The EVO II RTK Series integrates an entirely new RTK module, which provides real-time centimeter-level positioning data and supports Post-Processing Kinematic (PPK). The aircraft can record the original satellite observation data, camera exposure parameters, and various other data. The positioning system supports an A-RTK base station and RTK network, which help provide stable, accurate data acquisition in complex operation environments.
Aircraft connects to TRIP networks without reciting GPs to provide centimeter grade accuracy.
EVO II RTK Series V3 supports all TRIP-compatible base stations.
Flight Profiles Save, Saving Your Time Multi-NTRiP profiles let the aircraft return to where it left off on multi-battery missions.
Photo Replication
For repeatable missions, you can record the drone’s previous shooting parameters, The gimbal, camera, and movement settings will be replicated, allowing missions to be easily duplicated.
Multi-Battery Missions
The Explorer app allows the user to create and save multiple NTRIP profiles for different locations, eliminating the need to manually input account into every time.
Dual Cameras, Accurate Temperature Measurement
The EVO II Dual 640T RTKV3 is equipped with a high-resolution thermal imaging camera and an all-new Sony 0.8″ 50 megapixel RYYB sensor.
High-Resolution Thermal Imaging Sensor
The payload is an industry-leading 640×512 high-definition 30Hz thermal imaging camera.
Precise Temperature Measurement
The EVO II Dual 640T RTK V3 can accurately detect heat sources within a distance of 2-20 meters. By leveraging the compensation algorithm of infrared temperature measure-ment, the 640T RTK can regulate temperature deviations within 3 degrees Celsius.
The V3 system uses a brand new image processing algorithm, making thermal imaging details sharper and more discernible than competition with the similar resolution and hardware.
30Hz Refresh Rate For Videogrammetry
The EVO II RTK Dual V3 provides high refresh rates for accurate and detailed 3D thermal maps.
Focus in on critical areas with the EVO II RTK V3’s 4x lossless zoom and 16x digital 200m.
Multiple Color Palettes
White Hot | Cold and Hot | Rainbow | Enhanced Rainbow | Ironbow
Lava | Arctic | Searing | Gradation | Heat Detection
Equipped with 19 groups of sensors, including 12 visual sensors, the main camera, ultrasound, and IMUs, the EVO II RTK Series V3 can build three-dimensional maps and plan paths in real time. Fly through complex environments without fear as the EVO II RTK Series V3 will automatically stop near obstacles.
Safe And Sturdy
27mph Max Wind Resistance
EVO II V3’s Smaller Cross Section and powerful motors allows greater stability and control in all windy conditions.
36 Minutes Flight Time
Enjoy up to 36 minutes of flight time-20%~30% more than the next leading competitor for more area coverage and longer missions.
No Fly Zones
EVO II RTK Series V3 does not have any no fly zones and will not prevent the pilot from taking off.
No Forced Updates
EVO II RTK Series V3 does not need to be on the latest hardware or app version in order to take off unlike other competitors.
SkyLink 2.0 is built into the EVO Il Series V3 chipset, expanding the possibilities for your most critical workflows.
9+ Miles Do more because you can fly further away.
QHD Incredible video resolution within a mile, meeting most common
use cases.
2.4GHz / 5.8GHz / 900MHz
Supports tri-band communication with automatic frequency hopping for maximum anti-interference capabilities.
The Smart Controller V3’s 7.9-inch, 2000 nits high-brightness screen is clearly visible under direct sunlight. SkyLink 2.0 Transmission technology guarantees long-distance operations from over 9 miles away and enhances anti-interference abilities with triple band frequency hopping. The customized Android system allows for additional flexibility with 3rd party apps and an IP43 rating ensures all weather performance.
Transmit real-time HD video to a wide variety of devices, giving cross departmental teams enhanced situational awareness and communication, leading to quicker and better decision making.
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