H-RTK Mosaic-H Dual Antenna Heading Quadcopter Flight Controller Light Weight

H-RTK mosaic-H(Dual Antenna Heading)

The Holybro mosaic-H is a cutting-edge RTK GPS module that harnesses the power of Septentrio's elite mosaic-H GNSS receiver. It comes with an IST8310 magnetometer, two high-performance antennas, and an aluminum CNC enclosure. It is packed with versatile features such as effortless configuration, spectrum analysis, data logging, and post-processing for a wide range of applications.
With its dual-antenna input, mosaic-H can provide compass-less YAW information to the autopilot (commonly called GPS Heading or Moving Baseline Yaw). By employing GPS as the yaw source instead of a traditional compass, it eliminates the inaccuracies caused by magnetic interference from vehicle motors, electrical systems, and environmental sources like metallic structures or power lines, ensuring precise yaw reports to the autopilot and enhancing overall navigation reliability and performance in challenging environments.

• Dual Antenna GNSS:

  • Utilizes dual antennas to provide accurate heading information.
  • Enhances the accuracy of orientation measurements, crucial for applications like autonomous vehicles and UAVs.

• High-Precision GNSS Receiver:

  • Built on the mosaic-H GNSS module from Septentrio.
  • Supports multiple satellite constellations: GPS, GLONASS, Galileo, BeiDou, and QZSS.
  • Delivers centimeter-level positioning accuracy with RTK (Real-Time Kinematic) corrections.

• RTK Positioning:

  • Supports RTK corrections for enhanced positioning accuracy.
  • Capable of both rover and base station functionalities in an RTK setup.
  • Reduces multipath and ionospheric errors through dual-frequency support.

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Our Services

1. We provide 1 Year Warranty. Buy with confidence.
2. If you are not satisfied when you receive your item, please return it within 14 days for a replacement or money back. Please contact me before you return it.
3. If item is defective in 3 months, We will send you a replacement without extra charger, or offer refund after we receive the defective item.
4. If item is defective after 3 months, you can still send it back to us. We will send you a new one after receiving the defective item. But you have to pay the extra shipping fee.

FAQ

Q1: Do you support OEM/ODM?
A1: Yes. We can print your logo on the product.

Q2: About samples.
A2: Under normal circumstances, samples will be ready within 7 days, and 10-20 days for OEM/ODM orders. Sample fee and shipping will be charged.

Q3: What is the delivery time?
A3: For regular orders, we can ship within 15 days, for OEM/ODM, we can ship within 25-45 days (depending on the quantity). In the event of delays, we will notify you in advance of the status and resolution.

Q4: What is the minimum order quantity?
A4: There is no MOQ for wholesale (1 piece accepted), including OEM/ODM.

Q5: What are your payment terms?
A5: L/C.TT100%.

Q6: Can you reduce the shipping cost?
A6: When calculating the shipping cost for you, we always choose the cheapest and safest express. Although we have partnerships with shipping companies, we can't keep costs down because it's not us who get paid. If you think it's expensive for you. You can always make your own choice.

Q7: Return policy.
A7: If you want to replace the received item, you must contact us within 7 days after receiving the item. Returned items should be in their original condition and you should pay for additional shipping.

Guangzhou Gesai Intelligent Electronic Technology Co., Ltd. is a high-tech manufacturing enterprise that integrates research and development, production, and sales, providing comprehensive industrial drone application solutions for industry users. With rich experience in various fields of drone applications, the company has multiple rotor drones, vertical takeoff and landing drones, fixed wing drones, drone flight controllers, drone gimbal cameras, drone data transmission modules, as well as drone motor power systems, ground control stations, etc. Let more users around the world enjoy the revolutionary change in work methods brought about by the popularization of drone applications.