MAXYOND Visual Precision Landing System for UAVs | Visual Target Recognition
MAXYOND Visual Precision Landing System for UAVs | Visual Target Recognition
Shipping: Ships within 15 days.
Description
A compact UAV visual precision landing system that recognizes designated ground targets and calculates relative positioning data for autonomous landing. Designed for open-source flight controller integration, it supports multiple landing locations with independent target IDs and nested dual-code targets. Reported measured landing accuracy: ≤10 cm (specific test conditions pending).
Key Features
- Centimeter-Level Precision Landing — Reported measured accuracy ≤10 cm; performance depends on the aircraft and operating conditions.
- Open-Source Flight Controller Integration — Designed for open-source platforms; confirm exact hardware and firmware compatibility before ordering.
- Flexible UAV Integration — Intended for aircraft of different sizes.
- Plug-and-Play Design — Simplifies system integration.
- Multiple Landing Targets — Supplied product information indicates no preset quantity limit for landing-site codes.
- Independent Target IDs — Different landing sites can be distinguished by unique code IDs.
- Nested Dual-Code Support — Helps maintain target recognition during descent.
Product Overview
The MAXYOND Visual Precision Landing System uses an onboard camera to recognize a ground-based landing code. The processing and control components calculate the relative pose between the camera and the target, converting this information into flight-control data to help the UAV adjust its descent and land at the designated position. Independent IDs support multiple configured landing locations.
How It Works
1. Place a designated landing code at the target location.
2. The onboard camera recognizes the ground target.
3. The processing module calculates the relative camera-to-target pose.
4. The resulting positioning data is converted into flight-control information.
5. The UAV corrects its descent and performs precision landing.
Applications
- Drone Delivery & Logistics
- Agricultural UAV Operations
- Power Grid & Infrastructure Inspection
- Security Monitoring
Technical Specifications
| Parameter | Specification |
|---|---|
| Landing accuracy | Reported measured ≤10 cm |
| Flight controller support | Open-source flight controllers; exact compatibility pending |
| UAV sizes | Different UAV platform sizes |
| Landing targets | Multiple target codes; independent IDs |
| Target layout | Nested dual-code supported |
| Overall dimensions | Approx. 50 × 43 × 40 mm |
| Height without lens | Approx. 30 mm |
| Camera dimensions | 14.0 × 17.5 mm |
| Processor | ARM Cortex-M7 |
| Focal length | 2.8 mm |
| Aperture | F2.0 |
| Horizontal FOV | 70.8° |
| Vertical FOV | 55.6° |
| Lens mount | M12 × 0.5 |
| IR-cut filter | 650 nm, removable |
| Maximum supported resolution | 2592 × 1944 (5 MP) and below |
| Image formats | Grayscale / Grayscale JPEG / RGB565 JPEG, etc. |
FAQ
Q: What is the landing accuracy? A: The supplied product information reports measured accuracy of ≤10 cm; results vary with aircraft setup and operating conditions.
Q: Can I configure multiple landing sites? A: Yes. Independent target IDs distinguish multiple landing locations.
Q: Does it support nested landing codes? A: Yes, dual-code nesting is supported.
Q: Is my flight controller compatible? A: The system is designed for open-source flight controllers. Please contact MAXYOND with your controller and firmware details to confirm integration.