 million pixels of global shutter image capture, integrated pulse-per-second (PPS) synchronization, and time-of-capture geo-tagging, the 65R ensures high-accuracy data right out of the box​

Live Video ​

Monitor real-time footage, ensuring optimal positioning to capture critical moments. This feature enhances situational awareness, enables instant decision-making, and facilitates adjustments mid-flight, leading to more precise and comprehensive data collection.​

Exceptional Color Quality​

Large sensor size and high-quality lens system capture rich details and accurate colors, ensuring controlled color quality without creative or artistic modes.​

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Exceptional Color Quality​

Large sensor size and high-quality lens system capture rich details and accurate colors, ensuring controlled color quality without creative or artistic modes.​

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Ideal for large-scale surveying and monitoring, the Sentera 65R sensor reduces flight time while maintaining superior image quality, optimizing mission efficiency.

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• 65MP global shutter sensor eliminates motion blur for clear, sharp image​
• Fast capture rate enhances productivity, minimizing flight time per project​
• NDAA Compliant​
• Open and standardized data formats

No Mechanical Wear, No Failures​

Unlike mechanical shutters, which degrade over time, the 65R’s global shutter has no moving parts, ensuring consistent performance and a longer lifespan for UAV-based imaging.​

Distortion-Free Imagery at Any Speed​

Rolling shutters introduce motion artifacts in high-speed flight, distorting linear features like power lines and roads. The 65R’sglobal shutter captures every pixel simultaneously, eliminating skew and ensuring precise geospatial accuracy.​

Distortion-Free Imagery at Any Speed​

Rolling shutters introduce motion artifacts in high-speed flight, distorting linear features like power lines and roads. The 65R’sglobal shutter captures every pixel simultaneously, eliminating skew and ensuring precise geospatial accuracy.​

Optimized for High-Frequency Data Collection​

Designed for thousands of captures per flight, the 65R excels in​ high-speed, high-volume applications like surveying, infrastructure inspection, and precision mapping—without risk of shutter degradation.​

Why It Matters​

• No shutter wear: Reliable, long-term operation​
• Distortion-free imaging: No motion blur or skew​
• Fast, precise data capture: Ideal for UAV-based mapping & inspection​​

With the 65R, operators get uncompromised image clarity, reliability, and​ efficiency, making it the ideal choice for high-performance aerial imaging.​

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Why It Matters​

• No shutter wear: Reliable, long-term operation​
• Distortion-free imaging: No motion blur or skew​
• Fast, precise data capture: Ideal for UAV-based mapping & inspection​​

With the 65R, operators get uncompromised image clarity, reliability, and​ efficiency, making it the ideal choice for high-performance aerial imaging.​

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This diagram illustrates the difference in field of view (FOV) and ground sampling distance (GSD) between the 27mm and 60mm lens options. The 27mm lens, with its wider FOV, is ideal for large-area mapping and broad coverage applications, reducing the number of images needed per flight. The 60mm lens, with its narrower FOV and finer GSD, is best suited for high-detail imaging in infrastructure inspections, surveying, and precision measurements where accuracy at a distance is critical.