GPS Denied Navigation Visio
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GPS Denied Navigation: A complete indoor/outdoor navigation solution supporting flight from 0-120m without GPS, featuring auto-return for enhanced safety.
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Visual-Inertial Odometry: Advanced visual inertial odometry enables high-precision drone navigation in any environment, including GPS-denied areas.
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Ultra-Lightweight Design: At just 44g, redefines the boundaries of lightweight autonomous flight.
$399.00
Out of stock
DIMENSIONS
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Height (mm) |
22 |
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Width (mm) |
40 |
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Length (mm) |
85 |
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Weight |
44g |
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Flight Altitude |
0-120m |
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Navigation Accuracy |
1%-2% |
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Output Protocol |
MAVLink2 |
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Operating Environment |
Suitable for situations, except at night |
PRODUCT DETAILS
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Max Flight Speed |
15m/s |
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Output Frequency |
25Hz |
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Supported Flight Controllers |
APM/PX4 |
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Input Voltage |
3S-4S |
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Communication Interface |
UART |
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Power Consumption |
9 W |
Fly Anywhere, No GPS Needed
Even in the absence of GPS signal coverage, the device can still deliver precise navigation and stable flight throughout the entire journey.
Precise Visual Navigation
Based on a pure vision-based high-precision navigation solution, it enables all-terrain autonomous flight even in GPS-denied environments. Equipped with an intelligent route memory function, it can automatically and accurately return to the starting point upon mission completion.
Supported Platforms
Compatible with multi-rotor drones and fixed-wing drones.
Highly Compatible
Easy installation, plug-and-play, compatible with all flight controllers, and seamless integration with PX4/ArduPilot platforms.
Customer Reviews
FAQ
1. Q: What navigation technology does the Visio system use?
A: The Visio system is based on visual-inertial odometry (VIO), combining camera data with IMU measurements to provide real-time position estimation and navigation without relying on GNSS signals.
2. Q: Can the Visio operate completely without GPS signals?
A: Yes. The system is specifically designed for GPS-denied environments and can maintain stable flight and navigation using vision-based positioning, enabling operation in indoor, underground, or signal-blocked outdoor scenarios.
3. Q: What is the supported flight altitude and performance range?
A: The Visio supports autonomous flight within an altitude range of approximately 0–120 meters, maintaining stable navigation and control across a wide range of operating environments.
4. Q: Does the system support autonomous return or route memory?
A: Yes. The Visio includes an intelligent route memory function that enables the drone to automatically return to its starting point after completing a mission, improving operational safety and reliability.
5. Q: What communication protocols and interfaces are supported?
A: The system supports MAVLink2 protocol and uses a UART interface, allowing seamless integration with mainstream flight controllers and easy communication with onboard systems.
6. Q: Is the Visio compatible with common flight control platforms?
A: Yes. The Visio is compatible with widely used flight control systems such as PX4 and APM, enabling plug-and-play integration into existing UAV platforms.
7. Q: What are the advantages of visual navigation compared to GNSS?
A: Visual navigation enables reliable positioning in environments where GNSS signals are unavailable or unstable, such as urban canyons, indoor spaces, or areas with signal interference, providing continuous navigation capability without reliance on external infrastructure.
8. Q: What applications is the Visio best suited for?
A: The Visio is ideal for applications such as indoor inspection, underground exploration, security monitoring, emergency rescue, and autonomous drone operations in GPS-denied or complex environments.
Applications
Subsurface Inspection
Mountain Agriculture
Security Monitoring
Emergency Rescue
| Weight | 0.087 kg |
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Contact us
TEL: +8618926195421
Huangmei Road, Huangge Town, Nansha District, Guangzhou City, Guangdong Province, China
Email:[email protected]
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